工业革命(英文版)

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管理学专业术语(中英文对照)

管理学专业术语(中英文对照)

1.管理与组织导论管理者:(manager)基层管理者:(first-line managers)中层管理者:(middle managers)高层管理者:(top managers)管理:(management)效率:(efficiency)效果:(effectiveness)计划:(planning)组织:(organizing)领导:(leading)控制:(controlling)管理角色:(management roles)人际关系角色:(interpersonal roles)信息传递角色:(informational roles)决策制定角色:(descisional roles)技术技能:(technical skills)人际技能:(human skills)概念技能:(conceptual skills)管理的普遍性:(universality of management) 2.管理的历史劳动分工:(division of labor)工作专业化:(job specialization)工业革命:(industrific revolution)科学管理:(scientific management)一般行政管理理论:(general administrative theory) 管理原则:(principles of management)官僚行政组织:(bureaucracy)定量方法:(quantitative approach)组织行为:(organizational behavior)霍桑研究系统:(Hawthorne studies systems)封闭系统:(closed systems)开放系统:(open systems)权变理论:(contingency approach)劳动力多元化:(workforce diversity)电子企业:(e-business)电子商务:(e-commerce)内部网:(intranet)学习型组织:(learning organization)知识管理:(knowledge management)质量管理:(quality management)3.组织文化与环境管理万能论:(omnipotent view of management) 管理象征论:(symbolil view of management)组织文化:(organization culture)强文化:(strong cultures)社会化:(socialization)工作场所精神境界:(workplace spirituality)外部环境:(external environment)具体环境:(specific environment)一般环境:(general environment)环境的不确定性:(environment uncertainty)环境的复杂性:(environment complexity)利益相关群体:(stakholders)4.全球环境中的管理狭隘主义:(parochialism)民族中心论:(ethnocentric attitude)多国中心论:(polycentric attitude)全球中心论:(geocentric attitude)跨国公司:(multinational corporation)多国公司:(multidomestic corporation)全球公司:(global company)跨国或无边界组织:(transnational or boredrless organization) 初始全球化组织:(born globals)全球外购:(global sourcing)出口:(exporting)进口:(importing)许可证经营:(licensing)许可经营:(franchising)战略同盟:(strategic alliance)合资企业:(joint venture)外国子公司:(foreign subsidiary)市场经济:(market economy)计划经济:(command economy)民族文化:(national culture)5.社会责任与管理道德古典观点:(classical view)社会经济学观点:(socioeconomic view)社会义务:(social obligation)社会响应:(social responsiveness)社会责任:(social responsinility)社会屏障筛选:(social screening)管理的绿色化:(gerrning of management)以价值观为基础的管理:(values-based management) 道德:(ethics)自我强度控制点:(ego strength locus of control)道德准则:(code of ethics)社会企业家:(social entrepreneur)社会影响管理:(social impact management)6.制定决策决策:(decisions)决策制定过程:(decision-making process)决策标准问题:(decision criteria problem)理性的:(rational)有限理性:(bounded rationality)满意的承诺升级:(satisfied escalation of commitment) 直觉决策:(intuitive decision making)结构良好问题:(structured problems)程序化决策:(programmed decision)程序:(procedure)规则:(rule)政策:(policy)结构不良问题:(unstructured problems)非程序化决策:(nonprogrammed decisions)确定性:(certainty)风险性:(risk)命令型风格:(directive style)分析型风格:(analytic style)概念型风格:(conceptual style)行为型风格:(behavioral style)启发法:(heuristics)7.计划的基础陈述目标:(stated goals)真实目标:(real goals)战略计划:(strategic plans)运营计划:(operational plans)长期计划:(long-term plans)短期计划:(short-term plans)具体计划:(specific plans)方向性计划:(directional plans)一次性计划:(single-used plans)持续性计划:(standing plans)传统目标:(traditional goal setting)手段-目标链:(means-ends chain)目标管理:(management by objectives)使命:(mission)承诺概念:(commitment concept)正式计划部门:(formal planning department) 8.战略管理战略管理:(strategic management)组织战略商业模式:(strategies business model ) 战略管理过程:(strategic management process) 机会:(opportunities)威胁:(threats)资源:(resources)能力:(capabilities)核心竞争力:(core competencies) SWOT分析法:(SWOT analysis)公司层战略:(corporate strategy)增长战略:(growth strategy)相关多元化:(related diversification)非相关多元化:(unrelated diversification) 稳定性战略:(stability strategy)更新战略:(renewal strategies)紧缩战略:(retrenchment strategy)扭转战略:(turnaround strategy)BCG矩阵:(BCG matrix)业务层战略:(business strategy)战略业务单元:(strategic business units) 竞争优势:(competitive advantage)成本领先战略:(cost leadership strategy) 遵循差异化战略:(differentiation strategy) 聚焦战略:(focus strategy)徘徊其间:(stuck in the middle)战略灵活性:(strategic flexibility)市场先入者:(first mover)9.计划的工具技术环境扫描:(environment scanning)竞争对手情报:(competitor intelligence) 预测:(forecasts)定量预测:(quantitative forecasting)定性预测:(qualitative forecasting)标杆比较:(benchmarking)资源:(resources)预算:(budget)甘特图:(Gantt chart)负荷图:(load chart)事件:(events)计划评审技术:(the program evaluation and review technique) 活动:(activities)松弛时间:(slack time)关键路径:(critical path)盈亏平衡分析:(breakeven analysis)线性规划:(linear programming)项目管理:(project management)脚本:(scenario)10.组织结构与设计组织结构设计:(organazational structure design)工作专门化:(work specialization)职能部门化:(functional departmentalization)产品部门化:(product departmentalization)地区部门化:(geographical departmentalization)过程部门化:(process departmentalization)顾客部门化:(customer departmentalization)跨职能团队:(cross-functional teams)指挥链:(chain of command)职权:(authority)职责:(responsibility)统一指挥:(unity of command)管理跨度:(span of control)集权化:(centralization)分权化:(decentralization)员工授权:(employee empowerment)正规化:(formalization)机械式组织:(mechanistic organization)有机式组织:(organic organization)单件生产:(unit production)大批量生产:(mass production)连续生产:(process production)简单结构:(simple structure)职能型结构:(flanctional structure)事业部型结构:(divisional structure)团队结构:(team structure)矩阵型结构:(matrix structure)项目型结构:(project structure)无边界组织:(boundaryless organization) 虚拟组织:(virtual organization)学习型组织:(learning organization)组织结构图:(organizational charts) 11.沟通与信息技术沟通:(communication)人际沟通:(interpersonal communication) 组织沟通:(organizational communication) 信息:(message)编码:(encoding)解码:(decoding)沟通过程:(communication process)噪声:(noise)非语言沟通:(nonverbal communication)体态语言:(body language)语调:(verbal intonation)过滤:(filtering)信息超载:(information overload)积极倾听:(active listening)正式沟通:(formal communication)非正式沟通:(informal communication)下行沟通:(upward communication)横向沟通:(lateral communication)斜向沟通:(diagonal communication)沟通网络:( communication networks)小道消息:(grape-vine)电子邮件:()即时消息:(instant messaging)音频邮件:(voic)电子数据交换:(electrinic data interchange)电话会议:(teleconferencing)可视会议:(videoconferencing)网络会议:(webconferencing)内部互联网:(intranet)外部互联网:(Extranet)实践社区:(communities practive)12.人力资源管理高绩效工作实务:(high-performance work practices)人力资源管理过程:(human resource management process) 工会(labor union)反优先雇佣行动计划:(affirmative action)人力资源规划:(human resource planning)职务分析:(job analysis)职务说明书:(job description)职务规范:(job specification)招聘:(recruitment)解聘:(decriuitment)甄选:(selection)效度:(validity)信度:(reliability)工作抽样:(work samping)评估中心:(assessment centers)真实工作预览:(relistic job preview)上岗培训:(orientation)绩效管理系统:(performance management system)书面描述法:(written essay)关键事件法:(critical incidents)评分表法:(graphic rating scales)行为定位评分法:(behaviorally anchored rating scales) 多人比较法:(multiperson comparisons)360度反馈法:(360-degree feedback)基于技能薪酬:(skill-based pay)浮动工资:(variable pay)精简机构:(downsizing)性骚扰:(sexual harassment)基于家庭的福利:(family-friendly benefits)13.变革与创新管理组织变革:(organizational change)变革推动者:(change agent)组织发展:(organizational development)压力:(stress)14.行为的基础行为:(behavior)组织行为学:(organizational behavior)员工生产率:(employee productivity)离职率:(turnover)组织公民行为:(organizational citizen behavior)工作满意度:(job satisfaction)工作场所不当行为态度:(workplace misbehavior attitudes) 认知行为:(cognitive component)情感成分:(affective component)行为成分:(behavior component)组织承诺:(organizational commitment)组织支持感:(perceived organizational support)认知失调:(cognitive dissonance)态度调查:(attitude surveys)人格:(personality)马基雅维里主义:(machiavellianism)自尊:(self-esteem)自我控制:(self-monitoring)印象管理:(impression management)情绪:(emotion)情绪智力:(emotional Intelligence)知觉:(perception)归因理论:(attribution theory)基本归因错误:(fundamental attribution error)自我服务偏见:(self-serving bias)假设相似性:(assumed similarity)刻板印象:(stereotyping)晕轮效应:(halo effect)操作性条件反射:(operant conditioning)社会学习理论:(social learning theory)行为塑造:(shaping behavior)15.理解群体与团队群体:(group)形成阶段:(forming)震荡阶段:(storming)规范阶段:(norming)执行阶段:(performing)解体阶段:(adjourning)群体思维:(groupthink)地位:(status)社会惰化:(social loafing)群体内聚力:(group cohesiveness)冲突:(conflict)冲突的传统观点:(traditional view of conflict)冲突的人际关系观点:(human relations view of conflict) 冲突的交互作用观点:(interactionist view of conflict)积极冲突:(functional conflict)消极冲突:(disfunctional conflict)任务冲突:(task conflict)关系冲突:(relationship conflict)过程冲突:(process conflict)工作团队:(workteams)自我管理团队:(self-managed work teams)跨职能团队:(cross-functional team)虚拟团队:(virtual team)社会网络构造:(social network structure) 16.激励员工动机:(motivation)需要层次理论:(hierarchy of needs theory) 双因素理论:(two-factor theory)保健因素:(hygiene factors)激励因素:(motivators)三种需要理论:(three-needs theory)成就需要:(need for achievement)权力需要:(need for power)归属需要:(need for affiliation)目标设置理论:(goal-setting theory)自我效能感:(self-efficacy)强化理论:(reinforcement theory)强化物:(reinforcer)工作设计:(job design)工作扩大化:(job enlargement)工作丰富化:(job enrichment)工作深度:(job depth)工作特征模型:(job characteristics model) 公平理论:(equity theory)参照对象:(referents)分配公平:(distributive justice)程序公平:(procedural justice)期望理论:(expectancy theory)压缩工作周:(compressed workweek)弹性工作制:(flexible work hours)弹性时间制:(flextime)工作分担:(job sharing)远程办公:(telecommuting)账目公开管理:(open-book management)员工认可方案:(employee recognition programs)绩效工资方案:(pay-for-performance program)股票期权:(stock options)17.领导领导者:(leader)领导:(leadership)行为理论:(behavioral theories)独裁型风格:(authoeratic style)民主型风格:(democratic style)放任型风格:(laissez-faire style)定规维度:(initiating strueture)关怀维度:(consideration)高-高型领导者:(high-high leader)管理方格:(managerial grid)权变模型:(contingency model)最难共事着问卷:(least-preferred co-worker questionnaire) 情境领导理论:(situational leadership theory)成熟度:(readiness)领导者参与模型:(leader participation model)路径-目标理论:(path-goal theory)交易型领导者:(transactional leaders)变革型领导者:(transformational leaders)领袖魅力型领导者:(charismatic leader)愿景规划型领导:(visionary leadership)法定权利:(legitimate power)强制权利:(coercive power)奖赏权力:(reward power)专家权利:(expert power)参照权利:(referent power)信誉:(credibility)信任:(trust)授权:(empowerment)18.控制的基础控制:(controlling)市场控制:(market control)官僚控制:(bureaucratic control)小集团控制:(clan control)控制过程:(control process)偏差范围:(range of variation)直接纠正行动:(immediate corrective)彻底纠正行动:(basic correvtive action)绩效:(performance)组织绩效:(organizational performance)生产率:(productivity)组织有效性:(organizational effectiveness) 前馈控制:(feedforward control)同期控制:(concurrent control)走动管理:(management by walking around) 反馈控制:(feedback control)经济附加值:(economic value added)市场附加值:(market valueadded)平衡计分卡:(balanced scorecard)管理信息系统:(management information system) 标杆比较:(benchmarking)员工偷窃:(employee theft)服务利润链:(service profit chain)公司治理:(corporate governance)19.运营与价值链管理运营管理:(operations management)制造型组织:(manufacturing organizations)服务型组织:(service organizations)价值链:(value chain)价值链管理:(value chain management)组织过程:(organizational processes)知识产权:(intellectual processes)质量:(quality)批量定制:(mass customization)。

工业革命中英文对照

工业革命中英文对照
What makes it especially English?Obviously, it began in England.Englandwas already the leading manufacturing nation.But the manufacture was cottage industry, and the Industrial Revolution beginsin the villages. Themen who make it are craftsmen: the millwright, the watchmaker, the canal builder, theblacksmith.What makes the Industrial Revolution so peculiarly English is that it is rooted in the countryside.
During the first half of the eighteenth century, in the old age of Newton and the decline of the Royal Society, England basked in a last Indian summer of village industry and the overseas trade of merchant adventurers.The summer faded.Trade grew more competitive.By the end of the century the needs of industry were harsher and more pressing.Theorganizationof work in the cottage was no longer productive enough.Within two generations, roughly between 1760 and 1820, the customary way of running industry changed.Before 1760, it was standard to take work to villagers in their own homes.By 1820, it was standard to bring workers into a factory and have them overseen.

单元测试八年级上册英语人教版Unit 7 试卷含答案(1)

单元测试八年级上册英语人教版Unit 7 试卷含答案(1)

人教新目标版八年级上Unit7一、单项选择1.—Where is Mary,Kate?—She ________ went shopping with her parents.A.maybe B.possible C.probably D.probable 2.At first I watched the soap opera every day but later I ________ bored with it. A.appeared B.made C.got D.stayed 3.There are many visitors ________ at the top of the mountain to enjoy the sunrise.A.to wait B.wait C.waiting D.waited 4.Everyone is busy with their own things. People today seem to have ________ time for each other.A.less B.fewer C.more D.much 5.There ________ a soccer game next Saturday. Would you like to watch it?A.is going to have B.is going to be C.has D.was6.I can't believe ________ a little dog can eat ________ much food.A.so; so B.such; such C.such; so D.so; such 7.People around the world should keep the ________ between countries. A.relationship B.peace C.discussion D.role8.It's careless(粗心) ________ the same mistake again in your composition.A.for you to make B.for you makingC.of you to make D.of you making9.—Is there ________ in today’s magazine?—No,there isn’t.A.anything special B.something specialC.special anything D.special something10.It will be difficult for a robot ________ the same things ________ a person. A.doing; like B.do; from C.to do ; like D.does; as 11.Now ________ is very serious. Some rivers and lakes are ________ . A.pollution;pollute B.polluted;pollutionC.pollution;polluted D.pollute;polluted12.(题文)I think there will be________ pollution in the future because of the new law.A.more B.less C.fewer D.lower13.—How many people came to Beijing for the Olympic Games in 2008?—It's hard to say. ________ people,I think.A.Million of B.Millions ofC.Two million of D.Two millions of二、完型填空Naresh joined Google in Bangalore. You may ask, what’s so 14 about this young boy? Why is he able to 15 in a big company?Naresh is really special. He has no 16 and moves around in his wheel chair (轮椅) because an accident on January 11, 1993. On that day, Naresh’s mother took 17 and his sister to see his grandmother. When he was in the bus, he opened the door a little and wanted the wind to come in. 18 , the door was opened so wide that it threw him out (甩出去). He 19 the bus and hurt (使……受伤) his legs. In the end, the doctors had to 20 his legs.After a month, he went back to his home. Without (没有) his legs, he was worried about his future, 21 he didn’t let himself to lose heart. He studied even 22 than before. He 23 believes that God must have other plans for him.14.A.primary B.difficult C.comfortable D.special 15.A.work B.study C.sleep D.act 16.A.arms B.ears C.legs D.hands 17.A.him B.her C.me D.them 18.A.Really B.Carefully C.However D.Luckily 19.A.fell off B.got up C.dressed up D.found out 20.A.set B.cut C.take D.put 21.A.and B.but C.so D.or 22.A.harder B.slower C.worse D.earlier 23.A.sometimes B.ever C.always D.never三、阅读单选The film Dinosaur Island? I went with my younger brother Dave to see it last Friday. I had a great time, but he didn't. He closed (闭上) his eyes in many parts because the dinosaurs (恐龙) looked so real and he didn't laugh once. I thought the story was really exciting. I'd like to buy the DVD and watch it at home again. The beginning and the ending were excellent!— GeorgeI saw the advertisement (广告) for the film Dinosaur Island on TV. It looked great but it wasn't as good as I hoped. I loved the beginning but the second half was boring, I think. I wouldn't go and see it again. I like films about teenagers (青少年) and their lives much more. I think those are funnier. I also like reading books about teenagers. I'd like to be a writer and write for teenagers one day.— RobertI didn't want the film Dinosaur Island to end because I liked it so much! I read this story before I saw the film. I usually enjoy the books more, but this time was“__▲___”. I really loved the film! I enjoyed feeling afraid and I laughed a lot in some parts of the film too. I read all about how they made the dinosaurs on the Internet after I went to see it. I think most young people will love seeing this film!— Andrew 根据材料内容选择最佳答案。

2019年第四次工业革命外文文献翻译

2019年第四次工业革命外文文献翻译

2019年第四次⼯业⾰命外⽂⽂献翻译第四次⼯业⾰命中英⽂2019英⽂The Fourth Industrial Revolution and Its Impact on Occupational Health and Safety, Worker's Compensation and Labor ConditionsJeehee Min,Yangwoo KimAbstractThe “fourth industrial revolution” (FIR) is an age of advanced technology based on information and communication. FIR has a more powerful impact on the economy than in the past. However, the prospects for the labor environment are uncertain. The purpose of this study is to anticipate and prepare for occupational health and safety (OHS) issues.In FIR, nonstandard employment will be common. As a result, it is difficult to receive OHS services and compensation. Excessive trust in new technologies can lead to large-scale or new forms of accidents. Global business networks will cause destruction of workers' biorhythms, some cancers, overwork, and task complexity. The social disconnection because of an independent work will be a risk for worker's mental health. The union bonds will weaken, and it will be difficult to apply standardized OHS regulations to multinational enterprises.To cope with the new OHS issues, we need to establish new concepts of "decent work” and standardize regulations, which apply to enterprises in each country, develop public health as an OHS service, monitor emerging OHS events and networks among independent workers, and nurture experts who are responsible for new OHS issues.Keywords:Fourth industrial revolution,Occupational health and safety,Workers' compensation,Workers' health1. IntroductionKlaus Schwab predicted a new industrial revolution to begin in the near future in the World economy forum Global Challenge Insight Report (The Future of Jobs-Employment, Skills and Workforce Strategy for the Fourth Industrial Revolution[FIR] in 2016). Experts say that the FIR needs to be prepared because it will change the way people work, how they consume, and even how they think.The industrial revolution led to changes in the labor market with machines replacing human labor. The first industrial revolution replaced manual work with the invention of a steam engine and the second industrial revolution enabled mass production using electric energy. The tertiary industrial revolution started the automation era with informatization based on computers and the Internet. In the future, the super intelligence revolution based on the Internet of things, cyber-physical system, and artificial intelligence (AI) will greatly change human intellectual labor.The technologies that will lead the FIR are diverse. Artificial intelligence based on high-speed networks and interfaces would change the production process, and business models based on big data will be popular. The speed actory in Germany, which produces Adidas-personalized sneakers, is a typical example of the innovation of the production process.The world has overcome differences of time and space by the development of information and communication technology, which has developed into a single economic system. The social network system has already changed the way people communicate. In the future, operational technology or cyber-physical system devices will monitor, coordinate, and integrate information in real time. Operational technology will lead to a hyper-connectivity society, with human--machine, machine--machine, and human--human connections.If human labor is replaced by machines, the labor market will be greatly affected. As technology develops, labor productivity increases, and new jobs are created. According to the US Department of Labor, American's factory workers declined by two-thirds from 1960 to 2014, but productivity has increased dramatically. In addition, the average hourly wage from 1973 to 2014 increased by 85%, and new jobs were created in new industries. During the third industrial revolution, manpower shifted from the manufacturing sector to the service sector. The FIR is likely to change what kind of work needs to be performed, not just the number of jobs. For example, the role of product marketers is changing because of the emergence of big data, which is a core technology in the FIR. Instead of market research using current surveys, the use of big data is increasing. Therefore, it is necessary to hire professional staff to collect, store, analyze, and distribute big data. Specifically, spending on the big data in information technology market worldwide has doubled from $27 billion in 2011 to $54 billion in 2016.Thanks to globalization, accelerated by the FIR, multinational corporations could easily exploit the workforce and theenvironment of developing countries. Over the course of history, multinational corporations have established manufacturing factories in developing countries because of low incomes and lenient environmental regulations. As a result, the employment rate of the manufacturing sector in developed countries declined by 19% for 37 years. However, plants result in socioeconomic problems in many developing countries because they are based on loose labor regulations and low wages. In the era of the FIR, manufacturing will be developed in small quantity production systems of various kinds. Factories in developing countries are no longer attractive because low-wage workers can be replaced by automated robots. Rather, it is advantageous to place the production plant near the main market to quickly produce and distribute products. This is called “re-shoring”. In an Adidas Speed factory equipped with this system, AI-based robots perform most of the shoe manufacturing work. Some accessories were made with 3D printers, which reduced employment from 600 people to 10 people. If the re-shoring phenomenon continues, the power of economic development in developing countries will be lost and developing countries will endure a poor and risky working environment to secure price competitiveness.The development of technology is a double-edged sword. You need to be prepared not only for the bright future that technology will bring, but also for the problems that will arise. The purpose of this study is to anticipate and prepare for OHS problems for workers in the era of the FIR.2. Changes in OHS expected in the FIR2.1. Positive aspects in the workplaceNew technologies can be used to create a safe working environment byexcluding humans from harmful workplaces. For example, by applying a deep-learning algorithm to detect human behavior patterns by security cameras, it is possible to monitor for chemical leaks or worker accidents in real time. If a dangerous situation is recognized, the relevant system can alert the operator, safety officer, or responsible department immediately to prevent the accident in advance. In fact, in the New Boliden mine in Sweden, robots can be used for safe work. The use of virtual reality technology and smart glass in safety education can enhance the effectiveness of education. It is also possible to prevent musculoskeletal disorders by wearing a wearable robot that supports human strength.2.2. Negative aspects in the workplace: globalizationGlobalization is a pre-existing concept, which existed before the debate of the fourth industrial evolution. As a result, it is a precondition of the FIR with the development of information and communication technology and AI technology. Friedman states that “the world is flat,” in which the social and cultural standards of individual countries are unified into global standards through the proliferation of financial capitalism as well as the development of transportation and communication. Globalization would be accelerated by the FIR and eventually, it would affect working conditions.Because multinational corporations take advantage of loosening labor regulations in developing countries to increase productivity, workers in developing countries work in hazardous workplaces without proper welfare. Child labor and forced labor, which are prohibited in most developed countries, occur in developing countries. There are often no provisions for minimum wages and maximum working hours. As a result, the ILO proposed the “Rule of the Game” as a global standard in 2014, but it was not enforced and could not be introduced into industrial sites in many countries.Globalization affects working time, where shifts or night shifts increase. Birth describes time--space compression as a change in the concept of time due to globalization. Human time is divided into the local time, an individual's biological time, and social time, which constitutes labor conditions. Because of globalization and the development of information and communication, time--space compression adaptsto the time of work, not the biological time of the person. At this time, the biological cycles for a location on the globe and the time of his work are desynchronized, which causes many problems.2.3. Negative aspect in the workplace: automationWhen automation or robots replace simple and repetitive tasks, workers feel uneasy about employment and their livelihood. Work insecurity refers to “fear of unemployment and difficulty of re-employment”. The ILO has extended work insecurity beyond the level of employment and wages to a comprehensive concept. In addition, it is difficult to maintain an individual work--life balance without negotiating working conditions such as working hours, wages, paid time off, and improving the workplace with an employer. ILO redefines job insecurity. In addition, when social safety nets such as public pension payments, sick leave, annual leave, and maternity leave are not guaranteed, when there is no opportunity for job turnover or promotions, or when basic human rights such as discrimination or joining unions willfully are ignored, employment instability is affected.Increased employment instability can increase mental illness. 2012 and 2014 automation workers in high-risk occupations complained of anxiety and poor health. In particular, workers feel insecure about their jobs if they feel that their jobs are asubstitute for robots and experience worsening poverty and health as wages decrease and welfare benefits of employers decrease.Also, automation introduced to increase productivity and quality of life would paradoxically result in increased human labor time. For example, if an autonomous vehicle is introduced, it would be possible to enjoy leisure activities instead of driving during travel. However, humans could be forced to do more work to improve productivity. In this case, driving stress may be replaced by work-related stress.Human beings could be in charge of tasks with poor working conditions. For example, if an automation machine malfunctions, the worker should repair the machine manually. Most industrial accidents occur during this time such that it is demanded that all machinery should be shut off and worker's security should be guaranteed. However, in many cases, safety checks are carried out without stoppingthe machine for upkeep. Recently, there was a death in Republic of Korea, where a worker who was directly checking the conveyor belt in a thermal power plant was killed by the belt.2.4. Negative aspect in the workplace: on-demand economyIn the on-demand economy, workers are independent contractors and it is difficult to earn a certain income because “demand” changes every day (sometimes every hour). In the on-demand economy, workers need to find work day-by-day or even every hour as independent contractors. Therefore, they endure the risk of fluctuating revenue, which was a primary role of corporations. In this situation, workers cannot avoid stress and instability. Like most people with temporary jobs, on-demand economy workers rather than by choice, often choose on-demand jobs because they do not have a fixed job. Because they are treated as private businesses, legal protection as a worker is difficult. Currently, independent workers are not part of the “worker” class defined by labor laws and on-demand employers are not obliged to provide welfare including pensions, insurance, paid time off, maternity leave, and sick leave. This is because, through the platform, the consumer and supplier of labor interact and provide labor outside the supervision and direction of the employer. This type of economy has the advantage of creating new employment opportunities and enabling flexible work, but it is hard to distinguish between individual operators and workers. Therefore, it is hard to provide legal protection for OHS. In the case of employment relations, platform companies must provide various pensions, insurance, and leave based on labor laws, but in the platform business, employers are not obliged to provide welfare. Therefore, they are not subject to restrictions regarding wages and working hours guaranteed by various labor laws in the employment relationship. As a result, it is difficult to receive social insurance benefits. In the United States, there was a lawsuit in which Uber drivers argued that they should be treated as Uber employees and they demanded payment of the cost of doing business on the premise of an employment relationship. In the United Kingdom, there was a lawsuit raised by Uber drivers claiming the right to a minimum wage and vacation. Also, in Republic of Korea, there was a lawsuitcase that injured delivery man who are enrolled in delivery agency received compensation. And Republic of Korea Worker's Compensation & Welfare Service collects compensations from the delivery agency, but agency filed a lawsuit for cancellation of the taxation. They declared that worker was not their employees, and the delivery agency do not have any responsibility for the delivery man. As such an example, it is hard to adapt traditional concept for employment to new employment. To respond to new employment relations, the Korean government has recently extended the concept of “workers” in the Industrial Safety and Health Law as “those who provide work for wages to businesses or workplaces of any kind”.2.5. Who should be responsible for providing OHS to on-demand business?The Korean Occupational Safety and Health Act imposes OHS obligations on the government, employers, and workers. The government has the responsibility for disaster prevention of workplaces such as establishing and enforcing OHS policies, research and development of technology for safety and health, and the installation and operation of facilities. The employer is obliged to comply with the Industrial Safety and Health Act, the standards for the prevention of industrial accidents, and to provide a comfortable work environment and working conditions. Workers are obliged to observe the precautions necessary to prevent industrial accidents and to observe measures to prevent industrial accidents.At present, the social security system for some special independent workers as worker is the only worker's compensation insurance in Republic of Korea. However, if a worker works for several companies, he/she can only partake in a voluntary subscription scheme where he/she pays a 100% premium. Under current law, it is impossible for an employer to pay workers compensation insurance for platform workers. In addition, because the employee is not a worker (a worker under the Labor Standards Act) for a single employer, the employer's liability and obligation regarding OHS services is not imposed. Therefore, it is difficult for platform workers to manage chronic diseases, work-related diseases, and occupational diseases due to difficulties in health examination and health care.3. Missions of OHS to prepare for the FIR3.1. Re-definition of decent workLabor is indispensable. Even if a machine replaces labor, human labor is indispensable. Labor is also necessary for the development of human beings, both culturally and psychologically. Labor is also needed to contribute to society and to protect the dignity and value of individuals. In a world where jobs are scarce, employment opportunities must be fair. In other words, it is necessary to discuss who is going to perform decent work and bad work. It is also necessary to renew the definition of working hours in the situation where fragmented labor is universalized and globalization causes social time constraints to gradually disappear.To date, ideal jobs have been thought of as stable jobs where workers receive fixed salaries. However, as nonstandard employment becomes popular, it is necessary to re-establish the concept of stable jobs and good jobs. In the “Declaration of Social Justice for a Fair Globalization” adopted in 2008, the ILO “convinced that in a world of growing interdependence and complexity and the internationalization of production: the fundamental values of freedom, human dignity, social justice, security and nondiscrimination are essential for sustainable economic and social development and efficiency”. Decent work should in volve many dimensions. It means not only productivity, fair income, and workplace safety, but also guarantee of social security for the family, individual self-development and social integration, freedom of individual expression, and participation of union labor in the workplace. In other words, the concept of decent work is a set of values that go beyond fixed, high wages, stable working hours, and stable employment conditions.3.2. Paradigm shift of OHSAn occupational disease is a disease caused by the working environment or conditions for the purpose of livelihood. Occupational diseases are not limited to specific organs, so treatment is difficult. Therefore, OHS emphasizes prevention and reward rather than focusing on treatment or rehabilitation. Occupational medicine originated from industrial medicine centering on occupational diseases in manufacturing and it was extended to occupational medicine, which encompasses the entire occupation.Currently, most of the OHS services are in business units. However, as the employment relations change with the FIR, the units and responsibilities for managing workers exposed to harmful factors become unclear. Currently, OHS services in asbestos business units cannot take care of independent workers employed on a project-by-project basis. In other words, OHS services should be changed from an employer-centric to a public health approach, as set out in the WHO's Health and Safety Convention.The same is true of industrial accidents. In case of working as a project unit, it is difficult to apply the present system that estimates and compensates based on exposure to harmful factors. In other words, in the age of the FIR, labor is not continuous or constant. In such a working environment, there is a lack of grounds for judging whether an individual's illness is caused by a certain occupation. Even if there are many problems in the current industrial accident compensation systems, in the current systems, there are the consensus that specific jobs must have specific risk factors in common. So, it was possible to assess job hazard analysis by job groups. However, when constant and continuous jobs are scarce, and people have more than one job by their needs, it was hard to assess risk of jobs. Furthermore, in this situation, current industrial accident compensation system cannot protect independent workers. Therefore, this should also be changed from an employer-centered approach to a public-health approach.Each country has to make institutional arrangements and broad legislative measures to ensure that the ILO's international labor standards apply equally to its own regulations and policies. International labor standards cover basic agreements. The Equal Remuneration Convention seeks to ensure that a worker who provides equal value is not discriminated on the basis of sex, race, color, religion, political opinion, socioeconomic status, social origin, or age. Particularly, the freedom of association, the right to collective bargaining, OHS, and the protection of employment and discrimination are necessary. Wages of temporary workers should not be lower than those of other workers who do the same or similar things. In addition, temporary workers should be provided with maternity protection, paid leave, paid holidays, andsick leave.Each country should also prepare for the labor market, which has no national boundaries because of the development of the FIR technology. International standard rules are required for working conditions. A labor market in developing countries should no longer be viewed in terms of being regulation-free. In 2019, the ILO describes labor standards in international markets under the title “Rules of the game”. It must be ensured that labor does not interfere with personal freedom and safety, and does not undermine its dignity. In other words, labor standards of international markets are being proposed so that the aim of human labor is to improve the life of humanity as a whole, not for economic development itself.3.3. Need for a network replacing the traditional labor union to claim the new rights of independent workersWith the FIR, traditional unions have difficulty negotiating with their employers. The labor union participation rate in developed countries is decreasing compared with the 1970s. As various work relationships such as suppliers,subcontractors, non-governmental organizations, and other labor relations are applied, and the characteristics of workers such as women, youth, and immigrants are diversified, labor organization innovation is needed.As technology is developed, globalization promotes the decentralization of production. Multinational corporations now design and produce new products and manage production lines for workers in their home countries. This is a system which constructs and produces factories in middle-income or developing countries which are also consumer markets. At this time, workers in their home countries can demand a safe working environment by organizing labor unions based on relatively strong labor laws and social safety networks in developed countries. Workers in developing countries are likely to have little bargaining power in their relationship with employers because they cannot organize trade unions in their own countries, where social and legal infrastructures are lacking.Thus, in the era of the FIR, where the on-demand business will become the dominant employment relationship, a new type of union is needed to represent theinterests of independent workers. Unions based on a single workplace should also learn about the employment relationship between on-demand and platform businesses. The new union should go beyond the workplace to be a union of industrial units or a community-based union.The new union should first demand the right of the independent worker and understand that industrial accidents caused by new technologies are unpredictable. In particular, the employer must disclose to workers all the health hazards that may arise in the event of a new chemical or physical process used at the manufacturing stage in a transparent manner. The nature of the employment relationship of the platform business is likely to be attributed to the individual independent worker. In addition to efforts to clarify responsibility, it is necessary to disclose information on harmful substances and harmful environments including trade secrets.3.4. Government policyBecause of the effects of the FIR, a large number of jobs will be replaced by machines and new jobs will be created. There is a concern of mass unemployment in the transitional period of technological change. Capital income is overwhelmingly higher than labor income and mass unemployment is likely to make a society unstable. In addition, when nonstandard employment becomes mainstream, there is a concern that the number of workers who cannot be protected by the current labor law is likely to increase. Furthermore, there is a need for social security for those without capital. The gap between the rich and the poor is an element of social unrest. Therefore, redistribution of the profits of capital by means of a robot tax or basic income system is being considered.It is necessary to reform the system to protect workers' health rights. With the expansion of platform business, on-demand business may make the business owner unclear and the entity that is responsible for providing the OHS service may disappear. Therefore, to broaden the scope of OHS service and compensation, it is necessary to revise the definition of ‘full property’ or ‘worker character.”We must establish a system to monitor the emergence of new forms of OHS issues, nurture experts to be responsible for changing OHS issues, and enact newlabor laws and social insurance systems according to changes of the labor environment.4. ConclusionsTo cope with the emerging OHS issues in the fourth industrial revolution era, we need to establish new concepts of ‘decent work’,” and standardized regulations which apply to enterprises in each country, to develop public health as an OHS service, surveil emerging OHS events and networks among independent workers, and nurture experts to be responsible for new OHS issues.中⽂第四次⼯业⾰命及其对职业健康与安全、⼯⼈薪酬和劳动条件的影响摘要“第四次⼯业⾰命”是基于信息和通信的先进技术时代。

第四次工业革命的优缺点英文作文

第四次工业革命的优缺点英文作文

第四次工业革命的优缺点英文作文全文共3篇示例,供读者参考篇1The Fourth Industrial Revolution: Advantages and DisadvantagesThe Fourth Industrial Revolution, characterized by the fusion of technologies bridging the physical, digital, and biological worlds, has brought about unprecedented changes in society, economy, and culture. As with any major shift, there are both advantages and disadvantages associated with this revolution.Advantages:1. Increased Efficiency: The adoption of automation, artificial intelligence, and Internet of Things (IoT) technologies has significantly improved efficiency in various industries. This has led to faster production processes, reduced costs, and increased productivity.2. Improved Connectivity: The Fourth Industrial Revolution has interconnected people, devices, and systems like never before. This has facilitated communication, collaboration, andinformation sharing on a global scale, leading to increased innovation and creativity.3. Enhanced Customer Experience: With the rise of data analytics and personalized marketing, businesses can now better understand and cater to the needs of their customers. This has led to improved customer satisfaction and loyalty.4. Job Creation: While automation has led to the displacement of some jobs, it has also created new opportunities in emerging industries such as artificial intelligence, robotics, and biotechnology. The Fourth Industrial Revolution has the potential to create millions of new jobs in the coming years.5. Sustainable Development: The integration of green technologies and sustainable practices in industries has the potential to address pressing environmental issues such as climate change and resource depletion. This can lead to a more sustainable and eco-friendly future.Disadvantages:1. Job Displacement: Automation and artificial intelligence have led to the displacement of millions of jobs in traditional industries such as manufacturing and retail. This has resulted inunemployment, underemployment, and income inequality in many countries.2. Data Privacy Concerns: The Fourth Industrial Revolution has brought about an explosion of data collection and analysis. This has raised concerns about data privacy, security, and surveillance, as well as the potential misuse of personal information by corporations and governments.3. Digital Divide: The increasing reliance on digital technologies in the Fourth Industrial Revolution has widened the gap between those who have access to these technologies and those who do not. This digital divide can further marginalize disadvantaged communities and exacerbate existing inequalities.4. Technological Dependence: As society becomes more reliant on digital technologies, there is a risk of overdependence and vulnerability to technological failures, cyber attacks, and other disruptions. This can pose significant risks to critical systems and infrastructure.5. Ethical Dilemmas: The use of advanced technologies such as artificial intelligence, genetic engineering, and biotechnology raises ethical concerns about issues such as data privacy, autonomous weapons, human enhancement, and the impact onsociety and culture. These ethical dilemmas need to be addressed to ensure responsible and ethical use of technology.In conclusion, the Fourth Industrial Revolution presents both opportunities and challenges for society. It is essential to harness the benefits of this revolution while mitigating its negative impacts. By addressing the disadvantages and promoting responsible innovation, we can create a more inclusive, sustainable, and prosperous future for all.篇2The Fourth Industrial Revolution, also known as Industry 4.0, is characterized by the fusion of technologies that blur the lines between the physical, digital, and biological spheres. This revolution is changing the way we live, work, and interact with the world around us. As with any major shift in society, there are both advantages and disadvantages to the Fourth Industrial Revolution.One of the biggest advantages of the Fourth Industrial Revolution is the increased efficiency and productivity it brings to various industries. Automation, artificial intelligence, and the Internet of Things are revolutionizing the way businesses operate, leading to faster production times, higher qualityproducts, and lower costs. This has the potential to improve global economic growth and create new job opportunities in high-tech fields.Another advantage of Industry 4.0 is the potential to address pressing global challenges such as climate change, resource scarcity, and healthcare. Smart technologies can help us monitor and reduce energy consumption, improve resource efficiency, and provide personalized healthcare solutions. By harnessing the power of data and technology, we can create a more sustainable and inclusive future for all.However, the Fourth Industrial Revolution also comes with its fair share of challenges. One of the main concerns is the impact of automation on the job market. As machines become more intelligent and capable of performing tasks traditionally done by humans, there is a risk of widespread unemployment and income inequality. It is crucial for policymakers and companies to invest in reskilling and upskilling programs to ensure that workers are prepared for the jobs of the future.Additionally, there are ethical considerations that come with the rise of Industry 4.0. As artificial intelligence becomes more sophisticated, there are concerns about data privacy, surveillance, and the potential for bias in decision-making processes. It isimportant for companies to prioritize ethical principles and ensure that technology is used for the greater good of society.In conclusion, the Fourth Industrial Revolution has the potential to bring about transformative changes to society, but it is important to address the challenges and risks that come with it. By investing in education, training, and ethical frameworks, we can harness the power of technology to create a more sustainable and inclusive future for all.篇3The Fourth Industrial Revolution, often referred to as Industry 4.0, is the current wave of technological advancements that are changing the way we live, work, and interact with each other. This revolution is characterized by the integration of digital technologies, artificial intelligence, automation, and the Internet of Things into traditional industries, leading to increased efficiency, productivity, and connectivity.Advantages of the Fourth Industrial Revolution:1. Increased Efficiency: One of the key advantages of the Fourth Industrial Revolution is the increased efficiency it brings to industries. Automation and artificial intelligence technologiescan streamline processes, reduce human error, and make operations more cost-effective.2. Improved Productivity: With the use of advanced technologies such as robotics and machine learning, companies can increase their output and productivity levels. This leads to faster production cycles and higher profitability.3. Enhanced Connectivity: The Fourth Industrial Revolution has made it easier for businesses to connect with customers, suppliers, and partners around the world. The Internet of Things allows for real-time data exchange, leading to betterdecision-making and collaboration.4. Innovation and Creativity: Industry 4.0 encourages innovation and creativity, as companies strive to stay ahead of the competition by adopting new technologies and business models. This can lead to the development of new products and services that meet the evolving needs of consumers.5. Job Creation: While there are concerns about job losses due to automation, the Fourth Industrial Revolution also has the potential to create new roles and opportunities for skilled workers. As industries evolve, there will be a growing demand for professionals with expertise in digital technologies, data analytics, and cybersecurity.Disadvantages of the Fourth Industrial Revolution:1. Job Displacement: One of the biggest concerns surrounding Industry 4.0 is the potential for job displacement. As more tasks become automated, there is a risk that many workers will be replaced by machines, leading to unemployment and economic instability.2. Skills Gap: The rapid pace of technological change in the Fourth Industrial Revolution means that many workers may not have the skills or training needed to adapt to new roles. This can result in a widening skills gap, with a lack of qualified workers in key industries.3. Data Security and Privacy Concerns: The use of digital technologies in Industry4.0 raises concerns about data security and privacy. With increased connectivity and data exchange, there is a risk of cyberattacks, data breaches, and unauthorized access to sensitive information.4. Environmental Impact: While Industry 4.0 can lead to increased efficiency and productivity, it also has the potential to have a negative impact on the environment. The manufacturing and operation of digital technologies can contribute to pollution, resource depletion, and carbon emissions.5. Social Inequality: The benefits of the Fourth Industrial Revolution are not distributed equally, leading to increased social inequality. Those with access to advanced technologies and digital skills are more likely to succeed, while others may be left behind, exacerbating existing disparities.In conclusion, the Fourth Industrial Revolution has the potential to bring significant benefits to industries and societies, but it also poses challenges that need to be addressed. It is important for policymakers, businesses, and individuals to work together to ensure that the advantages of Industry 4.0 are maximized, while mitigating its negative impacts. By investing in education and training, adopting ethical standards for data use, and promoting sustainable practices, we can harness the power of technology for the greater good.。

英文演讲欧洲历史

英文演讲欧洲历史

英文演讲欧洲历史Europe has a long and complex history that has shaped the continent into what it is today. From the ancient Greeks and Romans to the rise and fall of empires, Europe has seen it all. The history of Europe is characterized by wars, conquests, and the clash of cultures.One of the most significant events in European historyis the Renaissance, which began in Italy in the 14th century and spread across the continent. The Renaissance was a period of great cultural and intellectual growth, with advancements in art, literature, science, and philosophy. It marked the transition from the medieval period to the modern era.Another important period in European history is the Age of Exploration, which began in the 15th century. European explorers like Christopher Columbus, Vasco da Gama, and Ferdinand Magellan set out on voyages that would forever change the course of history. The Age of Exploration led to the colonization of the Americas, Africa, and Asia, as well as the establishment of vast empires by European powers.The Industrial Revolution, which began in the late 18th century, was another pivotal moment in European history. It brought about significant technological advancements and transformed European society from agrarian to industrial. The Industrial Revolution also had far-reaching consequences for the global economy and contributed to the rise of capitalism.The 20th century saw two devastating world wars that had a profound impact on Europe and the world. World War I and World War II were some of the deadliest conflicts in history, resulting in millions of deaths and widespread destruction. The aftermath of these wars led to thedivision of Europe into East and West, with the Cold War pitting the Soviet Union against the Western powers.In more recent times, Europe has seen the rise of the European Union, a political and economic union of 27 European countries. The European Union has promoted peace, stability, and cooperation among its member states, while also facing challenges such as Brexit and the migrant crisis.Overall, the history of Europe is a rich tapestry of events and developments that have shaped the continent into a diverse and dynamic region. From ancient civilizations to modern nation-states, Europe's history is a reflection of the triumphs and struggles of its people.欧洲有着悠久而复杂的历史,塑造了今天的欧洲大陆。

工业革命中英文对照

工业革命中英文对照

An industrial revolution is a fundamental economic change:between 1770 and 1850 the economy of England changed from mostly agricultural to mostly industrialthis was the result not of one key invention but of technological progress in different fields coming togetherits center is the development of factories (which hadn't really existed before this time), but they couldn't have developed without better transportation creating larger markets and better transportation couldn't have existed without the growth of the iron industry, which couldn't have grown without steam enginessociety had a hard time adjusting to the new economic system Causes of the British Industrial Revolution:expansion of trade, mercantile economic policy (see previous lecture) decline of:feudalism--farmers were no longer bound to the landguild system--the guild for a particular trade could no longer control who set up a new businessthe system of customary prices--the market is more free, instead of the old system where changing the price because of a shortage was seen as profiteeringagricultural changesenclosure =the abolishment of the old system of communal farming and its replacement with family farms. Supposedly everyone had the same share of land as before, but the smallest farmers didn't have enough to survive as an independent farm and they went out of business and went looking for work. Took place 16th century to about 1820.four field crop rotation--wheat, turnips, barley, clover or alfalfa (turnips and hay crops make it possible to keep more livestock)new scientific approaches to farming (one of the pioneer scientific investigators of agriculture was an Englishman named Jethro Tull ) average agricultural surplus per worker doubled from about 25% to about 50%workers no longer needed in agriculture were available for industrial jobs (discussion)Iron:by 1720 most iron in England was imported due to a shortage of charcoal for smeltingin 1709 Abraham Darby invented a way of smelting iron using coke(processed coal) instead of charcoalthe iron industry took off after 1760 since iron ore and coal were both very plentiful in England1779 Iron Bridge ( photo )The Steam Engine:Newcomen Engine (about 1712) filled a cylinder with steam and then condensed it to draw the piston down. 1/2% efficient, but widely used to pump water out of coal mines.Watt Engine (1774) had had a separate condenser, making the engine much more efficientJames Watt later added:sun and planet gear converted reciprocating into rotary motion to power machinesautomatic control mechanismdouble-acting engine made for much smoother power Transportation Technology:improved roads built in large numbers 1750-1815 (about 1000 miles), reduced transportation costs 20-30%CanalsThe Duke of Bridgewater's Canal started in 1759--7 miles but had to cross a river valley. People thought this was a wild dream, but built in 5 years. Very profitable--halved the cost of coal in Manchestercanal building boom 1750-1800--by 1830 England had 3875 miles of navigable water (though only 1/3 of that was canals). The Oxford canal paid a 30% return for 30 years.provided much cheaper transportation of bulky goodsThe Factory System:the first big industry was cotton textile factories, though other kinds of factories developed as wellmachines had been used some by workers who did piece work at home with spinning wheels and hand looms. What brought the workers together into a factory was the invention of machines for spinning that could spin more than one thread at a time and then the application of water power first to spinning and then to weaving James Hargreaves, Spinning Jenny , invented 1764-1770Roger Arkwright, Water Frame , 1769Samuel Crompton, Mule , 1774-1779Edmund Cartwright, Power Loom, 1786-1788With these technologies the industry took off--by 1833 237,000 peoplewere employed in cotton textile factories in Englandthis was a whole new way of life46% of workers were women, 15% children under the age of 13 ( Child Labor )wages were barely enough for a family to survive if all members over the age of 8 workedin some areas 1/2 to 3/4 of worker families lived in a single room with no plumbing (dumped their chamber pot into the street or gutter)for examples see Living and Working Conditions in the Industrial Revolutionreform laws started in 1833-- factory act of 1833 forbade employment of children under 9 and limited hours for children to 9 hours a day for children 9-13 and 12 hours a day for children 13-18Chartist movement fought unsuccessfully for political change, but conditions gradually improved中英对照供参考:工业革命指从农业和手工业经济转变到以工业和机器生产为主的变化过程。

第二次工业革命

第二次工业革命

第二次工业革命1870年以后,科学技术的发展突飞猛进,各种新技术、新发明层出不穷,并被迅速应用于工业生产,大大促进了经济的发展。

这就是第二次工业革命。

当时,科学技术的突出发展主要表现在三个方面,即电力的广泛应用、内燃机和新交通工具的创制、新通讯手段的发明。

简介:时间19世纪70年代-20世纪初第二次工业革命(Second Industrial Revolution)起于19世纪七十年代,主要标志:电力的广泛应用(即电气时代) 1870年以后,科学技术的发展突飞猛进,各种新技术、新发明层出不穷,并被迅速应用于工业生产,大大促进了经济的发展。

这就是第二次工业革命。

当时,科学技术的突出发展主要表现在四个方面,即电力的广泛应用、内燃机和新交通工具的创制、新通讯手段的发明和化学工业的建立。

控制论创始人维纳提出的概念是第二次工业革命典型特征为自动化。

第二次工业革命以电力的广泛应用为显著特点。

从19世纪六七十年代开始,出现了一系列电气发明。

1866年德国人西门子(Siemens)制成发电机,1870年比利时人格拉姆(Gelam)发明电动机,电力开始用于带动机器,成为补充和取代蒸汽动力的新能源。

电力工业和电器制造业迅速发展起来。

人类跨入了电气时代。

1831年,英国科学家法拉第发现电磁感应现象,根据这一现象,对电作了深入的研究。

在进一步完善电学理论的同时,科学家们开始研制发电机。

1866年,德国科学家西门子制成一部发电机,后来几经改进,逐渐完善,到19世纪70年代,实际可用的发电机问世。

电动机的发明,实现了电能和机械能的互换。

随后,电灯、电车、电钻、电焊机等电气产品如雨后春笋般地涌现出来。

过程:19世纪最后30年和20世纪初,科学技术的进步和工业生产的高涨,被称为近代历史上的第二次工业革命。

世界由“蒸汽时代”进入“电气时代”。

在这一时期里,一些发达资本主义国家的工业总产值超过了农业总产值;工业重心由轻纺工业转为重工业,出现了电气、化学、石油等新兴工业部门。

橘宝书的纯正英文版:康老师背景知识大讲堂大纲

橘宝书的纯正英文版:康老师背景知识大讲堂大纲

第1堂WORLD HISTORY(世界史)•USING FIRE (人类开始运用火)•STONE AGE (石器时代)•BRONZE AGE (青铜器时代)•THE DEVELOPMENT OF AGRICULTURE (农业的进展)•AGRICULTURE: REVOLUTION OR EVOLUTION (农业是:革命性还是演进式产生)•THE RISE OF CIVILIZATIONS (文明的起源)•THE TIGRIS-EUPHRATES VALLEY (底格里斯-幼发拉底河流域/两河流域)•THE NILE VALLEY (尼罗河流域)•THE OLD KINGDOM (古王国时代)•THE NEW KINGDOM (新王国时代)•THE AMARNA REVOLUTION (阿玛尔纳革命)•TUTANKHAMU (图坦卡门)•NEFERTITI (娜芙蒂蒂)•RAMSES II (拉美西斯二世)•VALLEY OF THE KINGS (帝王谷)•THE HUANG HE VALLEY (黄河流域)•THE ADVANCE OF CIVILIZATION (文明的进展)•CIVILIZATIONS OF SOUTHWEST ASIA (西南亚的文明)•ASSYRIA (亚述帝国)•THE NEW BABYLONIAN EMPIRE (新巴比伦王国)•THE PERSIAN EMPIRE (波斯帝国)•PHOENICIA (腓尼基人)•THE AEGEAN CIVILIZATION (爱情海文明)•THE MINOAN CULTURE (克里特文明)•THE MYCENAEAN CULTURE (迈锡尼文化)•ATLANTIS (亚特兰提斯)•GREEK CIVILIZATION (希腊文明)•TROJAN WAR (特洛伊战争)•ALEXANDER THE GREAT’S EMPIRE (亚历山大大帝帝国)•CLEOPATRA (埃及艳后)•THE ROMAN EMPIRE (罗马帝国)•THE MAURYAN EMPIRE IN INDIA (印度孔雀帝国)•BUDDHISM (佛教)•CONFUCIANISM (儒学)•SHI HUANGDI (秦始皇)•THE MIDDLE AGES (中古时期)•FEUDALISM (封建制度)•VANDALS (汪达尔人)•CHIVALRY (骑士制度)•THE BYZANTINE EMPIRE (拜占庭帝国)•THE CRUSADES (THE CLASH BETWEEN THE CROSS AND THE CRESENT) (十字军东征)•KNIGHTS TEMPLARS (圣殿武士团)•JUSTINIAN (东罗马帝国)•THE OTTOMAN EMPIRE (鄂图曼土耳其帝国)•CHINA (FROM 500 TO 1500) TANG, SONG, YUAN, MING DYNASTIES(中国-唐宋元明朝)•MAYA (玛雅)•THE AZTEC EMPIRE (阿兹特克帝国)•THE INCA EMPIRE (印加帝国)•CHASQUI (查斯基)•THE AGE OF EXPLORATION (地理大冒险时代)•THE COLONIZATION OF AMERICA (美国殖民)•THE INDUSTRIAL REVOLUTION (工业革命)•COSTS AND BENEFITS (工业革命的利与弊)•CAPITALISM (资本主义)•SOCIALISM (社会主义)•WORLD WAR I (1914~1918) (一次世界大战)•HITLER, ADOLF (希特勒‧阿道夫)•WORLD WAR II (1939~1945) (二次世界大战)•KAMIKAZE (神风特攻队)•SAMURAI (日本武士)第2堂American History (美国史)•COLUMBUS (哥伦布)•THE 1421 THEORY (1421年中国发现新大陆)•EXPLORATION AND EARLY SETTLEMENT(地理探险与早期殖民)•LOST COLONY & JAMESTOWN(失落的殖民地&美国第一个永远殖民地:詹姆斯镇)•PLYMOUTH COLONY (普利茅斯殖民地)•THE THIRTEEN COLONIES (美东最初的十三个殖民地)•LIFE IN COLONIAL AMERICA (殖民时期美国生活)•THE FRENCH AND INDIAN WAR (1754~1763) (印法战争)•THE ROAD TO INDEPENDENCE (美国独立之路)•THE BOSTON TEA PARTY (波士顿茶会事件)•TEA HISTORY IN AMERICA (美国茶叶历史)•THE FIRST CONTINENTAL CONGRESS (第一次大陆会议)•THE REVOLUTIONARY WAR BEGINS (1775~1783) (美国独立战争)•COMMON SENSE (常识)•THE DECLARATION OF INDEPENDENCE (独立宣言)•THE CONSTITUTION (美国宪法)•THE BILL OF RIGHTS (人权法案)•THE LOUISIANA PURCHASE (刘易斯安纳购地)•LEWIS AND CLARK(利瓦伊& 克拉克将军美西探勘)•THE WAR OF 1812 (1812~1814) (1812年英美战争)•THE NATION MOVES WEST (国家西移)•ALAMO (德州阿拉莫事件)•MEXICAN WAR (1846~1848) (美墨战争)•INDIAN WARS (美国与印地安人的战争)•GOLD RUSH (淘金潮)•FORTY-NINERS (旧金山四九人)•THE CIVIL WAR (1861~1865) (南北战争)•RESULTS OF THE CIVIAL WAR (南北战争的后果)•RECONSTRUCTION(战后重建期)•THE CATTLE KINGDOM OF THE GREAT PLAINS (美国中部大平原上的畜牧王国)•THE HOMESTEAD ACT (安居法案)•SPANISH-AMERICAN WAR (1898) (美西战争)•ROARING TWENTIES 1920’s (辉煌的20年代)•THE FLAMING YOUTH (跳跃的烈火青春)•PROHIBITION (禁酒时期)•MAFIA (黑手党)•THE DECLINE OF THE PROHIBITION MOVEMENT (禁酒令的废除)•THE ECONOMY-BOOM AND BUST (美国二零年代:经济的飙长与迅速萧条)•GREAT DEPRESSION (经济大萧条)•CIVILIAN CONSERVATION CORPS(CCC公共资源保护队)•WORLD WAR II (1939~1945) (二次世界大战)•POPULATION BOOM IN THE WEST (战后的人口西拓)第3堂American Culture & Life & City(美国文化、生活与都市)•AMERICA'S QUILTING HISTORY (美国棉被的历史)•THE QUILTING BEE (殖民时期妇女们缝棉被聚会)•FOLK CULTURE V.S. POPULAR CULTURE (民俗文化与大众文化)•POPULAR CULTURE (大众文化)•FAMILY CHANGE (家庭的改变)•BABY BOOM GENERATION (婴儿潮世代)•HANDEDNESS (使用右手的习惯)•THE GROWTH OF CITIES (城市的形成)•URBAN CONSERVATION (城市的保护与维持)•URBAN RENEWAL (都市更新)•THE DEVELOPMENT OF ILLUMINATION (照明的发展)•HOTEL (旅馆)•POSTAL SERVICE (邮政)•HISTORY OF POSTAL SERVICES IN THE UNITED STATES (美国邮政的历史)•THE PONY EXPRESS (小马快递)•EDUCATION & SCHOOLING (受教育与上学)•SUCCESS VS. HIGHER EDUCATION (成功与高学历)•FOOD PRESERVATION (食物保存)•THE HISTORY OF FOOD PRESERVATION (食物保存的历史)•ICEBOX (冰箱)•LINSEY-WOOLSEY (棉毛织品)•NEW ENGLAND FURNITURE (新英格兰家具)•NEW YORK CITY (纽约)•MANHATTAN (曼哈顿)•ROCKEFELLER CENTER (洛克斐勒中心)•THE STATUE OF LIBERTY (自由女神像)•HISTORY OF NEW YORK CITY (纽约的历史)•FORMATION OF GREATER NEW YORK (大纽约地区的形成)•SUSPENSION BRIDGE (吊桥)•ERIE CANAL (伊利运河)•PHILADEPHIA (费城)•BENJAMIN FRANKLIN (班杰明•富兰克林)•AMISH (门诺教)•CHICAGO (芝加哥)•THE GREAT CHICAGO FIRE (芝加哥大火)•GREAT LAKES (五大湖)•HOW THE LAKES WERE FORMED (五大湖如何形成)•WATER ROUTES TO THE SEA (通往大海的水道)•MISSISSIPPI RIVER (密西西比河)•NEW ORLEANS (纽奥良)•LOS ANGELES (洛杉矶)•UNCLE SAM (山姆大叔)•MOUNT RUSHMORE NATIONAL MEMORIAL (罗斯摩尔山国家纪念公园)•WAR OF THE WORLDS (世界大战小说对传播媒体的影响)•THANKSGIVING DAY (感恩节)•BLACK FRIDAY (黑色星期五)•FACTORY OUTLET (畅货中心)•MACY’S THANKSGIVING DA Y PARADE (纽约梅西百货:感恩节大游行)•GROUNDHOG DA Y (土拨鼠日)•CHRISTMAS (圣诞节)第4堂ARTS:PAINTING(艺术:西洋艺术史)•THE ARTS (艺术介绍)•FINE ARTS (纯艺术)•APPLIED ARTS (应用艺术)•THE REASONS FOR ART (为何人们需要懂得欣赏艺术)•WHAT PAINTERS PAINT (绘画的内容)•MATERIALS (绘画的材料)•THINNERS (稀释剂)•BRUSHES (笔刷)•TECHNIQUES (绘画的技法)•THE TRANSITION OF THE MURAL(壁画的转变)•TEMPERA PAINTING (蛋彩画)•ACRYLIC PAINT (压克力颜料画)•THE HISTORY OF PAINTING ((西洋绘画史:一场理性与感性交替的知性美))•PREHISTORIC PAINTING (史前绘画)•EGYPTIAN PAINTING (埃及绘画)•AEGEAN PAINTING (爱琴海绘画)•GREEK PAINTING (希腊绘画)•ROMAN PAINTING (罗马绘画)•MEDIEVAL PAINTING (中古世纪绘画)•GOTHIC PAINTING (哥德式绘画)•STAINED-GLASS WINDOWS (彩绘玻璃)•HOW STAINED-GLASS WINDOWS ARE MADE (如何制作彩绘玻璃)•RENAISSANCE (文艺复兴运动)•LEONARDO DA VINCI (李奥纳多•达文西)•RAPHAEL (拉婓尔)•MANNERISM (风格主义)•BAROQUE (巴洛克)•CLASSICISM (古典主义)•ROCOCO PAINTING (洛可可式绘画)•NEOCLASSICISM (新古典主义)•ROMANTICISM (浪漫主义)•REALISM (写实主义)•MODERN ART (现代艺术)•IMPRESSIONISM (印象派)•NEW VISUAL SOURCES (新的视觉来源)•UKIYO-E (PICTURES OF THE FLOATING WORLD) (浮世绘)•PAINTING IN AMERICAN COLONIES (美国殖民时期的绘画)•FOLK ART (1780~1860) (民俗艺术)•HUDSON RIVER SCHOOL (1835 TO 1870) (哈德逊流派)•MARY CASSATT (玛莉•卡莎特)•POSTIMPRESSIONISM (后印象派)•SYMBOLISM (象征主义)•THE FAUVES (野兽派)•CUBISM (立体派)•EXPRESSIONISM (表现主义)•DADAISM (达达主义)•SURREALISM (超现实主义)•THE 1900'S IN NORTH AMERICA (1900年代的北美)•REGIONALISM (地区主义)•POP ART (普普艺术)•PERFORMANCE ART (表演艺术)•NEOEXPRESSIONISM (新表现主义)•CARTOON (卡通)•COMIC STRIP (连环漫画)•KINDS OF CARTOONS (卡通的种类)第5堂Arts:Architecture 艺术:西洋建筑史•POTTERY (陶器)•TYPES OF POTTERY (陶器的种类)•TERRA COTTA (赤陶)•THE HISTORY OF POTTERY (陶器的历史)•CERAMICS (制陶)•SCULPTURE (雕刻)•THE IMPORTANCE OF SCULPTURE (雕刻艺术的重要性)•CARYATIDS & GARGOYLES (女像柱及滴水兽)•MOVEMENT (动态体现)•EGYPTIAN SCULPTURE (埃及雕刻)•CAST AND CASTING (铸造)•METAL SCULPTURE (金属雕刻)•GLASS (艺术玻璃)•GLASS HISTORY (玻璃的历史)•FIBERGLASS (玻璃纤维)•DIRECT CARVING (直接雕刻)•ARCHITECTURE (建筑)•EARLY ARCHITECTURE (早期的建筑)•MESOPOTAMIAN ARCHITECTURE (美索不达米亚的建筑)•EGYPTIAN ARCHITECTURE (埃及建筑)•THE GREAT SPHINX (人面狮身像)•PRE-COLUMBIAN ARCHITECTURE (哥伦布时期前建筑)•THATCHING (茅草屋)•CLASSICAL ARCHITECTURE (古典建筑)•MINOAN ARCHITECTURE (迈诺安文明的建筑)•ENTABLATURE (柱顶楣构)•CLASSICAL GREEK ARCHITECTURE (古典希腊建筑)•DORIC STYLE (古希腊柱子1:多利斯式)•IONIC STYLE (古希腊柱子2:爱奥尼亚式)•CORINTHIAN STYLE (古希腊柱子3:科林斯式)•ROMAN ARCHITECTURE (罗马建筑)•ARCH AND VAULT (拱门与拱顶)•MEDIEVAL ARCHITECTURE (中古世纪建筑)•EARLY CHRISTIAN ARCHITECTURE (早期基督教建筑)•BYZANTINE ARCHITECTURE (拜占庭建筑)•ROMANESQUE ARCHITECTURE (罗马式建筑)•GOTHIC ARCHITECTURE (哥德式建筑)•RENAISSANCE ARCHITECTURE (文艺复兴时期建筑)•LATER RENAISSANCE ARCHITECTURE (文艺复兴后期建筑)•BAROQUE ARCHITECTURE (巴洛克建筑)•ROCOCO ARCHITECTURE (洛可可建筑)•THE PALLADIAN REVIVAL (帕拉迪奥复兴运动)•NEOCLASSICAL ARCHITECTURE (新古典主义建筑)•COLONIAL ARCHITECTURE IN AMERICA (美国殖民时期建筑)•WASHINGTON, D.C. (美国首府的历史与建筑)•MARINE CORPS WAR MEMORIAL (美国海军陆战队战争纪念碑)•UNITED STATES CAPITOL (美国国会大厦)•WHITE HOUSE (白宫)•THE CRYSTAL PALACE (第一届世界博览会建筑:水晶宫)•THE GREEK REVIVAL (希腊复兴运动)•THE GOTHIC REVIVAL (哥德式复兴运动)•MODERN ARCHITECTURE (现代建筑)•THE ARTS AND CRAFTS MOVEMENT (艺术与手工艺运动)•EARLY MODERN ARCHITECTURE IN AMERICA (美国早期现代建筑)•SKYSCRAPER (摩天大楼)•BAUHAUS (包浩斯学派)•FRANK LLOYD WRIGHT (建筑师:法兰克.洛伊.莱特)•THE ART NOUVEAU STYLE (1890-1910) (新艺术风)•FUNCTIONALISM (实用主义)•ART DECO (装饰性艺术)•EGYPTIAN REVIVAL (埃及复兴时期)•THE INTERNATIONAL STYLE (国际风格)•POSTMODERNISM (后现代主义)第6堂ARTS:MUSIC & DANCE(艺术:西洋音乐与舞蹈)•THE IMPORTANCE OF MUSIC (音乐的重要性)•THE ELEMENTS OF MUSIC (音乐元素)•ABSOLUTE PITCH (绝对音高)•MUSICAL INSTRUMENTS (乐器)•STRINGED INSTRUMENTS (弦乐器)•WIND INSTRUMENTS (管乐器)•PERCUSSION INSTRUMENTS (打击乐器)•KEYBOARD INSTRUMENTS (键盘乐器)•ELECTRONIC INSTRUMENTS (电子乐器)•MUSICAL NOTATION (乐谱)•WESTERN MUSIC (西洋音乐)•CLASSICAL MUSIC (古典乐)•INSTRUMENTAL MUSIC (演奏乐)•MAIN TYPES OF ORCHESTRAL MUSIC (管弦乐的主要型态)•VOCAL MUSIC (声乐)•CLASSICAL MUSIC FORMS (古典乐的形式)•POPULAR MUSIC (流行音乐)•THE HISTORY OF POPULAR MUSIC (流行音乐史)•THE COLONIAL PERIOD (1607-1776) (美国殖民时期)•REVOLUTIONARY WAR TO 1840 (美国独立战争~1840年)•1840'S TO THE CIVIL WAR (1840年代~南北战争)•THE CIVIL WAR (1861-1865) (南北战争)•VAUDEVILLE AND MUSICAL COMEDY (综艺秀与音乐歌舞轻喜剧)•FOLK MUSIC (民俗音乐)•KINDS OF FOLK MUSIC (民俗音乐的种类)•BLUES (蓝调)•THE HISTORY OF JAZZ (爵士乐的历史)•THE ROOTS OF JAZZ (爵士乐的根源)•RAGTIME (雷格乐)•THE SWING ERA (摇摆时代)•THE RECORDING ERA (留声年代)•THE RISE OF COUNTRY MUSIC (乡村音乐的兴起)•RHYTHM AND BLUES (节奏蓝调)•ROCK 'N' ROLL (摇滚乐)•RAY CHARLES (雷.查尔斯)•SOUL MUSIC (灵魂乐)•RAP (饶舌)•DANCE (舞蹈)•FOLK DANCES (民俗舞蹈)•SOCIAL DANCES (社交舞)•BALLET (芭蕾)•MODERN DANCE (现代舞)•MUSICAL COMEDY (音乐剧)•TAP DANCING (踢踏舞)第7堂Economics(经济学)•CAPITALISM (资本主义)•GDP (国内生产总值)•CENTRAL PLANNING (政府控制经济型式)•INCOME (所得/收益)•PUBLIC UTILITIES (公用事业)•ECONOMIC STABILITY (经济稳定)•THE FED (美国联邦准备理事会)•EUROPEAN FOUNDATIONS OF U.S. BUSINESS (美洲商业活动的欧洲基金)•HISTORY OF AMERICAN ECONOMICS (美国经济史)•MONOPOLY AND COMPETITION (垄断与竞争)•ANTITRUST LAWS (反托拉斯法)•ADVERTISING (广告)•WAYS OF ADVERTISING (广告的各种型式)•DIRECT MAIL (直接邮寄)•ADVERTISING TECHNIQUES (广告手法)•HISTORY OF TRANSPORTATION (运输的发展史)•PREHISTORIC TIMES (史前时代)•ANCIENT GREECE AND ROME (古希腊及罗马)•THE MIDDLE AGES (中世纪时期)•THE AGE OF OVERSEAS EXPANSION (海外扩张时期)•DEVELOPMENT OF INLAND TRANSPORT (内陆运输的发展)•THE MISSISSIPPI RIVER (密西西比河)•ROAD (公路)•TURNPIKE (收费公路)•THE STEAM AGE (蒸气时代)•STEAM ENGINE (蒸气机)•HISTORY OF RAILROAD (铁路发展史)•DEVELOPMENTS IN THE UNITED STATES (美国铁路的发展)•THE FIRST TRANSCONTINENTAL RAIL LINES (第一条横贯美洲大陆的铁路)•SLEEPING CAR (卧车)•U.S. STEEL: CARNEGIE & MORGAN (美国钢铁大王:摩根与卡内基)•THE 1920'S AND THE GREAT DEPRESSION (1920年代以及经济大萧条)•AMTRAK (美国国家铁路客运公司)•THE BEGINNINGS OF MODERN TRANSPORTATION (现代交通的源起)•AIRPLANE (飞机)•FIRST HUMAN FLIGHTS (人类的第一次飞行)•THE WRIGHT BROTHERS (莱特兄弟)•PRINCIPLES OF FLIGHT (飞行的原理)•CREATING LIFT (创造上升力)•DRAG AND THRUST (拖曳力与推进力)•AIRSHIP (飞船)•THE HINDENBURG (兴登堡号事件)•AUTOMOBILE (汽车)第8堂Communication(传播)•THE DEVELOPMENT OF COMMUNICATIONS SYSTEMS (传播的发展)•WRITING (文字的历史)•PICTOGRAMS (图像文字)•CUNEIFORM (楔形文字)•SYLLABIC WRITING SYSTEM (音节书写系统的出现)•HIEROGLYPHICS (HOLY + CARVING) (象形文字)•ROSETTA STONE (解开埃及象形文字之谜:罗塞塔石)•IDEOGRAPHY (表意文字)•LOGOGRAPHY (词符文字)•BONE AND SHELL SCRIPT (甲骨文)•REBUS (画谜)•ALPHABET (字母表)•MANUSCRIPT (手写稿)•PAPYRUS (纸莎草纸)•WAX TABLETS (蜡板)•PARCHMENT (羊皮纸)•BOOK OF HOURS (每日礼赞)•PAPER MANUSCRIPTS (纸本手稿)•TS'AI LUN (蔡伦造纸)•THE DEVELOPMENT OF PRINTED BOOKS (印刷术的发展)•THE INVENTION OF MOVABLE TYPE (活字印刷的发明)•GRAPHIC ARTS (印花艺术)•ETCHING (蚀刻)•PRINTMAKING (刻板印刷-版画)•BROADSIDE (刻板印刷-大报板式)•THE DEVELOPMENT OF JOURNALISM (新闻业的进展)•NEWSPAPERS (报纸的历史)•WEATHER MAPS ON NEWSPAPER (报纸上的天气图)•PAPARAZZI (狗仔队)•PULITZER, PRIZES (普利兹奖)•PERIODICALS (期刊)•MAGAZINES VS NEWSPAPERS (杂志VS报纸)•THE INVENTION OF PHOTOGRAPHY FURTHER AIDED COMMUNICATION (摄影的发明促进传播的发展)•THE PHOTOGRAPHIC PROCESS (摄影的发展)•THE HISTORY OF PHOTOGRAPHY (摄影的历史)•PINHOLE CAMERA (针孔照相机)•RIGHT OF PRIVACY (隐私权)•THE ELECTRIC TELEGRAPH (电报的发明)•TELEPHONE (电话的发明)•OTHER INVENTIONS OF THE LATE 1800 (1800晚期的其它发明)•THE DEVELOPMENT OF ELECTRONICS (电子学的发展)•THE INVENTION OF RADIO (广播的发明)•THE DEVELOPMENT OF TELEVISION (电视的发明)•THE DEVELOPMENT OF FIBER OPTICS (光纤的发展)•OPTICAL FIBERS FOR MEDICAL USE (光纤在医学上的利用)•MOTION PICTURES (电影)•HOW MOTION PICTURES ARE MADE (电影如何制作)•MOVEMENT (电影的精髓:纪录动作)•THE HISTORY OF MOTION PICTURES (电影的历史)•EARLY MOTION PICTURES (早期的电影)•D. W. GRIFFITH (戴维‧沃克葛里‧菲斯)•AFTER WORLD WAR I (一次世界大战之后)•THE MOVIES TALK (有声电影的发展)•MOVIES IN THE 1930'S (1930年代的电影)康老师~背景知识大讲堂(二) 自然科学篇第1堂ASTRONOMY (天文学)♦OBSERVATORY (天文台)♦PLANETARIUM (天文馆)♦NASA (美国太空总署)♦UNIVERSE OR COSMOS (宇宙)♦THE BIG BANG THEORY (宇宙的起源:大霹雳理论)♦GALAXIES (银河)♦NEBULA (星云)♦REDSHIFT (红移现象)♦EDWIN HUBBLE(天文学家:哈伯)♦BLUESHIFT (蓝移现象)♦DOPPLER EFFECT (多普勒效应)♦QUASARS (类星体)♦GAMMA-RAY ASTRONOMY (珈玛射线天文学)♦VISIBLE-LIGHT (OPTICAL) ASTRONOMY (观测天文学)♦REFLECTING TELESCOPE (反射式望远镜)♦THE HUBBLE SPACE TELESCOPE (HST) (哈伯太空望远镜)♦STUDY OF OTHER EMISSIONS (其它放射的研究)♦STARS (恒星)♦STELLAR EVOLUTION (星体演化)♦KINDS OF STARS (星体种类)♦HERTZSPRUNG-RUSSELL DIAGRAM (赫罗图)♦MAIN-SEQUENCE STARS (主序星)♦GIANT AND SUPERGIANT (巨星与超巨星)♦CEPHEID VARIABLE STARS (造父变星)♦NOVAS (新星)♦NEUTRON STARS AND PULSARS (中子星与脉冲星)♦BLACK HOLE (黑洞)♦BETA PICTORIS (绘架座β)♦THE SOLAR SYSTEM (太阳系)♦THE TERRESTRIAL PLANETS (类地行星)♦THE JOVIAN PLANETS (类木行星)♦MARS (火星)♦JUPITER (木星)♦COMET SHOEMAKER-LEVY 9 COLLISION WITH JUPITER (修梅克-利瓦伊9号彗星撞击木星)♦EUROPA (木卫二-欧罗巴)♦SATURN (土星)♦PLUTO (冥王星)♦THE KUIPER BELT (库伯带)♦COMETS (彗星)♦ASTEROID (小行星)♦THE SUN (太阳)♦ZONES OF THE SUN (太阳的结构)♦SUNSPOTS (太阳黑子)♦ENERGY OUTPUT FROM THE SUN (由太阳散发出来的能量)♦REVOLVES / ROTATE (公转/自转)♦SOLSTICE / EQUINOX (夏冬至/春秋分)♦PHASES OF THE MOON (月亮盈缺)♦MOON (月球)♦ALBEDO (反照率)♦LUNAR SEA (MARIA) (月亮海)♦ARMSTRONG (阿姆斯特朗)♦SURFACE OF THE MOON (月球表面)♦ORIGIN OF THE MOON (月球的起源)♦SOLAR ECLIPSE (日蚀)♦LUNAR ECLIPSE (月蚀)♦METEORS (流星)♦THE CONSTELLATIONS (星座)♦ASTROLOGY (占星学)♦PSEUDOSCIENCE (伪科学)第2堂Geology(地质学)♦INTERNAL STRUCTURE OF THE EARTH (地球内部的构造)♦PLATE TECTONICS (板块构造论)♦THE THEORY OF CONTINENTAL DRIFT (大陆飘移学说)♦CONTINENTAL CRUST (大陆板块)♦OCEANIC CRUST (海洋板块)♦THE MID-ATLANTIC RIDGE (中洋脊)♦SEAFLOOR SPREADING (海洋板块拓展)♦HOT SPOT (热点)♦CALDERA (巨型火山口)♦VOLCANIC MATERIALS (火山喷发的物质)♦LAVA (岩浆)♦MOUNT SAINT HELENS: FIRE AND ICE (圣海伦火山:火与冰的完美平衡)♦VOLCANOES AND PLATE TECTONICS (火山与大陆漂移)♦THE RING OF FIRE (环太平洋火山带)♦PREDICTING ERUPTIONS (火山爆发的预测)♦TSUNAMI (海啸)♦THE YEAR WITHOUT A SUMMER (无夏之年)♦GEYSER (间歇泉)♦CATASTROPHE (大灾难)♦THREE MAIN TYPES OF PLATE BOUNDARIES (三种主要型态的板块边缘)♦DIVERGENT PLATE BOUNDARIES (分离板块边缘)♦GREAT RIFT VALLEY IN AFRICA (东非大裂谷)♦CONVERGENT PLATE BOUNDARIES (聚合板块边缘)♦TRANSFORM PLATE BOUNDARIES (转形板块边缘)♦SAN ANDREAS FAULT, CALIFORNIA (加州圣安德鲁斯断层)♦TRIPLE JUNCTIONS (三向联结构造)♦CURRENT PLATE MOVEMENT (现今地球板块的移动)♦EARTHQUAKE (地震)♦SEISMOLOGY (地震学)♦SEISMOGRAPH (地震仪)♦FOCUS / HYPOCENTER (震源)♦EPICENTER (震央)♦FAULT (断层)♦EARTHQUAKE SCALES: RICHTER (苪氏地震仪)♦THE EARTH’S FOUR COM PONENT SYSTEMS (地球的四种组成系统)♦PETROLOGY (岩石学)♦WROCK (岩石)♦ORE (矿石)♦HYDROSPHERE (水圈)♦BIOSPHERE (生物圈)♦STRATIGRAPHY (地层学)♦THE GEOLOGIC TIME SCALE (地质年代表)♦COAL FORMATION (煤矿的形成)♦FUEL (燃料)第3堂Geography(地理学)♦EARLY GEOGRAPHY (早期地理学)♦MAP LEGEND (地图图例)♦TOPOGRAPHY / TERRAIN (地形)♦RELIEF (地貌)♦THE CONTOUR LINES (等高线)♦HEMISPHERE (半球)♦HORIZON (地平线)♦LATITUDE AND LONGITUDE (纬度和经度)♦ATLAS (地图集)♦NEW ENGLAND (新英格兰)♦APPALACHIAN MOUNTAINS (阿帕拉契山脉)♦THE GREAT BASIN (大草原)♦DEATH VALLEY (死亡谷)♦CLIMATE AND PHYSIOGRAPHY (气侯与地貌学)♦THE GRAND CANYON (大峡谷)♦SOIL (土壤)♦COMPOSITION OF SOIL (INORGANIC MATERIAL) (土壤的成分-无机物质)♦COMPOSITION OF SOIL (ORGANIC MATERIAL) (土壤的成分-有机物质)♦STAGES OF SOIL FORMATION (土壤形成的阶段)♦CLAY (黏土)♦EROSION (侵蚀)♦LANDSLIDES AND MASS-WASTING (山崩与块体崩移)♦CLASSIFICATIONS OF MASS-WASTING (块体崩移的分类)♦WEATHERING (风化)♦TWO TYPES OF WEATHERING (风化的两种类型)♦DESERTIFICATION (沙漠化)♦THE DUST BOWL (尘盆)♦DUST STORM (沙尘爆)♦DESERT (沙漠)♦WORLD DESERT REGIONS (世界各地的沙漠区域)♦DESERT BIOMES (沙漠的生物群系)♦COASTAL DESERTS (海岸边的沙漠)♦SAND DUNE (沙丘)♦SALTATION (沙的跃动)♦STALACTITE (钟乳石)♦STALAGMITE (石笋)第4堂METEOROLOGY(气象学)♦CLIMATE (气候)♦WHY CLIMATES VARY (为什么会有气候变化)♦CLIMATE CHANGE (气候的变化)♦GLACIER (冰河)♦SURGING GLACIERS (跃动的冰河)♦GLACIAL EROSION (冰河的侵蚀作用)♦ICEBERG (冰山)♦GLACIERS AND CLIMATE CHANGE (冰河与气候变化)♦HISTORY OF GLACIATION ON EARTH (地球的冰河作用历史)♦ICE AGE (冰河期)♦ATMOSPHERE COMPOSITION (大气结构)♦EL NINO (圣婴现象)♦CLIMATE WITHOUT EL NINO (没有圣婴现象时的气候)♦CLIMATE WITH EL NINO (圣婴现象发生时的气候)♦AIR TEMPERATURE (气温)♦CELSIUS OR FAHRENHEIT (摄氏与华氏)♦AIR PRESSURE (气压)♦MERCURY BAROMETER (水银气压计)♦DIVISIONS OF THE ATMOSPHERE (大气层的结构)♦TROPOSPHERE (对流层)♦STRATOSPHERE (同温层)♦THE OZONE LAYER (臭氧层)♦GREENHOUSE EFFECT (温室效应)♦THE KYŌTO PROTOCOL (京都议定书)♦THE WATER CYCLE (水文循环)♦PRECIPITATION (降雨)♦WIND (风)♦WIND TYPES (风的类型)♦THE PREVAILING WINDS (盛行风)♦DOLDRUMS (赤道无风带)♦THE TRADE WINDS (信风)♦THE SEASONAL WINDS (季节性的风)♦MONSOON (季风)♦THE LOCAL WINDS (地域性的风)♦BREEZE (微风)♦TROPICAL CYCLONE (热带气旋)♦NAMING TROPICAL STORMS CONVENTIONS (热带暴风命名的惯例)♦HUMIDITY (湿度)♦SPECIAL METEOROLOGICAL INSTRUMENTS (特殊的气象学工具)♦DOPPLER RADAR (度普勒雷达)♦THE INTERTROPICAL CONVERGENCE ZONE (ITCZ) (间热带辐合带)♦CLOUDS (云)♦AIR MASS (气团)♦FRONT (锋面)♦ A COLD FRONT (冷锋)♦ A WARM FRONT (暖锋)♦ A STATIONARY FRONT (滞留锋)♦AN OCCLUDED FRONT (囚锢锋)♦ATMOSPHERIC OPTICS (大气光学)♦MIRAGE (海市蜃楼)♦RAINBOW (彩虹)♦LIGHTNING (闪电)♦HOW LIGHTNING DEVELOPS (闪电形成)♦ A CHANNEL FROM THE GROUND (闪电从地上至天上的通道)♦THE RETURN STROKE (回反闪击)♦THUNDER (雷)♦LIGHTNING ROD (避雷针)♦AURORA (极光)♦THE AURORA BOREALIS (北极光)♦THE AURORA AUSTRALIS (南极光)♦ANTARCTICA (南极)♦ANTARCTIC ICE SHEET/ CAP (南极冰原/冰帽)♦SNOW (雪)♦HOW SNOW FORMS (雪花的形成)♦DIAMOND DUST (钻石尘)第5堂OCEANOGRAPHY(海洋学)♦OCEAN BASIN STRUCTURE (海洋结构)♦THE DEEP-SEA FLOOR (海床)♦DEEP-SEA EXPLORATION (深海探测)♦DIVING (潜水)♦DANGERS OF UNDERWATER DIVING (深海潜水的危险)♦THE DEEP-SEA ENVIRONMENT (深海环境)♦LIFE IN THE DEEP SEA (深海中的生物)♦HYDROTHERMAL VENT (热液喷口-海底火山)♦FORMATION OF AN OCEANIC RIDGE (海洋山脉的形成)♦DATING TECHNIQUES (年代测定技术)♦COMPOSITION OF SEAWATER (海水成分)♦OCEAN CURRENTS (洋流)♦VERTICAL OCEAN CIRCULATION (垂直海洋环流)♦UPWELLING (上升流)♦THERMOHALINE CIRCULATION (温盐环流)♦SEASHORE (海岸)♦WETLANDS (湿地)♦EVERGLADES (佛罗里达的湿地)♦MANGAL (红树林区)♦ESTUARY (河口)♦LAGOON (舄湖)♦DELTA (三角洲)♦EUTROPHICATION (优氧化)♦BREAKWATER (防波堤)♦WATER (水)♦WATER PROPERTIE (水的特性)♦IONIZING AGENTS (游离剂)♦WATER DESALINIZATION (淡水化)♦TAPPING WATER SOURCES (自来水源)♦AQUEDUCT (引水渠)♦DAM (水库)♦RESERVOIR (蓄水库)♦OUTLET WORKS (出水工)♦HOOVER DAM (胡佛水坝)♦THE THREE GORGES DAM (三峡大坝)♦HYDROELECTRIC DAM (水电大坝)♦SPILLWAY (泄洪道)♦BOAT PASSING THROUGH CANAL LOCK (船只通过运河水闸)♦ECOLOGICAL IMPACT OF DAMS (水库对环境的冲击)♦FISH LADDERS (鱼梯)第6堂MARINE BIOLOGY (海洋生物学)MARINE LIFE (海洋生物)PLANKTON (浮游生物)ICHTHYOLOGY (鱼类学)LIFE ZONES OF THE OCEAN (海洋生态各分层)MOLLUSK (软件动物)CEPHALOPOD (头足类动物)NAUTILUS (鹦鹉螺)SQUID (鱿鱼)MARINE MAMMALS (海洋哺乳动物)SEA OTTER (海獭)WHALE (鲸)TYPES OF WHALES (TOOTHED WHALES / BALEEN WHALES) (鲸鱼的种类-齿鲸/须鲸)SPERM WHALES (抹香鲸)NARWHALS (角鲸)GENERALIZED ANATOMY OF A WHALE (鲸鱼的一般性剖析)HEARING (鲸鱼的听觉)VISION (鲸鱼的视觉)ORIGIN OF WHALES (鲸鱼的起源)THREATS TO WHALES (鲸鱼的威胁)SENSE ORGANS OF WHALES (鲸鱼的感官器官)DOLPHIN INTELLIGENCE (海豚的智力)ECHOLOCATION (回音定位)MARINE MAMMAL VOCALIZATIONS: LANGUAGE OR BEHAVIOR (海洋哺乳动物的声音:是语言还是行为?)MANATEE(海牛)[DUGONG] (懦艮)CAN FISHES HEAR? (鱼的听觉)FLATFISH (比目鱼)STARFISH (海星)ECHINODERMS (棘皮动物)SEA CUCUMBER (海参)CRUSTACEAN (甲壳类)BARNACLE (藤壶)SEA ANEMONE (海葵)SPONGE (海绵)THE BODIES OF SPONGES (海绵的身体)ALGAE (海藻)LICHEN (地衣)CORALS (珊瑚)SYNCHRONIZED SPAWNING (珊瑚同步大量产卵)AMPHIBIAN (两栖动物)3 MAIN AMPHIBIAN GROUPS (FROGS AND TOADS, SALAMANDERS, CAECILIANS) (三种主要的两栖族群-青蛙与蟾蜍;蜥蜴;蚓螈)FROG LIFE CYCLE (青蛙生命周期)THE MYSTERY OF AMPHIBIAN DECLINES (两栖类动物衰亡的迷思)BEAVER (海狸)POLAR BEAR (北极熊)第7堂CHEMISTRY(化学)♦ALCHEMY (炼金术:现代化学的起源)♦EVERYDAY APPLICATIONS OF CHEMISTRY (化学的日常运用)♦PHYSICAL CHANGES (物理变化)♦CHEMICAL CHANGE (化学变化)♦ELEMENTS (化学元素)♦FORMATION OF THE PERIODIC TABLE (周期表的形成)♦THE STRUCTURE OF ATOMS (原子的结构)♦QUARKS (夸克)♦ISOTOPE (同位素)♦MOLECULE (分子)♦COMPOUNDS (化合物)♦ION (离子)♦VALENCE (原子价)♦RADIOACTIVITY (放射线)♦CURIE, MARIE SKLODOWSKA (居礼夫人)♦QUANTUM MECHANICS (量子力学)♦TITANIUM (钛)♦TITANIUM DIOXIDE (二氧化钛)♦NICKEL (镍)♦SHAPE MEMORY ALLOYS (SMA’S) (形状记忆合金)♦GOLD (黄金)♦MERCURY (水银)♦DIAMOND (钻石)♦DIAMONDS : THE REAL STORY (一个美丽钻石背后的真实故事)♦CARAT VS KARAT (克拉与K)♦POLYMER (聚合物)♦CHARCOAL (木炭)♦PETROLEUM (石油)♦REFINING OIL (炼油)♦SALT (盐)♦SALT FROM THE SEA (海盐)第8堂:PHYSICS (物理学)MECHANICS (力学)HEAT (热)HOW HEAT TRAVELS (热如何传导)LATENT HEAT (潜伏热)Insulation (绝缘体)PUTTING HEAT TO WORK (热的运用)PHLOGISTON (热素)SOUND (声音)⏹FREQUENCY AND PITCH (声音频率与音高)⏹SUPERSONIC SPEED (超音速)⏹WAVELENGTH (声音波长)⏹INTENSITY AND LOUDNESS (声音强度与响度)⏹QUALITY (音质)HOW SOUND BEHAVES (声音如何运作)REFLECTION (反射)ECHO & NARCISSUS (回音与水仙花:一段希腊罗马神话的爱情故事) ELECTRICITY (电)STATIC ELECTRICITY (静电)CONDUCTORS AND INSULATORS (导体与绝缘体)SUPERCONDUCTOR (超导体)SEMICONDUCTOR (半导体)ELECTRIC CURRENT (电流)DIRECT AND ALTERNATING CURRENT (直流电与交流电)ELECTRIC LIGHTING (电灯)ELECTROMAGNETISM (电磁)MAGNETISM (磁力)MAGNETIC FIELDS (磁场)HOW MAGNETISM WORKS (磁力如何作用)USES OF MAGNETS AND MAGNETISM (磁铁与磁力的运用)MRI (核磁共振)THE CORE AND EARTH’S MAGNETISM (地核和地球的磁力)WHEN NORTH GOES SOUTH (地磁的南北极交替)LIGHT (光)PHOTON (光子)BIOLUMINESCENCE (生物体发光)LASER (雷射)THE HISTORY OF LASER (雷射的历史)SPECTRUM (光谱)HOW LIGHT BEHAVES (光如何运作)REFLECTION, REFRACTION, AND ABSORPTION (反射、折射与吸收) TRANSPARENT (透明)LIGHT IN THE SEA (海洋的光线)NUCLEAR PHYSICS (核物理学)CORIOLIS EFFECT (科氏力)COHESION (内聚力)ADHESION (附着力)SURFACE TENSION (表面张力)COHESION-TENSION THEORY (内聚压力理论)FOURTH DIMENSION (第四度空间)RELATIVITY (相对论)康老师~背景知识大讲堂(三) 生物科学篇第1堂BIOLOGY(生物学)⏹PHYSIOLOGY (生理学)⏹BIOCHEMISTRY (生物化学)⏹HISTORY OF BIOLOGY (生物学史)⏹THE ORIGINS OF SCIENTIFIC CLASSIFICATION (生物科学分类的起源)⏹CLASSIFICATION (生物的分类)⏹SYSTEMATICS / TAXONOMY (生物分类学)⏹THE TAXONOMIC HIERARCHY (生物分类的层级)⏹BIODIVERSITY (物种多元性)⏹NTERCONNECTEDNESS OF THE LIVING WORLD (生命的交互联系性)⏹THE GROWING THREAT OF INVASIVE SPECIES (外来物种对生长的威胁)⏹THE PLIGHT OF THE LAKE VICTORIA CICHLIDS (外来物种:维多利亚湖七彩鱼的困境)⏹THE ZEBRA MUSSEL (外来物种:斑马贻贝)⏹PURPLE LOOSESTRIFE (外来物种:紫色马鞭草)⏹METAMORPHOSIS (变态)⏹COMPLETE METAMORPHOSIS (完全变态)⏹INCOMPLETE METAMORPHOSIS (不完全变态)⏹ECOLOGY (生态学)⏹ECOSYSTEM (生态系统)⏹ECOTONE (群落交错区)⏹FOOD WEB (CHAIN) (食物链)⏹SYMBIOSIS (共生)⏹ALTRUISM (利他主义)⏹BIOLOGICAL ALTRUISM (生物利他主义)⏹AGAINST DARWIN? (达尔文错了吗?)⏹SOURCES OF ENERGY (能源的种类)⏹NUCLEAR ENERGY (核能)⏹WOOD (木材)⏹ALTERNATIVE ENERGY (替代能源)⏹WATER POWER (水力)⏹SOLAR ENERGY (太阳能)⏹WIND POWER (风力)⏹TIDAL ENERGY (潮汐能)⏹GRAVITATIONAL FORCE V.S. INERTIA (引力V.S.惯性)⏹SPRING TIDES (大潮)⏹NEAP TIDES (小潮)⏹GEOTHERMAL POWER (地热能)⏹HYDROGEN (氢)⏹NATIONAL PARK SYSTEM (国家公园系统)⏹THE FIRST NATIONAL PARK (全美第一座国家公园)⏹NATIONAL MARINE SANCTUARIES PROGRAM (海洋保护区)第2堂EVOLUTION (演化)CHARLES DARWIN (查尔斯.达尔文)THE ORIGIN OF LIFE (生命的起源)THE EARLY EARTH (早期的地球)RELIGIOUS EXPLANATIONS (生命的起源:宗教的解释)THE THEORY OF SPONTANEOUS GENERATION (生命的起源:自然生成理论)MODERN THEORIES (生命的起源:现代的理论)ORIGINS OF ANIMALS (动物的起源)COEVOLUTION (共同演化)SPECIATION (物种形成)EXTINCTION (物种灭绝)PALEONTOLOGY (古生物学)FOSSILS (化石)STRATIGRAPHY (地层学)INDEX FOSSILS (指准化石)STRATIGRAPHIC COLUMN (地层年代/地层剖面)THE CAMBRIAN PERIOD (寒武纪)THE DEVONIAN PERIOD (泥盆纪)THE CARBONIFEROUS PERIOD (石炭纪)THE MESOZOIC ERA (中生代)TRIASSIC PERIOD (三迭纪)JURASSIC PERIOD (侏罗纪)CHINA’S FEATHERED DINOSAURS (SINOSAUROPTERYX) (中国的有羽恐龙-中华龙鸟)ARCHAEOPTERYX (始祖鸟)EVOLUTION OF FEATHERS (羽毛的演化)FIERCE MAMMAL ATE DINOS FOR LUNCH 2005/1/13 (哺乳动物猎食恐龙)THE CENOZOIC ERA (新生代)THE PLEISTOCENE EPOCH (更新世)MAMMOTH EXTINCTION MYTHS (长毛象灭绝的迷思)HUMAN EVOLUTION (人类的演化)HOMO (人属)HOMO SAPIENS (智人种)PALEOANTHROPOLOGY (古人类学)THE PROCESS OF EVOLUTION (演化的过程)PRIMATES (灵长目)JANE GOODALL (珍.古德)PRIMATE CLASSIFICATION (灵长目的分类)HOMINOID CLASSIFICATION (类人猿的分类)GIGANTON : THE REAL KING KONG (THE BIGFOOT-GIGANTO HYPOTHESIS) (巨猿:活生生的金刚)THE FIRST HUMANS: AUSTRALOPITHECINES (第一个人类:更新纪灵长动物)RAYMOND DART AND THE TAUNG CHILD (THE SKULL WAR) (雷门达特的儿童骸骨~一场考古史的骗局)WHY DID HUMANS EVOLVE? (为什么人类演化)BENEFITS OF BIPEDALISM (人类两足行走的优点)THE FOOTPRINTS OF EARLY HOMINIDS (早期原始人类的足迹)THE GENUS HOMO (人属)HOMO ERECTUS (直立人)NEANDERTALS (尼安德塔人)第3堂MOLECULAR BIOLOGY(微生物学)CELL (细胞)THE DISCOVERY AND STUDY OF CELLS (细胞的发现与研究)LOOKING AT A CELL: MICROSCOPE (显微镜下的细胞)SHAPES OF CELLS (细胞的形状)INSIDE A LIVING CELL (活细胞的内部)THE CELL IN DISEASE (疾病细胞)DEATH OF A CELL (细胞的死亡)THE CODE OF LIFE (生命的密码)CHROMOSOMES (染色体)THE SEX CHROMOSOMES (性染色体)DNA (脱氧核糖核酸-染色体和基因的组成部分)RNA (核糖核酸)CELL DIVISION AND REPRODUCTION (细胞分裂与繁殖)MITOSIS (有丝分裂)MEIOSIS (减数分裂)HEREDITY (遗传)HEREDITY AND ENVIRONMENT (NATURE VERSUS NURTURE) (遗传与环境-天生或养成)ASEXUAL AND SEXUAL REPRODUCTION (无性生殖与有性生殖)REPRODUCTION OF AN AMOEBA (阿米巴原虫的繁殖)DOMINANT-RECESSIVE INHERITANCE (显性、隐性遗传)ALBINISM (白子)GENETICS (遗传学)MENDEL (门德尔)THOMAS HUNT MORGAN (汤玛士.杭特.摩根)MUTATIONS (突变)GENETIC ENGINEERING (遗传工程)RECOMBINANT DNA (DNA重组)CLONING (无性繁殖)DOLLY (桃莉羊)STEM CELLS (干细胞)STEM CELLS AND CLONING (干细胞与复制)TO HARNESS THE VERSATILITY OF STEM CELLS (利用多用途的干细胞)WHY CLONING IS CONTROVERSIAL (为什么复制俱争议性)THE IMPORTANCE OF GENETICS (遗传学的重要性)THE HUMAN GENOME PROJECT (人类基因组计划)GENE CHIP (基因芯片)第4堂HUMAN BODY (人体)ANATOMY (解剖学)CHEMICAL ELEMENTS AND MOLECULES (化学元素与分子)ENZYME (酶、酵素)CELLS (细胞)TISSUES (组织)ORGANS (器官)ORGAN SYSTEMS (器官系统)THE SKIN (皮肤)NERVE ENDINGS (神经末稍)THE SKELETAL SYSTEM (骨骼系统)THE MUSCULAR SYSTEM (肌肉系统)THE DIGESTIVE SYSTEM (消化系统)THE RESPIRATORY SYSTEM (呼吸系统)THE AIR PASSAGES (呼吸道)DYSPHONIAS (语言障碍)THE CIRCULATORY SYSTEM (循环系统)THE LYMPHATIC SYSTEM (淋巴系统)THE IMMUNE SYSTEM (免疫系统)THE URINARY SYSTEM (泌尿系统)THE REPRODUCTIVE SYSTEM (生殖系统)DEVELOPMENT OF A HUMAN EMBRYO (人体胚胎的发展)THE MENSTRUAL CYCLE (月经周期)ABORTION (流产,堕胎)THE ENDOCRINE SYSTEM (内分泌系统)HORMONES (贺尔蒙)PLANT HORMONES (植物的贺尔蒙)EAR (耳)THE HUMAN VOICE (人类的声音)HOW SOUNDS TRAVEL TO THE INNER EAR (声音如何传达到内耳) THE SENSE OF BALANCE (平衡感)DISORDERS OF THE EAR (耳疾)OTITIS MEDIA (耳炎的媒介)TEETH (牙齿)WISDOM TEETH (智齿)ENAMEL (珐琅质)CARE OF THE TEETH AND GUMS (牙齿与牙龈的保健)DISEASES AND DEFECTS OF THE TEETH (牙齿的疾病与缺陷)DENTAL DECAY (蛀牙)MALOCCLUSION (咬合不正)PERIODONTAL DISEASES (牙周病)TEETH OF ANIMALS (动物的牙齿)HETERODONT TEETH (异形齿)HOMODONT TEETH (同型齿)第5堂HUMAN DISEASE (人类疾病)MICROBIOLOGY (微生物学)PATHOLOGY (病理学)INFECTIOUS DISEASES (传染病)SPREAD OF INFECTIOUS DISEASE (传染病的散播)BACTERIA (细菌)VACCINES (疫苗)ANTIBIOTICS (抗生素)THE SHAPES OF BACTERIA (病菌的型态)THE LIFE OF BACTERIA (病菌的生命)PASTEUR (细菌学家-巴斯德)VIRUSES (病毒)FUNGI (真菌)PROTOZOANS (原生动物)NONINFECTIOUS DISEASE (非传染疾病)CONGENITAL DISEASES / ACQUIRED (先天性疾病/后天)THE FIGHT AGAINST DISEASE (对抗疾病)QUARANTINE (检疫)HISTORY OF MEDICAL DEFENSES (医学的历史)EPIDEMICS (流行病)STIGMA OF DISEASE (疾病的污名)AVIAN FLU (BIRD FLU SPREADS ITS WINGS) (禽流感-禽流感展开了它的双翼) Q: WHAT IS BIRD FLU? (什么是禽流感)Q: HOW DO HUMANS CATCH BIRD FLU? (为什么人类会得到禽流感)Q: IS THERE A VACCINE? (禽流感有疫苗吗)Q: CAN I CONTINUE TO EAT CHICKEN? (可以继续食用鸡肉吗)COMPARING BIRD FLU TO THE COMMON FLU (禽流感与一般流感的比较)SARS (非典型性肺炎)EBOLA MANAGED TO ESCAPE FROM THE JUNGLE (依波拉病毒)MAD COW DISEASE (狂牛症)ALLERGY (过敏)ASTHMA (哮喘)BIOLOGICAL CLOCK (生理时钟)。

英国国家概况(五)(中英文版)

英国国家概况(五)(中英文版)

英美概况(五)中英文版第五章大英帝国的兴衰Chapter 5第五章The Rise and Fall of the British Empire (1688-1990)大英帝国的兴衰I. Whigs and Tories辉格党人和托利党人These two party names originated with the Glorious Revolution (1688).这两个政党名称皆起源于1688年的光荣革命。

The Whig were those who opposed absolute monarchy and supported the right to religious freedom for Nonconformists. The Whig were to form a coalition with dissident Tories in the mid-19th century and become the Liberal Party.辉格党人是指那些反对绝对王权,支持新教徒宗教自由权利的人。

辉格党人在19世纪中叶与持不同意见的托利党人组盟组成自由党。

The Tories were those who supported hereditary monarchy and were reluctant to remove kings. The Tories were the forerunners of the Conservative Party.托利党人是指那些支持世袭王权、不愿去除国王的人。

托利党是保守党的前身。

I. Agricultural Changes in the Late 18th Century18世纪末的农业革命During the late 18th and early 19th centuries, the "open-field" system ended when the Enclosure Act was passed. The movement lasted for centuries. Agricultural enclosure had good as well as bad results:18世纪末、19世纪初的农业革命期间,随着《圈地法》的颁布,传统的"开放田地"制结束。

新质生产力英语专四作文

新质生产力英语专四作文

新质生产力英语专四作文英文回答:The development of new and emerging technologies has brought about a paradigm shift in the way businesses operate. This has led to the emergence of a new production model, characterized by the increasing digitization, automation, and globalization of production processes. This new production model, often referred to as the "newindustrial revolution," has the potential to significantly increase productivity, reduce costs, and create newproducts and services.One of the key drivers of this new production model is the rapid pace of technological innovation. Advances in artificial intelligence (AI), robotics, and the Internet of Things (IoT) are automating many tasks that were previously performed by human workers. This is freeing up workers to focus on higher-value tasks, such as innovation, creativity, and strategic planning.In addition, the new production model is also being driven by the increasing globalization of production. This is due in part to the rise of global supply chains, which allow businesses to source materials and components from anywhere in the world. This has led to a more efficient and cost-effective production process.The new production model has a number of potential benefits for businesses. First, it can lead to significant increases in productivity. By automating tasks anddigitizing processes, businesses can reduce the amount of time and resources required to produce goods and services. This can lead to lower production costs and higher profit margins.Second, the new production model can also lead to the creation of new products and services. By utilizing new technologies, businesses can develop new and innovative products that meet the changing needs of consumers. This can help businesses to stay competitive in the market and to grow their revenue.Third, the new production model can also lead to a more sustainable production process. By reducing the amount of energy and resources required to produce goods and services, businesses can help to reduce their environmental impact.However, the new production model also poses some challenges for businesses. One challenge is the need to invest in new technologies. This can be a significant financial burden for small businesses. In addition, the new production model can also lead to job displacement as tasks are automated. This can have a negative impact on workers and their families.Overall, the new production model has the potential to significantly increase productivity, reduce costs, and create new products and services. However, it also poses some challenges for businesses, such as the need to investin new technologies and the potential for job displacement.中文回答:新生产力英文专四作文。

世界经济论坛:第四次工业革命治理土地生命报告(英文版)

世界经济论坛:第四次工业革命治理土地生命报告(英文版)

Industrial Revolution for Life on LandTowards an Inclusive Bio-EconomyJanuary 2018ContentsWorld Economic Forum®© 2018 – All rights reserved.No part of this publication may be reproduced or Transmitted in any form or by any means, includingPhotocopying and recording, or by any information Storage and retrieval system.Harnessing the Fourth Industrial Revolution for Life onLand is published by the World Economic Forum’s System Initiative on Shaping the Future of Environment and Natural Resource Security in partnership with PwC and the Stanford Woods Institute for the Environment. It was made possible with funding from the MAVA Foundation.About “The Fourth Industrial Revolution for the Earth” series“The Fourth Industrial Revolution for the Earth” is a publication series highlighting opportunities to solve the world’s most pressing environmental challenges byharnessing technological innovations supported by new and effective approaches to governance, financing and multi-stakeholder collaboration.About the World Economic ForumThe World Economic Forum is an independent international organization committed to improving the state of the world by engaging business, political, academic and other leaders of society to shape global, regional and industry agendas. World Economic Forum 91-93 route de la Capite CH-1223 Cologny/Geneva Switzerland3 Preface: The Fourth IndustrialRevolution and the Earth 5 Foreword6 The current challenge8 Efforts to preserve biodiversity todate 11 An unprecedented opportunityfrom the Fourth Industrial Revolution 15 Towards an inclusive bio-economy 19 Building the enablingenvironment 20 Acknowledgements 22 Annex I 23 Annex II 24 E ndnotes3Harnessing the Fourth Industrial Revolution for Life on LandPrefaceThe Fourth Industrial Revolution and the EarthThe stress on the earth’s natural systems caused by human activity has considerably worsened in the 25 years since the 1992 Rio Earth Summit in Brazil.As a result of the “great acceleration”1 in human economic activity since the mid-20th century, research from many earth system scientists’ suggests that life on land could be entering a period of unprecedented environmental systems change. For example:–The earth is losing its biodiversity at mass extinction rates. One in five species on earth now faces extinction and scientists estimate that this incidence will rise to 50% by the end of the century unless urgent action is taken.2– A record 29.7 million hectares of tree cover was lost in 2016 – an area about the size of New Zealand. Worryingly, this loss is about 51% higher than in 2015.3–Today’s greenhouse gas levels have not been seen for at least 3 millionyears, with carbon dioxide levels likely to remain above 400 parts per million. Record-breaking temperatures were recorded in 2014, 2015 and 2016, with 2017 set to break records too.4–Water security experts at the International Water Management Institute (IWMI) fear that, within the next decade, up to 30% of food production may be at risk because of climate induced water stress. The IWMI also estimates that more than 70% of rivers in the world are now so abstracted that they hardly reach the sea.5–Widespread nitrogen and phosphate pollution from poorly applied fertilizer has washed into seas over the past few decades, affecting fish stocks and creating, among other effects, oxygen starved “dead zones” in over 400 locations around the world.6These are wide-ranging and serious impacts on the earth’s land systems resulting from human activity. Scientists are concerned that they might eveninterconnect to trigger cascading “negative feedback loops”. These could flip the earth system into a wholly new state, characterized by a period of environmental disequilibrium, something far from the “Goldilocks” conditions (not too hot and not too cold) that the Holocene period has provided for human activity to flourish over the last 10,000 years.Yet, at the same time as this great acceleration in human activity has put unprecedented pressure on our earth systems, so too has an incredibletransformation taken place in our science and technology capabilities. It is now possible to understand and model complex systems at unprecedented speed and scale.Just one of today’s standard tablet devices possesses the equivalent processing power of over 5,000 desktop computers from the mid-1980s, the height of the NASA Space Shuttle programme. Storing 1GB of data in 1997 would have cost more than $10,000 a year; today it costs approximately $0.03. In 2003, the first human genome was sequenced. It took more than a decade and cost $2.7 billion. Today, a genome can be sequenced in a few hours and for less than 1,000 dollars. The first app appeared in 2008 when Apple founder Steve Jobs enabled outside developers to create applications for the iPhone. Today, just a decade later, the app economy is worth $1.3 trillion,7 more than the total revenue for the global pharmaceutical market. WhatsApp, which was createdDominic Waughray Head ofPublic Private PartnershipWorld EconomicForumin 2009, sends 55 billion messages a day. News about everything from celebritygossip – to the latest species extinction – now travels fast.The World Economic Forum has termed this period of accelerating innovationin science and technology – the transformative change in data and technologycapabilities combined with a merging of digital, physical and biological realms –and its consequences on society as the Fourth Industrial Revolution. It is not onlytransforming social networks, scientific research and whole industries, it is alsoradically reshaping biological and material science innovations.In addition to its transformative effect on industry and society, the FourthIndustrial Revolution is also transforming the opportunity for scientists,researchers and the sustainable development community to addressenvironmental issues, such as biodiversity and habitat loss. This includesexploring how to harness the Fourth Industrial Revolution as a positive force formanaging and conserving life on land better, while mitigating the risks that itsdevelopments in science and technology might create.Harnessing these opportunities and proactively managing the risks manifestby the rapid evolution of new science and technologies will inevitably requiremore creativity and agility in current governance frameworks and financingarrangements. Managing this new agenda successfully will not happenautomatically, however. It will require proactive, collaborative processesinvolving policy-makers, regulators, scientists, civil society, indigenous peoples,entrepreneurs, businesses and investors, among others, working together innew models of cooperation and co-design. Nevertheless, if gotten right, it couldcreate a revolution in the “life on land” agenda that, for the first time in humanhistory, would enable society to realize the full value of nature and catalyse a new,inclusive bio-economy as a result.The World Economic Forum Fourth Industrial Revolution and the Earth initiative isundertaken with support from the MAVA Foundation, with project adviser supportfrom PwC and Knowledge Partner support from the Stanford University WoodsInstitute for the Environment. It forms part of the World Economic Forum SystemInitiative on the Future of Environment and Natural Resource Security.This thematic paper, which is part of a wider series,8 explores these issues. Itsparticular focus is to shed light on how the Fourth Industrial Revolution couldhelp unlock efforts to protect and restore the earth’s critical ecosystems andbiodiversity hotspots by catalysing a new, inclusive bio-economy that is in linewith the targets of Sustainable Development Goal 15, Life on Land, and theConvention on Biological Diversity Nagoya Protocol.9 It focuses on the Amazonbasin as a use case.This paper is not intended to be conclusive, but rather a stimulant – an overviewthat provokes further conversation among diverse stakeholders about how theFourth Industrial Revolution could also usher in a biodiversity and inclusive bio-economy revolution. To this end, the paper will serve as a foundation for furthercollaborative work as this dynamic new agenda evolves. The World EconomicForum would like to thank all those who collaborated in the production of thispaper, in particular Juan Carlos Castilla-Rubio, Founder and Chairman of SpaceTime Ventures and member of the World Economic Forum Global Future Councilon the Environment and Natural Resource Security.4Harnessing the Fourth Industrial Revolution for Life on Land5Harnessing the Fourth Industrial Revolution for Life on Land The earth’s biological assets – its plants, animals and the ecosystems they inhabit – are under serious threat. The abundance of the world’s wildlife is in steepdecline. The Living Planet Report 2016 estimates that wildlife population numbers are down by an average of 58% since 1970, and are projected to have dropped by 67% by 2020. The earth is currently losing its biodiversity at mass extinction rates. The disruptions of the last few decades look set to continue, putting humanity’s own survival, along with those of many other species, at risk.In the last 12 years, the Amazon basin experienced megadroughts in 2005 and 2010 and megafloods in 2009 and 2012, each with a probability of occurrence of about one in 200 years. The occurrence of so many rare and extreme events in such a short space of time signals a potential change in the status quo of the natural system. Such oscillations between extremes could propel the collapseof the Amazon biome – up to 60% of the Amazon forest could be transformed to degraded savannahs by 2050 due to a combination of deforestation, forest fires and climate change.11As the Amazon is home to around half of the world’sremaining tropical forests and harbours a large portion of land ecosystems biodiversity, this could have significant implications for the global climate andenvironment systems. Similar distress signals are also emerging in other natural habitats around the world. By and large, Amazon development has been unsustainable – relying on accelerated deforestation for beef and grain production. Conservation seemsto be on the losing end of such a pathway. A novel development paradigm is needed for the Amazon – a third way – based on an inclusive biodiversity-driven and innovative bio-economy. Ways must be found for the technologies of the Fourth Industrial Revolution to play a transformative role for a new sustainable pathway linking up global research and development capacity with sustainable use of the basin’s biodiversity value chains.The Fourth Industrial Revolution has the transformational power to unlockeconomic value that was previously inaccessible, by decoding nature’s DNA and by learning from its functions and processes. Scientists and entrepreneurs are now able to tap into a new source of knowledge that could be the driver behind the next generation of novel technologies. If the dividends are shared equitably, an inclusive bio-economy could be created that provides a significant newfunding stream for conservation and sustainable development efforts centred on the custodians of nature.ForewordCarlos Nobre,Member of theBrazilian Academy of Sciences andForeign Memberof the US National Academy ofSciences, Former Member ofScientific Advisory Board on GlobalSustainability ofthe UN Secretary-GeneralFor wildlifeThe 2016 International Union for the Conservation of Nature (IUCN) International Congress in Hawaii garnered headlines around the world by drawing attention to startling research that showed the world is currently undergoing a mass extinction event.12Extinction is a natural phenomenon, occurring at a frequency of between one and five species per year – a natural background rate. Today however, the rate of species going extinct is from 1,000 to 10,000 times the background rate, with dozens going extinct every day: a mass extinction event in only one generation.13The Living Planet Index of the environmental organization WWF released at the 2016 IUCN Congress showed an astonishing 58%overall decline in the world’s vertebrate population abundance from 1970 to 2012 (Figure 1). During this period, terrestrial populations declined by 38%, freshwater populations declined by 81% and marine populations declined by 36%.14 This means those born since 2012 have inherited a planet with fewer than half the number of animals on land and below water than those born before 1970. This is a sobering reality.Figure 1: 58% decline in population abundance, 1970-2012Trend in population abundance for 14,152 populationsof 3,706 species monitored across the globe between 1970 and 2012. The white line shows the index valuesand the shaded areas represent the 95% confidence limits surrounding the trend.Source: The Global Living Planet Index, WWF, Living Planet Report 2016For habitatsThe main driver for habitat and species loss on land is the destruction of tropical forests for industrial livestock and agriculture. To a lesser extent, infrastructure buildout to support energy generation, oil, gas and mining plays a role. The world lost a record 29.7 million hectares of tree cover in 2016 – an area about the size of New Zealand. Thisloss is approximately 51% higher than in 2015.15 Brazil was a success story between 2004 and 2014 when deforestation dropped by 80%, but the Amazon is under threat again. Deforestation rates are on the rise, principally due to converting forests for pasture and soy (often to feed livestock), which is responsible for more than half of all tropical deforestation in South America.16The loss of tropical forests is important. These habitats are home to more than 80% of all known terrestrial speciesof animals, plants and insects.17 The Amazon basinalone comprises at least 15% of the world’s land-based biodiversity. Deforestation drives biodiversity loss and species extinction.The gross domestic product (GDP) of the Amazon basinis estimated at $250 billion per year.19 On the one hand, this contributes significantly to the economic development of Amazonian countries. However, this economic activity also plays a part in deforestation and forest ecosystem degradation by exploiting water for hydropower, land for soya and cattle, wood for timber, and from the extractionof minerals, oil and gas. The Brazilian Amazon region alone exported $31 billion of commodities in 2014 (the latest available data).20The Amazon basin provides ecosystem services also. It stores an estimated 10 years’ worth of global greenhouse gas emissions, removes over 2 billion tonnes of carbon dioxide every year, and presents a mosaic of ethno and linguistic diversity. Its ecosystems harbour a minimum of 15% of the world’s land biodiversity. The abundant rainfall in the Amazon generates close to 20% of the freshwater input into the world’s oceans.Given continued deforestation, the frequency of forestfires and climate change, an equilibrium shift could be triggered in the Amazon. Earth system models predict that up to 60% of the Amazon forest could be transformed to degraded savannahs by 2050,21 with much wider and more catastrophic consequences for the earth’s atmospheric circulatory systems.Indeed, in the last 12 years, the Amazon basin experienced multiple megadroughts and megafloods, each with a probability of occurrence of about one in 200 years. The occurrence of so many rare and extreme events in such a short space of time signals a potential change in the status quo of the natural system. Such fluctuations between extremes could be early signals of collapse of the Amazon biome, and help propel it.The current challenge6Harnessing the Fourth Industrial Revolution for Life on Land7Harnessing the Fourth Industrial Revolution for Life on Land For regional economiesThe costs of losing a large portion of the Amazon in 30 years, if it flips to a savannah state, would compromise agriculture and timber production, and significantly diminish the generation of hydropower due to changes in rainfall patterns. More importantly, the loss of species to extinction robs us of the opportunity to learn from the wide array of Amazonian plants, animals and microbes – some of which have not yet been discovered. As the forests are destroyed, stores of greenhouse gas emissions would enter theatmosphere, and the CO 2 sequestration services provided by the Amazon would be beleaguered, leading to more rapid global warming.Surely the multiple and interconnected risks to the earth of losing the majority of the Amazon to a savannah state are worth more than $250 billion a year for the next 30 years. That’s the price tag of conservation of less than 20% of today’s annual global app economy.Yet, the local and international short-run financial gain for agriculture and natural resource commodity players and infrastructure developers outweighs the more abstractregional and global costs - or the long-run risk - of this forest resource one day disappearing. For the individual receiving the short-term financial benefit, this is perfectly rationalbehaviour. For society both locally and internationally, this is of great concern.22This economic conundrum in the Amazon exemplifies the heart of the challenge of protecting and sustaining our global biodiversity heritage. How can short- versus long-term economic incentives be balanced? How can theneeds and rights of indigenous and traditional communities be met while accommodating other public and privatestakeholders? And ultimately, how can current versus futuregenerations’ interests be properly taken into account?The challenge of ignoring tomorrow while money can be made today has famously been called the “tragedy of the horizon” by Mark Carney, Governor of the Bank of England and Chair of the Financial Stability Board.23 More usually, economists refer to this dichotomy as the discount rate, or the social rate of time preference.24 Our discount rate is generally higher than zero; money put in our pocket today prevails over waiting for money received tomorrow. Thehigher the discount rate, the more impatient people become for returns today over money tomorrow. Poorer people or people with insecure livelihoods tend to have higher discount rates. For this reason, it makes sense to many “rational” stakeholders to clear the Amazon basin today and worry about tomorrow, tomorrow.This economic paradigm seems perfectly reasonable if there are many other opportunities to earn a return once today’s income dries up. But it seems an irrational assumption if one considers all value at risk, particularly if the soleresource base that provides future economic development opportunities is destroyed.Thinking about different people’s discount rates is a useful insight for looking at environmental challenges like biodiversity. It teaches that the key to the successful stewardship of nature’s knowledge endowment is to be found in unlocking local economic solutions – in particular, how to value tropical, biodiversity-rich ecosystems like the Amazon basin in a way that incentivizes the preservation of land over its clearance for resource-intensive income streams. Or, to continue the analogy with the FourthIndustrial Revolution, it shows the importance of unlocking value in the Amazon basin for local people to make it worth even a quarter of the annual global app economy.This question about the economics of biodiversity has been vexing policy-makers since the seminal 1972 United Nations Conference on the Human Environment in Stockholm.25 And it is still very much a lively issue. Cracking this question can begin to deliver solutions to biodiversity and habitat loss.Through multilateral agreementsThe standard international model that has emergedover the past 40 years or so for protecting wildlife and important natural habitats tends not to be locally designed. It has taken the form of government-focused, multilateral framework commitments, essentially for protection and conservation. Several were established in particular atthe 1992 Rio Earth Summit, such as the United Nations Convention on Biological Diversity (UNCBD), the United Nations Convention to Combat Desertification (UNCCD) and the United Nations Framework Convention on Climate Change (UNFCCC), for example.They have similar characteristics. They tend to involve a non-binding but time-bound political commitment that governments of the world (“the parties”) to the conventions agree to, which is then augmented through efforts to distribute the agreed global goal or goals downward into national and local policies. The CBD Aichi Targets andthe Nationally Determined Commitments under the Paris Agreement on climate change are two examples.These agendas can be supported by complementary global financing mechanisms, like the Global Environment Facility and Green Climate Fund, and more specialized funds and programmatic instruments, such as the pay for performance REDD and REDD+ architecture to slow deforestation, which emerged through the UNFCCC process, or UN Environment Programmes designed to support governments in meeting their relevant convention targets. Overseas development assistance from richer countries has traditionally provided much of the lifeblood for these mechanisms. Essentially, these government-to-government agreements are trying to “reveal” a price for conservation and then pay that rent to governments that have jurisdictions in biodiversity-rich habitats to avoid destroying them.This top-down multilateral model for habitat protection has in essence not changed since 1992.However, rates of tropical forest clearance are increasing, and biodiversity is being lost at mass extinction rates. So, clearly these multilateral mechanisms – while undoubtedly necessary to garner international support – are proving insufficient, at least in their current design, at the local level to fully unlock the economics conundrum.One key challenge is that these top-down multilateral agreements are designed and promulgated primarilyby environment ministries, agencies and international organizations.26 Consequently, their goals are often perceived by other important public-sector stakeholdersto be “nice-to-have” rather than necessary, important or central to national economic growth and innovation in the countries where the habitat lies. As a consequence, their specific targets can suffer from a lack of wider ownership or sense of urgency for aggressive delivery outside of the environment community.Efforts to preserve biodiversity to date8Harnessing the Fourth Industrial Revolution for Life on LandThis has been a problem for the biodiversity agenda, exemplified when decisions to protect important habitats or ecosystems get overrun by broader forces and players driving the global economic footprint.By being public-sector orientated, dependent on international aid and driven mainly by the environment community alone, these multilateral conventions have, arguably, unwittingly limited their potential for innovation, particularly from non-government actors, such as those in the science, business, finance and entrepreneurial sectors, and especially in ways that can transform the marketand improve the well-being for local people in developing countries.27Through natural capital approachesImportant efforts have been made over the last few decades to address these limitations in the existing multilateral arrangements and rebalance the economies, notably through the advancement of environmental (and ecological) economics and natural capital analysis. These approaches attempt to help decision-makers reframe how they “value” environmental goods and services and stocks and flows of environmental capital in their economic and financial analyses of projects and policies, and also how environmental externalities, such as pollution, are priced. The Economics of Ecosystems and Biodiversity is a good example of this excellent work.These efforts have undoubtedly created a much stronger intellectual depth of understanding about the economics of environmental issues and potential trade-offs facing decision-makers. However, they still rely on governments to deliver policy – policy that has environmental costs internalized. And in this agenda, argument is still rifeover the discount rate issue. Should decisions involving environmental costs far in the future have their costs discounted more than decisions that might be taken tomorrow?Over the two decades or so of this intellectual agenda,it is fair to say that environmental economics and natural capital approaches have arguably found it hard to trigger a systemic rethink of mainstream political and economic decision-making, outside of a few specific analyses or programmes.Once again, given the speed of destruction facing the earth’s key biomes, which scientists are now measuringin terms of a few decades (30 years before the majorityof the Amazon basin may flip into a degraded savannah state), it could be a risky strategy to focus solely on reorienting economic decision-making practices such that all governments of all political persuasions universally and adequately internalize not only climate change but also biodiversity risks. The speed of policy progress inthe universal implementation of adequate carbon pricing mechanisms to change behaviour is a useful caseto reflect upon. Through adjusting incentivesPulling back from global discussions on biodiversity management and economies, and focusing on the specific land use challenge in the Amazon, two models have historically dominated the realpolitik of national land use decision-making in the Amazon basin regarding the tropical forest. They are:– A push for valuable nature conservation approaches with large swathes of territory legally protected fromany economic and human activity outside indigenouspeoples– A push to convert the Amazon’s natural resources for the production of protein commodities (such as meatand soya), using underground resources for minerals,oil and gas, tropical timber at the forest frontier and the buildout of hydropower generation capacity28With some successful exceptions, such as the Soy Moratorium in Brazil, the second of these two forces maintains the upper hand domestically because short-run financial gains take precedence. To this end, international conventions, funds and programmes, projects on natural capital and environmental economic valuation, along with pilots in sustainable intensification and agro-forestry systems in degraded land have helped to support and buttressthe conservation approaches of national environmental ministries, and helped them hold out against the push for wider forest land conversion.In the long run, however, it feels like the old English fableof King Canute demanding the incoming ocean tide to turn back. The tide always comes in.Given the 3 billion new middle-class consumers in emerging markets expected in the next 12 years,29 it seems the Amazon basin ecosystem will always be converted for short-term economic gain, at least under current circumstances. This means that even after 40 years of international and regional effort to protect the Amazon, including Brazil’s successful reduction of deforestation rates by 80% between 2004 and 2014, the core question at the heartof the biodiversity agenda still seems to be not adequately answered: how to value tropical, biodiversity-rich ecosystems like the Amazon basin in a way that incentivizes the preservation of land over its clearance for resource-intensive income streams.The need to find alternative models to live with and gain from the Amazon as it stands has become increasingly urgent, and a new opportunity to align incentives is emerging from an unexpected realm.9Harnessing the Fourth Industrial Revolution for Life on Land。

工业革命(英文版)

工业革命(英文版)

指从农业和手工业经济转变到以工业和机器生产为主的变化过程。

始于18世纪的英国。

技术上的改变包括:钢铁和新能源的使用、提高产量的新机器的发明(包括多锭纺纱机)、工厂体系的发展、交通和通信的重要发展(包括蒸汽发动机和电报机),其他改变还包括:农业的改进、更加广泛的财富分配、反映出经济力量转移及全面社会变革的政治变化。

1760~1830年间产业革命基本上仅发生在英国,后来又传播到比利时和法国。

其他国家则滞后一些,但德国、美国和日本产业革命开始后,取得的成就则超过了英国最初的成功。

东欧各国则延迟到20世纪,直到20世纪中叶,产业革命才传到中国和印度。

许多分析证据表明,由于采用了新材料和新能源、自动化工厂、新的生产资料所有制,以及自由放任主义管理的转变,20世纪末发生了第二次产业革命,或称新产业革命。

Industrial RevolutionProcess of change from an agrarian, handicraft economy to one dominated by industry and machine manufacture.It began in England in the 18th century. Technological changes included the use of iron and steel, new energy sources, invention of new machines that increased production (including the spinning jenny), development of the factory system, and important developments in transportation and communication (including the steam engine and telegraph). Other changes included agricultural improvements, a wider distribution of wealth, political changes reflecting the shift in economic power, and sweeping social changes. The Industrial Revolution was largely confined to Britain from 1760 to 1830, then spread to Belgium and France. Other nations lagged behind, but once Germany, the U.S., and Japan achieved industrial power they outstripped Britain's initial successes. Eastern European countries lagged into the 20th century, and not until the mid-20th century did the Industrial Revolution spread to such countries as China and India. Many analysts saw evidence of a second, or new, industrial revolution in the later 20th century, with the use of new materials and energy sources, automated factories, new ownership of the means of production, and a shift away from laissez-faire government第一次工业革命对世界的影响有以下几个方面:①工业革命大幅度地提高了社会生产力,丰富了人们的物质生活,巩固了资本主义各国的统治。

世界历史学 重要词汇术语 中英文对照表 完整对译版

世界历史学 重要词汇术语 中英文对照表 完整对译版

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Kemal Atatürk凯末尔革命Kemal Revolution 科学社会主义Scientific Socialism可持续发展sustainable development 克里米亚战争Crimean War 克伦威尔Oliver CromwellL拉菲尔Raphael冷战Cold War联合国United Nation(UN)联合国军United-N ational Army联合国大会The General Assembly of UN联合国家宣言》Declaration by Union Nations》Charter of the United Nations林肯Abraham Lincoln卢德运动Luddite movement卢梭Jean Jacques Rousseau路易十六Louis ⅩⅥ路易十四Louis ⅩⅣ罗伯斯庇尔Maximilien de Robespierre 骡机spinning-mule洛迦诺公约》Locarno洛克John Locke M马丁·路德Martin马丁·路德·金Martin马可·波罗Marco Polo 马克思Karl Marx马克思主义Marxism马奇诺防线Maginot Line 马歇尔计划The Marshall Plan麦哲伦Ferdinand Magellan满洲国M anchuriaku o法American Neutrality Acts美国内战Civil War (U.S.)门户开放政策O pen Door Treaty孟德斯鸠CharlesLouis de Secondat Montesquieu 米开朗琪罗Buonarroti Michelangelo民权运动Civil Rights Movement民主集中制 d emocratic centralism闵采尔Thomas Müntzer明治维新Meiji Restoration命令主义c ommandism 莫卧儿帝国the Mughal Empire幕府Shogunate慕尼黑协定The Munich Agreement慕尼黑阴谋Munich schemeN拿破仑·波拿巴Napoleon Bonaparte》the Napoleon纳粹党Nazi纳米比亚Namibia南京临时约法P rovisional Constitution of Nanking 南洋兄弟烟草公司South-ocean Brothers Tobacco Companies 尼赫鲁J. 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ToynbeeT铁血政策Iron and Blood土地改革 Land reform 土地改革Land Reform 托利党Tory托洛茨基 Leon Trotsky W瓦特James Watt外蒙古O uter Mongolia威尔逊Woodrow Wilson维也纳会议the Congress of Vienna维也纳体系Vienna System文化大革命 t he Cultural Revolution 文艺复兴Renaissance五年计划Five-Year Plan武士道Samurai DO 雾月政变Coup d' Etat of Brumaire X西班牙内战Spanish Civil War西进运动Westward Movement 西门子Ernst Werner von Siemens 希特勒Adolf Hitler 下院t he Lower House萧伯纳G. B. Shaw 小匈牙利事件M iniature Hungarian Incident辛丑条约 Protocol of 1901新经济政策New Economic Policy新政New Deal蓄奴州Slave State Y雅尔塔会议Yalta Conference 雅各宾派the Jacobins 亚当·斯密Adam SmithThe Afro-Asian Conference亚太经济合作组织APEC亚太经济合作组织Asia-Pacific Economic Cooperation 样板戏M odel Opera 摇滚乐rock and roll 一五计划F irst Five Year Plan伊达尔哥Miguel Hidalgo y Costilla印第安人Indian印度国民大会党Indian National Congress英国东印度公司British East India Company英国国教the Anglican Church英联邦the British Commonwea lth of Nations右倾保守主义Right conservatism 右倾机会主义者Right opportunist和国The Democratic Republic of Vietnam越南战争Vietnam WarZ宅地法》Homestead Act詹姆士二世James Ⅱ詹姆士一世James Ⅰ战时共产主义Wartime Communism 珍妮纺纱机spinning-jenny珍珠港Pearl Harbour蒸汽时代the Age of Steam知识经济knowledge economy执政府the Consulate殖民主义colonialism 制宪议会Constituent Assembly中东战争Middle East War中世纪Medieval Period中途岛Midway Island重商主义mercantilism 轴心国Axis PowersSubjectivism 卓别林Chales“自由法国”Free French自由军官组织Free Officer's Organization 自由州Free State自治领Self Governing Dominion宗教改革The Reformation 左倾教条主义Leftist Doctrinairis。

英国工业革命的后果

英国工业革命的后果

英国工业革命的后果。

The industrail revolution changed britain in many ways.first,its industrail productivily increased dramatically .britain became thr most advanced industrail country in the world .second urbanization took place,many new cities sprang up .third it caused great changes in the social class structure ,the capitalist class becam the most important force in the country and the proletariat class emerged英国经济下降的主要原因Britain’s economy experienced a relative decline in the post war period for several reasons.first britain suffered great losses in the two world wars and had gone heavily into debt to finance the wars.second the era of the british empire was over by the mid 20th century.india and other british colonies,which provided raw materials and lager makets for british goods gained independence .third britain was force to maintain an expensive military presence in many overseas locations until the end of 1960s.what’s more,britain had tomake substantial financial contributions to NA TO and the un security councial.finally,britain failed to invest in industry after world war 2,whereas its competitors like germany and japan caught up by investing in industry .3英国独立学校Britain's independent schools requair fees from students. Although the national curriculum is optional in the independent system,most independent schoola teach what the curriculum demands.independent schools get there funding through the private sector as well as tuition fees,with minimal government assistance.since they are generally better funded than most state schools they are likely to recruit the best teacher and provide superoir facilities.however,the high tuition fees have become an obstacle for many student to enrooll although graduate of independent schools are more liakely to be accepted by famous university.4the best possible way to help assimilation in a multicultural society is to be open and tolerant toward different racial and open ethnic backgrounds should respect each other .society should create opportunities to help immigrants become assimilated.at the same time the immigrants should keep their own language,customs and religion,contributing to the diversity of a multicultural society.5the southern planter of America needed a large number of black african slaves to manage their plantations and they are regarded the slaves as their property .in the north,with the development industry,there was a growing demand for free labor.what's more the northerners demanded a law to protect tariffs and asked the goverment to finance the building of railways and roads.but the southerners were against in and advocated free trade so as to purchase cheaper goods from foreign countries,the accumulating conflicts led to the division of the north and south and finally the american civil war.6during the two world wars,american remained neutral in the early stage.however,american continued their profitable trade with the warring countries .therefore,they not only retained their military forces,but also accumulated great wealth.when america entered the wars,it was almost at the end of the wars.by sharing the fruit of victory with other allies,america greatly strengthened its power and bacame a powerful country by the end of world war 2.7each party hold it's national convention every four yesrs to choose a candidate for the presidency. To win a presidential election,a candidate has to spend milions of dollars ,travel all over the country to make speeches and debate on television with the rival. The general election is technically divided into two stages.during the first stage.presidential electors for each state will be chosen.in the second stage the electors meet and vote a president.since the second stage is only a kind of formality,everyone knows who will be the next president as soon as the first stage is over.8the goverment has always played an active and important role in america's economic development.in the early 1930s,the united states suffered the worst economic depression in American history.president roosevelt introduced the new Deal to tackle the financial crisis.beside,he set up the New York state emergency relief commission to help those in desperate need and tried to relieve the serious problem of the jobless.at the end of 1970s,the american economy again suffered a recession. The reagan administation combated inflation by controlling government spending deficit ,cutting taxe and raising interest both policies mentioned above help to set the country's economic development on its right course. In all the intervebtion of the goverment has ensured that economic opportunities are fair and accessible to the people.It has prevented flagrant abuses of the system,dampened.the effects inflation and stimulated economic growth.。

第二次工业革命

第二次工业革命

第二次工业革命潘江涛郑州大学机械工程学院 20150150126一、第二次工业革命的时间、背景及简介第二次工业革命(Second Industrial Revolution)开始于19世纪七十年代,结束于20世纪初。

它的发生离不开下面的几个条件:①政治方面:资本主义制度在世界范围内的确立②资本方面:大机器生产下的资本积累和对殖民地的商品输出和掠夺③技术层面:自然科学突破性进展并迅速转化为技术④市场层面:美德意日等开辟了统一的国内市场以及资本主义世界市场的初步形成⑤环境方面:相对稳定的国内国际环境。

它的主要标志是电力的广泛应用(即电气时代)。

1870年以后,科学技术的发展突飞猛进,各种新技术、新发明层出不穷,并被迅速应用于工业生产,大大促进了经济的发展。

这就是第二次工业革命。

当时,科学技术的突出发展主要表现在四个方面,即电力的广泛应用、内燃机和新交通工具的创制、新通讯手段的发明和化学工业的建立。

二、第二次工业革命的过程19世纪最后30年和20世纪初,科学技术的进步和工业生产的高涨,被称为近代历史上的第二次工业革命。

世界由“蒸汽时代”进入“电气时代”。

在这一时期里,一些发达资本主义国家的工业总产值超过了农业总产值;工业重心由轻纺工业转为重工业,出现了电气、化学、石油等新兴工业部门。

由于19世纪70年代以后发电机、电动机相继发明,远距离输电技术的出现,电气工业迅速发展起来,电力在生产和生活中得到广泛的应用内燃机的出现及90年代以后的广泛应用,为汽车和飞机工业的发展提供了可能,也推动了石油工业的发展。

化学工业是这一时期新出现的工业部门,从80年代起,人们开始从煤炭中提炼氨、苯、人造燃料等化学产品,塑料、绝缘物质、人造纤维、无烟火药也相继发明并投入了生产和使用。

原有的工业部门如冶金、造船、机器制造以及交通运输、电讯等部门的技术革新加速进行。

第二次工业革命发电机、电动机的发明和进步第二次工业革命从19世纪六七十年代开始,在19世纪末20世纪初基本完成。

sidewalk 工业革命后 英文 合成词

sidewalk 工业革命后 英文 合成词

sidewalk 工业革命后英文合成词$$The Evolution of Sidewalks Post-Industrial Revolution: A Fusion of Urbanism and Technology$$The Industrial Revolution marked a significant transformation in human history, ushering in a new era of technological advancements and societal changes. This epochal shift not only revolutionized production processes and economic systems but also had profound impacts on urban landscapes and infrastructure. Among these changes, the emergence and evolution of sidewalks stand out as a testament to the fusion of urbanism and technology in the post-Industrial Revolution era.Prior to the Industrial Revolution, urban spaces were often crowded, chaotic, and unstructured. Streets wereoften narrow and filled with various forms of transportation, including horses, carts, and pedestrians. This lack of separation between different modes of transportation often led to congestion, accidents, and unsafe conditions for pedestrians.However, with the rise of industrialization and urbanization, there was a growing need for more structured and organized urban spaces. This need was met, in part, by the development of sidewalks. Initially, sidewalks were simple paths alongside roads, providing a dedicated space for pedestrians to walk safely. Over time, these sidewalks evolved into more elaborate and well-designed urban features, incorporating elements of architecture, landscaping, and public art.The evolution of sidewalks was not just a matter of aesthetics or convenience. It was also a reflection of changing social norms and values. As cities grew and populations increased, there was a greater awareness of the need for public spaces that were accessible, inclusive, and safe for all. Sidewalks became a crucial component of this vision, providing a platform for social interaction, recreation, and community building.Moreover, the development of sidewalks was closely tied to technological advancements. New materials, such as concrete and steel, made it possible to construct more durable and long-lasting sidewalks. Improvements inengineering and design also allowed for the creation of more innovative and functional sidewalk designs. For instance, the introduction of curb cuts and ramps made sidewalks more accessible for people with disabilities, while the incorporation of benches and planters added to their usability and aesthetic appeal.The post-Industrial Revolution era also saw the emergence of urban planning and design principles that further shaped the evolution of sidewalks. Planners and architects began to view sidewalks as an integral part of the urban fabric, rather than just a peripheral element. They recognized the importance of sidewalks in connecting different parts of the city, fostering social interaction, and enhancing the overall quality of urban life.In addition to their functional and aesthetic roles, sidewalks also played a significant part in promoting public health and safety. By providing a separate space for pedestrians, sidewalks helped to reduce the risk of accidents and injuries. They also encouraged more active lifestyles, as people were able to walk safely and comfortably through their cities.Today, sidewalks are an integral part of urban landscapes, found in cities across the globe. They continue to evolve and adapt to changing needs and preferences, incorporating new technologies and design principles. For instance, the use of smart technologies, such as sensorsand LED lighting, is enhancing the safety and usability of sidewalks. At the same time, there is a growing focus on sustainability and environmental friendliness in the design and construction of sidewalks.In conclusion, the evolution of sidewalks post-Industrial Revolution represents a fusion of urbanism and technology. They are not just a physical feature of the urban landscape but also a reflection of changing social norms, values, and technological advancements. As cities continue to grow and evolve, so too will the role and significance of sidewalks in shaping our urban environments.。

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指从农业和手工业经济转变到以工业和机器生产为主的变化过程。

始于18世纪的英国。

技术上的改变包括:钢铁和新能源的使用、提高产量的新机器的发明(包括多锭纺纱机)、工厂体系的发展、交通和通信的重要发展(包括蒸汽发动机和电报机),其他改变还包括:农业的改进、更加广泛的财富分配、反映出经济力量转移及全面社会变革的政治变化。

1760~1830年间产业革命基本上仅发生在英国,后来又传播到比利时和法国。

其他国家则滞后一些,但德国、美国和日本产业革命开始后,取得的成就则超过了英国最初的成功。

东欧各国则延迟到20世纪,直到20世纪中叶,产业革命才传到中国和印度。

许多分析证据表明,由于采用了新材料和新能源、自动化工厂、新的生产资料所有制,以及自由放任主义管理的转变,20世纪末发生了第二次产业革命,或称新产业革命。

Industrial Revolution
Process of change from an agrarian, handicraft economy to one dominated by industry and machine manufacture.
It began in England in the 18th century. Technological changes included the use of iron and steel, new energy sources, invention of new machines that increased production (including the spinning jenny), development of the factory system, and important developments in transportation and communication (including the steam engine and telegraph). Other changes included agricultural improvements, a wider distribution of wealth, political changes reflecting the shift in economic power, and sweeping social changes. The Industrial Revolution was largely confined to Britain from 1760 to 1830, then spread to Belgium and France. Other nations lagged behind, but once Germany, the U.S., and Japan achieved industrial power they outstripped Britain's initial successes. Eastern European countries lagged into the 20th century, and not until the mid-20th century did the Industrial Revolution spread to such countries as China and India. Many analysts saw evidence of a second, or new, industrial revolution in the later 20th century, with the use of new materials and energy sources, automated factories, new ownership of the means of production, and a shift away from laissez-faire government
第一次工业革命对世界的影响有以下几个方面:
①工业革命大幅度地提高了社会生产力,丰富了人们的物质生活,巩固了资本主义各国的统治。

资本主义生产制度最终取得了统治地位;
②工业革命促进了新兴城市的产生,加快了城市化的进程;
③工业革命促进了科学教育事业的发展和科学共产主义的诞生;
④先进的生产技术和生产方式传播到世界各地,猛烈冲击着旧思想和旧制度,推动了世界工业化的进程;
⑤工业革命引起了社会结构的重大变革,工业资产阶级逐渐成为资产阶级的主导部分。

无产阶级也正式形成。

⑥工业革命推动了世界市场的形成。

为全球各地区、各国和各民族的沟通和未来全球一体化奠定了初步的基础。

The first time the industrial revolution influence to the world in the following aspects:
①the industrial revolution greatly improve the social productive forces and enriching people's material life, consolidate the capitalist countries rule. Capitalist production system was finally gained dominance,
②the industrial revolution promoted the new city of generation, speed up the
process of urbanization,
③the industrial revolution promoted the development of the cause of science education and scientific communism come,
④the advanced production technology and production mode spreads to the world, hurled the old ideas and old system promoted world industrialization;
⑤the industrial revolution caused social structure of major change, industrial bourgeois gradually become the dominant part bourgeois. The proletariat also officially formation.
⑥the industrial revolution promoted world market formation. For global regions, nations and ethnic communication and future global integration laid a preliminary basis.
第一次工业革命对中国的影响:
①欧美列强发动两次鸦片战争,中国开始沦为半殖民地半封建社会;
②受外国在华企业的诱导,中国近代工业产生(或洋务企业和民族资本主义企业,或中国资本主义产生);
③先进的中国人向西方学习科技。

The first time the industrial revolution impact to China:
①the Occident powers launched two opium war, China began to degenerate into
a semi-colonial and semi-feudal society,
②subject to foreign enterprise in China of the induction, China's modern industry produce (or westernization enterprise and national capitalist enterprise, or capitalistic China produced);
③the Chinese learning from the western countries advanced science and technology
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