2018新能源专业英语
新能源汽车专业英语 第1章 新能源汽车概述
认真听讲,做好记录,大胆实践,可到实验室对照实物学习
参考教材
新能源汽车专业英语,宋进桂等编,机械工业出版社,2020
课程结构
THE STRUCTURE OF THE COURSE
基础知识 Overview Battery
Drive motor Transmission Case study
France and Great Britain were the first nations to support the widespread development of electric vehicles in the late 1800s. In 1899, a Belgian built electric racing car called "La Jamais Contente" set a world record for land speed - 68 mph.
新能源汽车专业英语
NEW ENERGY VEHICLE ENGLISH
授课人:
NEW ENERGY VEHICLE ENGLISH
Foreword
课程介绍
课程属性—— ****课 课时——36学时 课程内容——新能源汽车基础(结构原理)、诊断修理、汽车设 计制造
学习目的
1.打好基础:掌握必要的专业词汇,熟悉并巩固语法与专业知识, 开阔眼界, 2.掌握一定的翻译技能和基本阅读能力,能看懂较简单的英文专业 使用与维修资料,能提高使用诊断仪的能力和解决维修技术问题。
The years 1899 and 1900 were the high point of electric cars in America, as they outsold all other types of cars. While basic electric cars cost under $1,000, most early electric vehicles were ornate. They had fancy interiors, with expensive materials, and averaged $3,000 by 1910. Electric vehicles enjoyed success into the 1920s with production peaking in 1912.
新能源专业词汇
新能源产业专业词汇1.单晶硅片 mono-crystalline silicon wafer多晶硅片 polycrystalline silicon wafer晶向 orientation少数载流子寿命 lifetime导电类型 conductivity type位错密度 dislocation硅单晶片厚度 thickness硅单晶片的弯曲度 surface camber准方单晶硅片 : quasi-square mono-crystalline silicon wafer2.太阳电池 solar cell3.薄膜太阳电池 film solar cell4.光电转换 photo-electricity conversion5.太阳电池组件 solar module多晶硅太阳电池组件 polycrystalline solar module单晶硅太阳电池组件mono-crystalline solar module6.太阳能户用系统solar home system(分为:太阳能直流户用系统;太阳能交流户用系统;太阳能交直流户用系统)7.太阳能电站solar power station(分为:离网型太阳能电站 off-grid solar power station ;并网型太阳能电站 grid-connected solar power station )8.太阳能热水器solar water heater9.太阳能热水系统:solar heating system10.太阳能直流式热水系统 : solar direct heating system11.太阳能强迫循环热水系统 solar compelling cycle heatingsystem12.太阳能自然循环热水系统 solar spontaneously cycle heatingsystem13.真空管太阳能集热器 vacuum tube solar centralized heatingsystem14.平板型太阳能集热器 flat type solar centralized heatingsystem15.全玻璃真空太阳能集热器full-glass vacuum solarcentralized heating system16.热管式真空管太阳集热器heat-tube vacuum solarcentralized heating system17.采光面积 : lighting area18.太阳能幅照度 solar radiant intensity19.太阳能控制器:solar controller20.太阳能逆变器:solar inverter21.太阳能通讯基站 solar telecommunication power systems22.石油和天然气管道太阳能阴极保护电站:solar power stationsfor cathode protection of the oil and gas feeding pipes23.太阳能电池方阵 solar array24.太阳能通讯电源 solar communication power station25.太阳能自动跟踪装置 solar automatic tracker26.太阳能移动电源车(站) solar mobile electrical vehicle(station)27.光伏水泵 solar pump28.太阳能杨水系统 solar pumping system29.光—网---柴互补系统complementary system for solar–grid-diesel oil30.风---光互补系统 complementary system for solar - wind31.太阳能交通信号灯 solar traffic signal light32.太阳能交通警示标志 solar traffic warning symbol33.太阳能道钉 solar road mark34.太阳能庭院灯 solar garden light35.太阳能路灯 solar street light36.太阳能草坪灯 solar lawn light37.太阳能广告牌 solar billboard38.太阳能电话亭 solar telephone booth39.综合楼 Management and Control building40.管理区Living quarter41.132kV升压站 132kV substation42.支架 The mounting structure43.围栏 Railing44.围墙 Enclosure45.平面布置图 layout46.水泵房 Water Pump House47.门卫室 Guard house48.砂砾碎石Graded crushed gravel49.泥结碎石 Glay mixing gravel50.场地平整 ground leveling51.原始高程(自然地面高程)Natural Ground Level.(简写:N.G.L)52.升压变压器 Step-up transformer53.逆变器 Inverter54.临设区域 The laydown area55.边界线 Boundary line56.等高线 Gontour57.子方阵 Sub-arrays58.电缆 cable59.汇流箱 Combiner Box60.发电单元Generating Unit61.主控室 Local control room62.33KV配电室 33KV Switchgear room63.电缆沟 Cable Trenchesyout drawing 平面布置图65.主变压器 Main transformer66.SVC reactive compensation device SVC无功补偿装置67.Ground connection transformer 接地变压器68.guard room 门卫室69.SF6 breaker SF6 断路器70.132kv current transformer 132KV电流互感器71.132kv disconnecting switch 132KV隔离开关72.132kv zinc oxide arrester 132KV氧化锌避雷器73.132kv voltage transformer 132KV电压互感器74.Meter Panel 电度表屏75.太阳能扬水和照明综合应用系统:the comprehensive utilization system of solar pumping and lighting76.变频调速交流异步电机:high-efficient frequency conversion alternating asynchronous motors(这个产品不是太阳能产品)77.送电到乡: Power Supply to Township78.丝绸之路光明工程: Silk Road Brightness Project79.太阳能亮化工程 solar brightness project80.太阳能与建筑一体化 integrate solar energy with building81.活动Activity82.活动定义:Activity Definition83.活动描述/说明:AD=Activity Description84.活动历时估算:Activity Duration Estimating85.箭线网络图(双代号网络图):AOA=Activity-On-Arrow86.节点式网络图(单代号网络图):AON=Activity-on-Node87.已执行工作实际成本:ACWP=Actual Cost of Work Performed88.实际完成日期:AF=Actual Finish Date89.实际开始日期:AS=Actual Start Date90.行政收尾:Administrative Closure91.箭线:Arrow92.箭线图示法:ADM=Arrow Diagramming Method93.逆推计算法:Backward Pass94.横道图:Bar Chart95.基准计划:Baseline96.完工预算:BAC=Budget At Completion97. 概算:Budget Estimate98.已执行预算成本:BCWP=Budgeted Cost of Work Performed99.计划执行预算成本:BCWS= Budgeted Cost of Scheduled 100.日历单位:Calendar Unit101.变更控制委员会:CCB=Chang Control Board102.沟通规划:Communications Planning103.并行工程:Concurrent Engineering104.意外费用:Contingencies105.意外准备金:contingency Allowance106.意外规划:Contingency Planning107.意外储备:Contingency Reserve108.合同:Contract109.合同管理:Contract Administration110.合同收尾:Contract Close-out111.控制:Control112.控制图:Control Chart113.纠正措施:Corrective Action114.费用预算:Cost Budgeting115.费用控制:Cost Control116.费用做算:Cost Estimating117.质量成本:Cost of Quality118.费用绩效指数:CPI=Cost Performance Index119.费用偏差:CV=Cost Variance120.赶工:Crashing121.关键工序:Critical Activity122.关键路线:Critical Path123.关键路线法:CPM=Critical Path Method124.当前完成日期:Current Finish Date125.当前开始日期:Current Start Date126.数据日期:DD=Data Date127.交付物:Deliverable128.依赖关系:Dependency129.虚活动:Dummy Activity130.延续时间:DU=Duration131.延续时间压缩:Duration Compression132.最早完工日期:EF=Early Finish Date133.最早开始日期:ES=Early Start Date134.挣值法:EV=Earned Value135.挣值分析:Earned Value Analysis136.人工量:Effort137.估算:概算:Estimate138.在完成时的费用估算:EAC=Estimate At Completion 139.到完成时的估算:ETC=Estimate To Complete140.单节点事件图:Event-on-Node141.例外报告:Exception Report142.完成日期:Finish Date143.完成到完成关系:FF=Finish-to-Finish144.完成到开始关系:FS=Finish-to-Start145.时差:机动时间:浮动时间:Float146.顺推计算法:Forward Pass147.自由时差:FF=Free Float148.职能经理:Functional Manager149.职能组织:Functional Organization150.甘特图:Gantt Chart151.图解评审技术:GERT=Graphical Evaluation and Review Technique152.集合工作:Hammock153.悬摆:Hanger154.信息分发:Information Distribution155.立项:Initiation156.成本/进度综合报告:Integrated Cost/Schedule Reporting 157.邀标:IFB= Invitation for Bid158.关键事件进度计划:Key Event Schedule160.滞后量:Lag161.最晚完成日期:LF=Late Finish Date162.最晚开始日期:LS=Late Start Date163.提前量:Lead164.全生命期成本估算:Life-cycle Costing165. 产品经理:Line Manager166. 逻辑图:Logic Diagram167.逻辑关系:Logical Relationship168.回路:Loop169.管理储备量:Management Reserve170.主进度计划:Master Schedule171.矩阵型组织:Matrix Organization172.里程碑:Milestone173.里程碑进度计划:Milestone Schedule174.现代项目管理:MPM=Modern Project Management175.监控:Monitoring176.蒙托卡罗分析:Monte Carlo Analysis177.次关键工作:Near-Critical Activity178.网络:Network179.网络分析:Network Analysis180.网络逻辑:Network Logic181.网络路线:Network Path182. 节点:Node183.组织分解结构:OBS=Organizational Breakdown Structure 184.组织规划:Organizational Planning185.整体变更控制:Overall Change Control186.重叠:Overlap187.参数估算法:Parametric Estimating188.线路:Path189.线路时差:Path Float190.完成百分比:PC=Percent Complete191.执行报告:Performance Reporting192.执行机构:Performing organization193.计划评审技术图:PERT Chart194.计划的完成日期:PF=Planned Finish Date195.计划的开始日期:PS=Planned Start Date196.优先图示法:PDM=Precedence Diagramming Method197.优先关系:Precedence Relationship198.紧前工作:Predecessor Activity199.采购规划:Procurement Planning200.工程:Program201.计划评审技术:PERT=Program Evaluation and Review Technique 202.项目:Project203.项目许可证、项目章程:Project Charter204.项目沟通管理:Project Communication Management205.项目费用管理:Project Cost Management206.项目人力资源管理:Project Human Resource Management 207.项目综合管理:Project Integration Management208.项目生命周期:Project Life Cycle209.项目管理:PM=Project Management210.项目管理知识体系:PMBOK=Project Management Body of Knowledge211.项目管理软件:Project Management Software212.项目管理团队:Project Management Team213.项目经理:PM=Project Manager214.项目网络图:Project Network Diagram215.项目阶段:Project Phase216.项目计划:Project Plan217.项目计划开发:Project Plan Development218.项目计划实施:Project Plan Execution219.项目规划:Project Planning220.项目采购管理:Project Procurement Management221.项目质量管理:Project Quality Management222.项目风险管理:Project Risk Management223.项目进度计划:Project Schedule224. 项目范围管理:Project Scope Management225.项目团队成员:Project Team Member226.项目时间管理:Project Time Management227.项目型组织:Project Organization228.质量保证:QA=Quality Assurance229.质量控制:QC=Quality Control230.质量规划:Quality Planning231.剩余持续时间:RDU=Remaining Duration232.请求建议书:RFP=Request for Proposal233.请求报价单:RFQ=Request for Quotation234.储备量:Reserve235.资源平衡:Resource Leveling236.资源约束进度计划:Resource-Limited Schedule237.资源规划:Resource Planning238.责任分配矩阵:RAM=Responsibility Assignment Matrix 234.责任图:Responsibility Chart235.责任矩阵:Responsibility Matrix236.保留金:Retain age237.突发事件:Risk Event238.风险识别:Risk Identification239.风险应对控制:Risk Response Control240.风险应对开发:Risk Response Development241.曲线:S-Curve242.进度计划:Schedule243.进度计划分析:Schedule Analysis244.进度计划压缩:Schedule Compression245.进度计划控制:Schedule Control246.进度执行指数:SPI=Schedule Performance Index247.进度偏差:SV=Schedule Variance248.计划完成日期:SF=Scheduled Finish Date249.计划开始日期:SS=Scheduled Start Date 250.范围:Scope251.范围基准计划:Scope Baseline252.范围变更:Scope Change253.范围变更控制:Scope Change Control 254.范围定义:Scope Definition255.范围规划:Scope Planning256.范围验证:Scope Verification257.时差:Slack 258.询价:Solicitation259.询价规划:Solicitation260.工作人员招募:Staff Acquisition261.项目相关者:Stakeholder262.开始日期:Start Date263.开始到完成关系:Start-to-Finish264.开始到开始关系:Start-to-Start265.工作说明:SOW=Statement of Work266.子网:Subnet 267.子网络:Subnet Work268.后续工作:Successor Activity269.目标完成日期:TC=Target Completion Date 270.目标时度计划:Target Schedule271.任务:Task 272.团队建设:Team Development273.团队成员:Team members274.时标网络图:Time-Scaled Network Diagram 275.目标完成日期:TF=Target Finish Date 276.目标开始日期:Ts=Target Start Date277.总时差:TF=Total Float278.全面质量管理:TQM=Total Quality Management 279. 权变措施:Workaround280.工作分解结构:WBS=Work Breakdown Structure 281.工作包:Work Package。
新能源汽车专业英语4-1
4.1 Classification of Hybrid Drive 混合动力的分类
Figure 4.1 serial hybrid drive
4.1 Classification of Hybrid Drive 混合动力的分类
·Parallel hybrid drive (Figure 4.2):
·Mild hybrid. A mild hybrid, also called a micro-
hybrid, usually uses a 42-volt electrical motor and battery package (36-volt batteries, 42-volt charging) and is not capable of using the electric motor to propel the vehicle on its own without help from the internal combustion engine. A mild hybrid system has the advantage of costing less, and saves less fuel compared to a full hybrid vehicle and. The fuel savings for a mild type of hybrid design is about 8% to 15%.
Hale Waihona Puke 本章难点重点1.重点:混合动力系统原理、英文专业术语; 2.难点:传动原理
Chapter 4 Transmission Systems 传动系统
本次课学习内容
4.1 Classification of Hybrid Drive 混合动力的分类
新能源专业英语基础课文翻译
新能源专业英语基础课文翻译新能源专业英语新能源专业英语新能源专业英语新能源专业英语1。
Put thefollowingphraseintoEnglish.Unit11.温室效应thegreenhouseeffect2。
可再生能源renewableenergy3.太阳能电池solar cell4。
风力发电系统windturbinesystem5.核能nuclearenergy6.海洋能oceanenergyUnit21.辐射度irradiance2.负载load3.耐候性weatherfastness4.光电效应photoelectriceffect5.光生伏打效应photov oltaiceffectUnit31.风电场windfarm2.装机容量installedcapacity3.涡轮机turbine4。
水泵waterpumping5.风光互补windandphotovoltaichybridpower6.混合动力装置hybridpowersystem7.电网utilitygrid8。
电池batteryUnit41.热交换器heatexchanger2.核反应堆nuclearreactor新能源专业英语新能源专业英语新能源专业英语3。
浓缩铀enricheduranium4.低温冷却水subcooledwater5。
千瓦kilowatt6.沸水反应堆boilingwaterreactor7。
商用发电站comme rcialpowerplant8.快速中子反应堆afastneutronreactorUnit51.生物质biomass2.植物vegetation3.肥料manure4.残留物residue5.光合作用photosynthesis6.碳水化合物carbohydrate7.化石燃料fossilfuels8.固定碳carbonfixedUnit61.万有引力gravitationalpull2。
《新能源专业英语》
References:
3
1 International Energy outlook
1. World Energy Demand and Economic Outlook 2. Liquid Fuels 3. Natural Gas 4. Coal 5. Electricity 6. Transportation Sector Energy Consumption 7. Energy-Related Carbon Dioxide Emissions
7
World Energy Consumption by Source
1. liquid fuels are the world’s slowest growing source of energy; 2. Renewable energy and coal are the fastest growing energy sources, with
resources, 3. OPEC investment and production behavior, 4. and the costand availability of unconventional liquids supply.
16
World Liquids Production
17
World liquids production increases by 28 million barrels per day from 2005 to 2030 to meet projected growth in demand. About 47 percent of the total world increase in liquids supplies is expected to come from OPEC member countries. Thus, in 2030, OPEC production is projected to total 49 million barrels per day and non-OPEC production 63 million barrels per day. Caspian area (Kazakhstan) and South America (Brazil)
新能源汽车专业英语2-3
New Words and Phrases
architecture bidirectional
['ɑ:kɪtektʃə(r)] [ֽbaɪdə'rekʃənl]
n.结构 dj.双向的
degrade elaborate emerging underbody
[dɪ'greɪd] [ɪ'læbərət] [i'mə:dʒɪŋ] ['ʌndəֽbɒdɪ]
负极 镍镉(Ni-Cd)电池 镍氢(NiMH)电池 氧化还原反应 正极 钢筒,钢瓶
提问
balancing unit battery controller battery management system(BMS) cell controller HV battery pack remaining capacity sensing unit
描述电池管理系统的功能和基本原理?
the primary functions of a BMS are: • Under-voltage and over-voltage protections; • Short circuit protection; • Thermal protection; • Cell balancing; • Controlling battery charging and discharging; • Determining battery SoC and SoH; • Safety protection.
1.掌握重要的电池基本术语; 2.掌握锂离子与镍氢电池以及管理系统的结构、原理 和维护; 3.了解电池充电技术
1.重点:英文专业术语; 2.难点:基本术语
回顾
Chapter 2 Power Batteries of EVs 电动汽车动力电池
《新能源专业英语》ppt课件
8
5. Electricity generation from nuclear power increases from 2.6 trillion kilowatthours in 2005 to 3.0 trillion kilowatthours in 2015 and 3.8 trillion kilowatthours; Plant safety, radioactive waste disposal, and the proliferation of nuclear weapons,
9
6. Much of the growth in renewable energy consumption is projected to come from mid- to large-scale hydroelectric facilities in nonOECDAsia and Central and South America;
5
China and India-the fastest growing non-OECD economies-will be key contributors to world energy consumption in the future.
1980 8%→2005 18% →2030 25%
4
World Energy Demand and Economic Outlook
Total world consumption of marketed energy is projected to increase by 50 percent from 2005 to 2030. The largest projected increase in energy demand is for the non-OECD economies.
新能源汽车专业英语试题库答案最新完整精品
2020版《新能源汽车专业英语》试题库第一部分:专业术语第二部分:常用缩写第三部分:英译汉1. What are Alternative fuels currently commercially available and closely attended? 目前商业可用和受到密切关注的替代燃料有哪些?· Liquefied petroleum gas 液化石油气· CNG 压缩天然气· Methanol 甲醇· Hydrogen 氢· Fuel-cell 燃料电池· Electricity 电能· Hybrid(electricity + conventional fuels)混合动力(电+传统燃料)2. What are the types of electric vehicles? 电动汽车分为哪几种?Electric vehicles are broadly categorized into four groups based on the electric design of their powertrains, namely battery electric vehicles (BEVs), plug-in hybrid electric vehicles (PHEVs), hybrid electric vehicles (HEVs), and fuel-cell electric vehicles (FCEVs). Only BEVs and PHEVs are plug-capable, and are referred to as plug-in electric vehicles (PEVs).根据电动汽车动力传动系统的电动设计,将电动汽车大致分为四大类,即纯电动汽车(BEV)、插电式混合动力汽车(PHEV)、混合动力电动汽车(HEV)和燃料电池电动汽车(FCEV)。
新能源汽车专业英语1-2
1.3 Classifications of Electric Vehicles 电动汽车的分类
infancy intensive inverter mostly onboard pollutant powertrain
['ɪnfənsi]
n.婴儿期,摇篮时代,初期
回顾
Chapter 1 Overview of the New Energy Vehicles 新能源汽车概述
上次课学习内容 1.1 The Development of Electric Vehicles 电动汽车的发展
复习
#阅读下列英文单词,并翻译成汉语
pickup
['pɪkʌp];
range
燃油经济性,燃料效率 燃料电池电动汽车 纯电动汽车,全电动汽车 混合动力电动汽车 加氢站 电动机逆变器 插电式电动汽车
hydrogen
['haɪdrədʒən]
n.氢
1.2 Overview of Alternative Fuel vehicles 替代燃料汽车概述
infrastructure methane methanol octane power
['ɪnfrəstrʌktʃə(r)] n.基础设施; 基础建设
[reɪ;dæ n]
strategy
['strætədʒi]
复习
阅读下列词组,并翻译成汉语 alternative fuel alternative fueled vehicle electric motor electric starter
##说明电动汽车发展分哪几个阶段
1.3 Classifications of Electric Vehicles 电动汽车的分类
新能源汽车专业英语
新能源汽车专业英语新能源汽车专业英语一、概述New energy vehicles (NEVs) are a type of vehicle that uses alternative energy sources, such as electricity, hydrogen fuel cells, or hybrid systems. They are becoming increasingly popular due to their environmental benefits and potential cost savings.二、电动汽车Electric vehicles (EVs) use electric motors powered by rechargeable batteries. They emit no tailpipe pollutants and have lower operating costs than traditional gasoline-powered cars. Types of EVs include battery electric vehicles (BEVs), plug-in hybrid electric vehicles (PHEVs), and hybrid electric vehicles (HEVs).三、燃料电池汽车Fuel cell vehicles (FCVs) use hydrogen gas to power an electric motor. The only emissions from FCVs are water vapor and heat. However, the infrastructure for producing and distributing hydrogen is still limited.四、混合动力汽车Hybrid electric vehicles combine an internal combustion engine with an electric motor to improve fuel efficiency and reduce emissions. There are two types of HEVs: series hybrids, where the engine charges the battery which powers the motor; parallel hybrids, where both the engine and motor can drive the wheels.五、充电基础设施Charging infrastructure is essential for EVs to be practical for daily use. This includes public charging stations at parking lots, shopping centers, etc., as well as home charging units installed in garages or driveways.六、政策支持和市场前景Many governments around the world offer incentives such as tax credits orrebates for purchasing NEVs in order to promote their adoption. The market outlook for NEVs is positive due to increasing concerns about climate change and air pollution, as well as advancements in technology making them more affordable and practical for consumers.七、未来发展趋势The future development trend of NEV industry will focus on improving battery technology to increase range while reducing costs; expanding charging infrastructure; developing new materials that can make lighter weight cars with longer ranges; exploring new business models such as car sharing services using NEV fleets; integrating smart technologies into NEV systems like autonomous driving features etc..。
(完整版)2018新能源专业英语
新能源专业英语1。
Put the following phrase into English.Unit 11。
温室效应the greenhouse effect2.可再生能源renewable energy3。
太阳能电池solar cell4.风力发电系统wind turbine system5。
核能nuclear energy6。
海洋能ocean energyUnit 21。
辐射度 irradiance2.负载 load3.耐候性weather fastness4.光电效应photoelectric effect5.光生伏打效应photovoltaic effectUnit 31.风电场wind farm2。
装机容量installed capacity3.涡轮机turbine4。
水泵water pumping5.风光互补wind and photovoltaic hybrid power6。
混合动力装置hybrid power system7.电网utility grid8。
电池batteryUnit 41.热交换器heat exchanger2。
核反应堆nuclear reactor3.浓缩铀enriched uranium4。
低温冷却水subcooled water5.千瓦kilowatt6.沸水反应堆boiling water reactor7。
商用发电站commercial power plant8。
快速中子反应堆 a fast neutron reactor Unit 51。
生物质 biomass2.植物vegetation3.肥料manure4。
残留物residue5.光合作用photosynthesis6。
碳水化合物carbohydrate7.化石燃料fossil fuels8。
固定碳carbon fixedUnit 61。
万有引力gravitational pull2.潮汐tide3。
新能源专业英语演示文稿
6. Much of the growth in renewable energy consumption is projected to come from mid- to large-scale hydroelectric facilities in nonOECDAsia and Central and South America;
China and India-the fastest growing non-OECD economies-will be key contributors to world energy consumption in the future.
1980 8%→2005 18% →2030 25%
USA 22 % in 2005 toቤተ መጻሕፍቲ ባይዱabout 17 % in 2030
新能源专业英语演示文 稿
(优选)新能源专业英 语
Content
1. International Energy outlook 2. Global Renewable Energy Status 3. China Renewable Energy Status
References:
1 International Energy outlook
World Economic Outlook
The world’s real GDP growth on a purchasing power parity basis is projected to average 4.0 percent annually
新能源专业英语课件Unit 1
Nuclear energy
Solar cell
Greenhouse effect Wind turbine system
Renewable energy sources Ocean energy
1.New word and Expressions 2.Technical Terms
3.Text
4.Exercises
(1)Petroleum (2)Molecule (3)Utilized (4)Organism (5)Fission (6)Potentially (7)Dioxide (8)Obsolescence (9)Fulfill
(1)lignite
褐煤
(2)environmental disruption 环境破坏 (3)mine/mining 矿/矿业,采矿 (4)emissions
排放;排放物 二氧化碳 (5)carbon dioxide
(6)sulfur dioxide 二氧化硫 (7)exhaust 耗尽;排出
Which characteristics make petroleumsuperior to coal as a source of energy?
ห้องสมุดไป่ตู้
1.What does the recipe for an ideal energy source include? And which energy does fulfill these criteria? (1). that is unlimited in supply, widely
available, and inexpensive;
(2). it should not add to the earth's total heat
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新能源专业英语1.Put the following phrase into English.Unit 11.温室效应the greenhouse effect2.可再生能源renewable energy3.太阳能电池solar cell4.风力发电系统wind turbine system5.核能nuclear energy6.海洋能ocean energyUnit 21.辐射度 irradiance2.负载 load3.耐候性weather fastness4.光电效应photoelectric effect5.光生伏打效应photovoltaic effectUnit 31.风电场wind farm2.装机容量installed capacity3.涡轮机turbine4.水泵water pumping5.风光互补wind and photovoltaic hybrid power6.混合动力装置hybrid power system7.电网utility grid8.电池batteryUnit 41.热交换器heat exchanger2.核反应堆nuclear reactor3.浓缩铀enriched uranium4.低温冷却水subcooled water5.千瓦kilowatt6.沸水反应堆boiling water reactor7.商用发电站commercial power plant8.快速中子反应堆a fast neutron reactor Unit 51.生物质 biomass2.植物vegetation3.肥料manure4.残留物residue5.光合作用photosynthesis6.碳水化合物carbohydrate7.化石燃料fossil fuels8.固定碳carbon fixedUnit 61.万有引力gravitational pull2.潮汐tide3.大陆架continental shelf4.海岸线coastline5.农历lunar6.港湾harbor7.月亮角度正交moon quadrature8.局部共振local resonanceUnit 71.火山爆发volcanic eruption2.放射性衰变radioactive decay3.间歇岩geyser4.注射injection5.水库reservoir6.裂纹crackUnit 81.利用 harness2.盐度salinity3.潮汐tide4.动能kinetic energy5.水力发电hydro-electric power6.引力gravitational pull2.Translate the following sentences.Unit 11.Energy is an important material and energy foundation of human survival and development , its plays a vital role in the development of human civilization . New energy usually refers to the new energy technologies based on new development and utilization of energy , including solar , biomass , wind , geothermal , ocean energy and hydrogen etc.能源是人类生存和发展的重要材料和能量基础,它在人类文明的发展中扮演着至关重要的角色。
新能源通常指的是基于新能源的开发与利用的技术,包括太阳能、生物质能、风能、地热能、海洋能和氢等。
2.Therefore , in the 21st century ,the prospects for energy ,you may have to face the depletion(消耗;耗尽) of oil and gas resources ,the commercialization of fusion(聚变) power failure during the period of temporary shortage of such people.因此,在21世纪,能源的前景,你可能不得不面对石油和天然气资源枯竭、核聚变能源商业化失败的这一短暂时期。
3.Global warming is becoming more serious. Energy saving and clean technology only can cure symptoms not cause. The only way is to find a zero emission new energy. Solar energy is the only choice to meet human development.全球变暖正变得越来越严重。
节能和清洁技术只能治标不治本。
唯一的方法是找到一种零排放的新能源。
太阳能是满足人们发展的唯一选择。
Unit 21.Solar energy is the first time, but also renewable energy. It is rich in resources, can use free of charge, and without transportation, without any pollution to the environment.太阳能是一次性的,也是可再生能源。
太阳能在储量上十分丰富,可以免费使用,而且不需要运输,对环境也没有任何污染。
2. Solar technologies are separated as passive and active sunlight. Active solar techniques use photovoltaic panels, pump and fans to convert sunlight into useful outputs.太阳能技术被分为被动式和主动式的太阳能。
主动式太阳能技术利用光伏电池板、水泵和风机将太阳光转变为有用的输出。
3.Although the Earth's atmosphere solar radiation to the total energy only 22 bilionths of a radiation energy, it has been as high as 173,000 TW, that is to say a second exposure to the sun's energy on Earth is equivalent to five million tons of coal.尽管太阳能辐射到地球大气层的能量只有220亿的辐射能量,它也高达17.3万太瓦,也就是说,太阳一秒钟辐射到地球上的能量相当于五百万吨煤。
Unit 71.The heat is partly left over from the formation of the planet billions of years ago, but mostly from radioactive decay at the Earth's core.这些热量部分来自于数十亿年前地球诞生之际,但大部分来自于地核的放射性衰变。
2 The solution in 1997 was to pump treated waste-water about 30 miles to the project and then down to the heat.1997年的解决办法是在30英里处通入处理后的废水,然后下沉到热区。
Unit 81.More specifically , wave power refers to the kinetic energy in ocean waves and its use either to drive turbines for electrical generation , or put to other mechanical uses such as pumping stations.更具体的说,波浪能是指海洋波的动能和它的使用来驱动涡轮机。
或其他机械用途,如抽水站。
2.This uses ‘low head’ or ‘dam-less’ river flows, usually with a smaller waterfall , and a hydro-kinetic turbine.使用“低水头”或“坝少”的河流,通常有一个小瀑布和一个氢动力涡轮机。
3.Enough to melt rock,hence the lava flows you see coming out of volcanoes from time to time.因此,你时不时地可以看见从火山中流出来的火山岩能够熔化岩石。
4.They report growth in geothermal installations worldwide over the last 2 decades as the technology for getting to the heat & bringing its back has improved.他们报告了在过去的20年里随着地下获得地热及带其回到地表的技术改进后全球的热安装的巨大增长。
4.The united State(U.S.) gained a heated start on nuclear technology because of work on the nuclear weapons’ program.The U.S. Atomic Energy Commission (AEC) took the lead in the research and development of a controlled chain reaction applicable toenergy generation.美国因核武器计划的工作而获得了一个核技术的开端。
美国原子能委员会在一个可控制的链式反应适用于发电的研究和开放上处于领先地位。
5.In all of these designs the coolant(冷却液)(gas,liquid mental or pressurized water) transferred heat to a heat exchange,where secondary water was vaporized (蒸发;气化)to provide steam,which in turn drove the turbine-generator.在所有这些设计的冷却液(气,液态金属或压水)热转换至热交换器,在二次水汽化为蒸汽。