核能(英文版)
核能课件ppt英文
Advantages and Disadvantages of Nuclear Energy
Advantages
Nuclear energy is a sustainable source of energy that can provide a stable and related supply of electricity It does not emit greenhouse gases or air pollutants during operation, making it environmentally friendly Nuclear energy can also be used to produce medical isotopes and for other industrial applications
History of Nuclear Energy
The discovery of nuclear energy Began in the early 20th century with the discovery of radioactivity by Antoine Henri Becquerel in 1896
Nuclear Power Courseware PowerPoint English
• Introduction • Nuclear Physics • Nuclear Reactors • Safety and Security of Nuclear
Reactors • Future of Nuclear Energy
01 Introduction
Definition of Nuclear Energy
核能利弊中英文
核能在新能源中的地位和作用The role of nuclear energy in new energies核能主要用于军事武器,核电和提供动力。
Nuclear energy is mainly used for making military weapons, producing nuclear po wer and providing power.人们看好核能是因为传统化石能源储量有限,现在世界人口超过60亿,比19世纪增加了两倍多,能源消费增加了16倍,能源消费也不断增加,按照目前消费水平:石油还能够用46年,天然气还能够用65年,而煤炭也只够用200多年。
而相对应的可再生资源,像水力,风能,潮汐能和太阳能,又因规模受到环境,季节,地理环境等条件的限制,而且现在的开发技术不足,很难得到充分利用。
核能因为在地球中储量丰富,像海水中氘,有两千多亿顿,可用上千亿年,矿石中的铀能用2000多年。
而且所释放的能量比全世界所有能量综合还要大上千万倍,被称为“无穷的能源”。
Because of the limitation of traditional fossil energy reserves, people pay great attention to nuclear energy. Now there are over 6 billion people in the w orld, which is more than three times of that in the 19th century. And there are more than 16-fold increase in energy consumption. According to the current consumption level, the oil w ill be used up in 46 years, natural gas w ill be used up in 65 years, and the coal is onl y enough for over 200 years. How ever, it is di f ficult to make full utilization of the corresponding renewable resources such as hydro, w ind, tidal and solar energy in that the scales of them are limited by environmental, seasonal, and geographical conditions. Besides, the lack of development technology i s also a problem. Nuclear energy is abundant in the E arth, for example, there are over two hundred billion tons of deuterium in sea water. It could be used for hundreds of billions of years i f its great changes can be controlled. Uranium in ores can be used for more than 2,000 years. And the energies they release are million times of that of the integration of all world's energy, w hich is known as the "infinite energy."下图是非污染能源的结构比例,其中核能占绝大部分,占百分之70,因此核能也被称为最安全最清洁,经济效益最高的电力资源。
基础物理词汇(英文版)
物理力force重力gravity摩擦力friction拉力traction质量mass惯量inertia[ɪˈnɜ:ʃə]加速度acceleration 力矩torque[tɔ:k静止at rest相对relative能量energy 动能kenetic energy[kɪ'netɪk]势能potential energy功work能量守恒energy conservation保守力conserved force振动vibration [va ɪˈbreɪʃn振幅amplitude[ˈæmplɪtju:d]波wave干涉interference轨道obital速度velocity[və'lɒsətɪ]速率speed大小magnatitude 方向direction水平horizental竖直vertical相互垂直perpendicular坐标coordinate直角坐标系cersian coordinate system 极坐标系polar coordinate system 弹簧spring球体sphere环loop盘型disc圆柱形cylinder电学磁学:电子electron电荷charge电流current电场electric field 电通量electric flux 电势electirc potential导体conductor电介质dieletric绝缘体insultalor电阻resistor电阻率resistivity电容capacitor无穷infinite横截面cross ection 匀强电场uniform electric field分布ditribution磁场magnetic field 磁通量magnetic flux电感inductance变压器transformer 频率frequency周期period电磁波electomagnetic wave平面plane热学:热平衡thermal equilibrium理想气体ideal gas 热能thermal energy热量heat热容heat capacity外界surrounding准静态过程quasi-static process这几个比较容易搞混我就经常搞混等体过程isochoric process等压过程isobaric process等温过程isothermal process 绝热过程adiabatic process 循环cycle光学光light光程optical path 光强度light intensity偏振polarization 波长wave length 传播propagation量子力学(高中好像讲了一点点)原子atomic光子photon光电效应photo-electric effect 物质波matter wave 光谱spectrum激光laser衰减decay辐射radiation械振动mechanical vibration简谐振动simple harmonic oscillation 振幅amplitude周期period 频率ferquency赫兹hertz单摆simple pendulum受迫振动forced vibration共振resonnance 机械波mechanical wave介质medium横波transverse wave纵波longitudinal wave波长wavelength超声波supersonic wave阿伏加德罗常数Avogadro constant 布朗运动Brown mation热运动thermal motion热力学能thermal energy内能internal energy 热力学第一定律first law of thermodynamics 能量守恒定律law of conservation of energy热力学第二定律second law of thermodynamics各向同性isotropy 各向异性anisotropy单晶体single crystal(monocrystal) 多晶体ploycrystal 表面张力surface tension毛细现象capillarity 液晶liquid crystal电荷electric charge电荷量queantity df electricity正电荷positive charg 负电荷negative charg库仑定律Coulomb law静电感应electrostatic induction感应电荷inducde charge元电荷elementary charge电荷守恒定律law of conservation of charge库仑(电荷单位)coulomb电场electric fileld 电场强度electric field strength电场线electric potential电势electric potential电势差/电压electric potential difference 伏特volt电容capacitance 电容器capacitor 法拉(电容单位)farad电流electric current安培(电流单位)ampere电阻resistance 欧姆(电阻单位)ohm电动势electormotive force(e.m.f.)半导体semiconductor超导体superconductor磁性magnetism磁场magnetic field 磁感线magnetic induction line安培定则Ampere rule安培力Ampere force磁感应强度magnetic induction 左手定则left-hand rule洛伦兹力Lorentz force磁通量magnetic flux电磁感应elctromagnetic induction感应电流induction current感应电动势induction electromotive force电磁感应定律law of electromagnetic induction右手定则right-hand rule自感self-induction交流alternating current瞬时值instantaneous value 峰值peak value有效值effective value 电感inductance变压器transformer 电能electric energy电磁场electromagnetic field电磁波electromagnetic wave雷达radar光线light ray平行光parallel light实象real image 虚象virtual image 折射refaction入射角incident angle反射角reflection angle折射角diffraction angle折射率diffraction index全反射total reflection临界角critical angle 光导纤维optical fiber棱镜prism色散dispersion光谱spectrum波的衍射diffraction of wave波的干涉interference of waves红外线infrared ray 紫外线ultraviolet rayX射线X-ray电磁波谱electromagnetic effect物质波matter wave 激光laser电子electron质子proton中子neutron核子nucleon同位数isotope原子核nucleus能级energy level 基态ground state 激发态excited state跃迁transition放射性radioactivity α射线α rayβ射线β rayγ射线γ ray衰变decay核反应nuclear reaction核能nuclear energy质能方程mass-energy equation。
新能源_核能_英文ppt
公众的电离辐射照射量
Canada's Pickering nuclear power plant
Nuclear power plant
China's Daya Bay Nuclear Power Station (Shenzhen)
Nuclear power plant
Japan beauty coast nuclear plants
Nuclear power plant
The peaceful use of nuclear energy
In 1951, the USA use a plutonium production reactor in the heat test generation, Britain, France, the Soviet Union and China, followed by the establishment of a number of nuclear power plants.
The current structure of the world's energy
煤 40% 石油 25%
其它 2% 核能 17% 煤 37% 石油 11% 天然气 15%
其它 5%
核能 8%
天然气 22%
水力 18%
世界能源消费结构(2000年)
世界电力能源结构(2000年)
Nuclear power in the world energy consumed in 8 percent
1920s-1960s
Nuclear energy New Energy
20th century
21st century
核能的英语名词解释
核能的英语名词解释核能(Nuclear Energy)指的是利用原子核反应释放出来的能量进行工业生产或发电等活动。
核能是一种高效能源,具有许多独特的特点,被广泛应用于各个领域。
首先,核能利用的是核反应释放的能量。
核反应是指原子核发生改变的过程,可以分为核裂变和核聚变两类。
核裂变是指重核(如铀、钚等)的原子核被撞击或吸收中子后发生裂变,释放出大量能量的过程。
核聚变则是指轻核(如氘、氚等)的原子核融合在一起形成更重的核,释放出巨大的能量。
这些能量可以通过适当的装置转化为电能,供人们使用。
其次,核能是一种清洁能源。
相比传统的化石燃料,核能不会产生大量的二氧化碳等温室气体,对全球气候变化问题的影响较小。
而且,核能发电时所产生的废料相对较少,可以进行高效率的处理与储存,减少对环境的污染。
同时,核能也没有像化石燃料那样的燃烧过程,因此不会产生大量的空气污染物,对人类的健康和生活环境造成负面影响。
另外,核能具有高能量密度和稳定供应的特点。
核能的能量密度是化石燃料的几百倍甚至几千倍,只需少量的物质就能提供大量的能量。
这使得核能成为一种非常高效的能源选择。
同时,核燃料在核反应过程中的能量释放是可控的,可以根据需求进行调整和控制,确保供应的稳定性。
此外,核能也有在海上舰船和舰艇上的应用。
核能驱动系统可用于潜艇和航母等舰艇,提供长时间和高速度的供能,大大增强了舰艇的作战能力和持久力。
然而,核能也存在一些问题和争议。
首先是核能安全问题。
因为核能涉及核反应,一旦不当操作或意外发生,可能会导致严重的事故,甚至核泄漏。
历史上曾发生过三里岛核事故和切尔诺贝利核事故等重大事故,给人类社会和环境带来巨大的伤害。
因此,核能安全一直是各国在核能发展中面临的重要问题之一。
大力加强安全措施和监管是确保核能安全的关键。
其次是核废料处理问题。
核能的使用会产生一定数量的放射性废料。
这些放射性废料具有高度的辐射性和长期的放射性寿命,需要进行安全的处理和储存。
核物理入门书籍
核物理入门书籍
以下是一些核物理入门书籍的推荐:
1. 《核物理学》(Fundamentals of Nuclear Physics)- 英文原版,这本书是核物理学中的经典教材,涵盖了从基础原理到现代研究领域的知识。
2. 《光与物质的相互作用》(Interaction of Radiation with Matter)- 这本书介绍了辐射与物质之间的相互作用,包括核
反应、核衰变等核物理的基本原理和应用。
3. 《核物理导论》(Introduction to Nuclear Physics)- 这本入
门书籍涵盖了核物理学的基本概念、核结构、核反应等内容,并介绍了现代核物理的前沿课题。
4. 《核物理原理与应用》(Principles and Applications of Nuclear Physics)- 这本书从实验和理论的角度介绍了核物理
的基本原理和应用,包括核反应、核结构、核能等内容。
5. 《核物理学》(Nuclear Physics)- 这本入门书籍系统地介
绍了核物理学的基本概念、原理和实验方法,适合初学者学习和了解核物理学的基础知识。
以上都是一些比较常用的核物理入门书籍,你可以根据自己的需求和英文水平选择合适的书籍进行学习。
另外,如果你对核物理有特定的兴趣领域,比如核能、核技术等,还可以选择专门介绍这些方面的书籍进行深入学习。
基础物理词汇(英文版)
等温过程 isothermal process
绝热过程 adiabatic process
循环 cycle
阿伏加德罗常数 Avogadro constant
布朗运动 Brown mation
热运动 thermal motion
热力学能 thermal energy
正电荷 positive charg
负电荷 negative charg
库仑定律 Coulomb law
静电感应 electrostatic induction
感应电荷 inducde charge
元电荷 elementary charge
电荷守恒定律 law of conservation of charge
交流 alternating current
瞬时值 instantaneous value
峰值 peak value
有效值 effective value
电感 inductance
变压器 transformer
电能 electric energy
电磁场 electromagnetic field
电磁波 electromagnetic wave
电通量 electric flux
电势electirc potential
导体 conductor
电介质 dieletric
绝缘体 insultalor
电阻 resistor
电阻率 resistivity
电容capacitor
无穷 infinite
横截面 cross ຫໍສະໝຸດ ction匀强电场 uniform electric field
核发电英文介绍文章
核发电英文介绍Nuclear power generation is a kind of efficient and clean energy, with the advantages of safety, reliability and sustainability. With the increasing global energy demand, nuclear power generation is playing an increasingly important role in the energy structure. This paper will introduce the basic principles, advantages, development status and future trend of nuclear power generation.1. The rationale for nuclear power generationNuclear power generation is the principle of using nuclear energy into electric energy to generate electricity. Nuclear energy is the energy generated by the nuclear fusion or nuclear fission of protons and neutrons in the nucleus at high temperature and high pressure. The energy released during the nuclear reaction is converted into heat, which is then used by thermodynamics to convert heat into electricity.2. Advantages of nuclear power generationEfficient: Nuclear power generation is more efficient and can generate large amounts of electricity with less fuel.Clean: Nuclear power generation does not produce large amounts of carbon dioxide and other greenhouse gases, with relatively little impact on the environment.Sustainable: Nuclear power generation can provide a stable supply of electricity and can play an important role in cases of energy shortages.Safety: Nuclear power generation has taken strict safety measures to ensure the safety and reliability of the nuclear reaction process.3. The development status of nuclear power generationAt present, many countries and regions around the world have established nuclear power plants, including the United States, France, China and so on. Nuclear power generation has been widely used in these countries and has become an important part of the energy structure. At the same time, with the continuous progress of technology and the reduction of costs, the competitiveness of nuclear power generation hasgradually increased, which has become an important direction of future energy development.4. Future trends of nuclear power generationThe development of small nuclear power plants: small nuclear power plants have the advantages of flexibility and strong adaptability, which can meet the needs of different countries and regions. In the future, small nuclear power plants will become an important trend in the development of nuclear power generation.Research and development of new nuclear reactors: New nuclear reactors have higher safety and efficiency, and can better meet the future energy needs. At present, some countries and regions have begun developing new nuclear reactors and will be put into use in the future.The combination of nuclear energy and renewable energy: the combination of nuclear energy and renewable energy can give full play to their respective advantages, improve the energy utilization efficiency, and reduce the impact on the environment. In the future, the combination of nuclear energy and renewable energy will become an important way to use energy.Application of digital technology: The application of digital technology can improve the intelligent level of nuclear power plants, improve the operation efficiency and management level. In the future, digital technology will become an important trend in nuclear power plant development.In short, nuclear power generation, as an efficient and clean energy source, has broad development prospects. In the future, with the continuous progress of technology and the change of energy structure, nuclear power generation will play a more important role in the global energy structure.译文:核发电是一种高效、清洁的能源,具有安全、可靠、可持续等优点。
【最新】环保小知识英文
【最新】环保小知识英文环境保护词汇中英对照集锦什么破坏环境?(ono_ide)臭氧 ozone挥发性有机化合物VOC (Volatile Organic Compound)氟化物 fluoride酸雨 acid rain铅及其化合物 Pb / lead and its compounds水中主要污染物(main pullutants in the monia nitrogen 石油类污染 petroleum pollution 高锰酸盐potassium permanganate挥发酚volatile phenol 汞 mercury氰化物 cyanide / prussiate清洁能源(clean energy)/ 可再生能源(reneal energy潮汐能 tide energy水能 hydro energy波浪能 al energy海洋盐差能 ocean salinity energy_环保小知识英文。
天然气水合物natural gas hydrate乙醇汽油ethanol gasoline沼气资源 methane resource核能 nuclear energy氢能 hydrogen energy生物质能 biomass energy / bioenergy2Global Shortage of Fresh achines and engines make noises that annoy us constantly.Animals are homeless because the forests are decreasing everyminute.Streets are croent is the mostimportant things,but it is becoming painful for us to live in it noe to solve those problems.很多年以来,环境日益恶化.我们在提高生活水平的同时,也在导致环境污染.从工厂烟囱里冒出的烟污染空气;机器和引擎经常发出恼人的噪音.因为森林每分钟都在减少,使动物们无家可归.街道上挤满了人和车辆.环境在我们生活中是最重要的.但是现在它已经让人们讨厌.所以该是解决这些问题的时候了.Fortuantely,it isn__39;t too late to correct our mistakes.People are coming to realize the importance of the environment.y suggestion is ore often instead of driving cars.By riding a bike, ent. y dear friends?与我们的生活水平的提高,越来越多的人都买得起汽车的。
基础物理词汇(英文版)
基础物理词汇(英文版) -CAL-FENGHAI-(2020YEAR-YICAI)_JINGBIAN物理必备英文单词运动力学:力 force重力 gravity摩擦力 friction拉力 traction质量 mass加速度 acceleration力矩 torque静止 at rest相对 relative能量 energy动能 kenetic energy势能 potential energy功 work动量 momentum角动量 angular momentum能量守恒 energy conservation保守力 conserved force振动 vibration振幅 amplitude波 wave驻波 standing wave震荡 oscillation相干波 coherent wave干涉 interference衍射 diffraction轨道 obital速度 velocity速率 speed大小 magnatitude方向 direction水平 horizental竖直 vertical相互垂直 perpendicular坐标 coordinate直角坐标系 cersian coordinate system 极坐标系 polar coordinate system弹簧 spring球体 sphere环 loop盘型 disc圆柱形 cylinder机械振动 mechanical vibration 简谐振动 simple harmonic oscillation 振幅 amplitude周期 period频率 ferquency赫兹 hertz单摆 simple pendulum受迫振动 forced vibration共振 resonnance机械波 mechanical wave介质 medium横波 transverse wave纵波 longitudinal wave波长 wavelength超声波 supersonic wave光学:光 light光程 optical path光强度 light intensity偏振 polarization波长 wave length传播 propagation光线 light ray平行光 parallel light实象 real image虚象 virtual image折射 refaction入射角 incident angle反射角 reflection angle折射角 diffraction angle折射率 diffraction index全反射 total reflection临界角 critical angle光导纤维 optical fiber棱镜 prism色散 dispersion光谱 spectrum波的衍射 diffraction of wave波的干涉 interference of waves红外线 infrared ray紫外线 ultraviolet rayX射线 X-ray电磁波谱 electromagnetic effect光电效应 photoelectric effect光子 photon普朗克常数 Planck constant波粒二象性 wave-particle duality概率波 probability wave物质波 matter wave激光 laser电磁学:电子 electron电荷charge电流 current电场 electric field电通量 electric flux电势electirc potential导体 conductor电介质 dieletric绝缘体 insultalor电阻 resistor电阻率 resistivity电容capacitor无穷 infinite横截面 cross ection匀强电场 uniform electric field分布 ditribution磁场 magnetic field磁通量 magnetic flux电感 inductance变压器 transformer频率 frequency周期 period电磁波 electomagnetic wave平面 plane电荷 electric charge电荷量 queantity df electricity正电荷 positive charg负电荷 negative charg库仑定律 Coulomb law静电感应 electrostatic induction感应电荷 inducde charge元电荷 elementary charge电荷守恒定律 law of conservation of charge 库仑(电荷单位) coulomb电场 electric fileld电场强度 electric field strength 电场线 electric potential电势 electric potential电势差/电压 electric potential difference 伏特 volt电容 capacitance电容器 capacitor法拉(电容单位) farad电流 electric current安培(电流单位) ampere电阻 resistance欧姆(电阻单位) ohm电动势 electormotive force(e.m.f.)半导体 semiconductor超导体 superconductor磁性 magnetism磁场 magnetic field磁感线 magnetic induction line安培定则 Ampere rule安培力 Ampere force磁感应强度 magnetic induction左手定则 left-hand rule洛伦兹力 Lorentz force磁通量 magnetic flux电磁感应 elctromagnetic induction感应电流 induction current感应电动势 induction electromotive force 电磁感应定律 law of electromagnetic induction右手定则 right-hand rule自感 self-induction交流 alternating current瞬时值 instantaneous value峰值 peak value有效值 effective value电感 inductance变压器 transformer电能 electric energy电磁场 electromagnetic field电磁波 electromagnetic wave雷达 radar热学:热平衡 thermal equilibrium理想气体 ideal gas热能 thermal energy热量 heat热容 heat capacity外界 surrounding准静态过程 quasi-static process等体过程 isochoric process等压过程 isobaric process等温过程 isothermal process绝热过程 adiabatic process循环 cycle阿伏加德罗常数 Avogadro constant布朗运动 Brown mation热运动 thermal motion热力学能 thermal energy内能 internal energy热力学第一定律 first law of thermodynamics 能量守恒定律 law of conservation of energy 热力学第二定律 second law of thermodynamics量子力学:原子 atomic光子 photon光电效应 photo-electric effect物质波 matter wave光谱 spectrum激光 laser衰减 decay辐射 radiation电子 electron质子 proton中子 neutron核子 nucleon同位数 isotope原子核 nucleus能级 energy level基态 ground state激发态 excited state跃迁 transition放射性 radioactivityα射线α rayβ射线β rayγ射线γ ray衰变 decay 核反应 nuclear reaction核能 nuclear energy质能方程 mass-energy equation 裂变 fission链式反应 chain reaction聚变 fusion热核反应 thermonuclear reaction 介子 meson轻子 lepton强子 hadron。
【管理资料】核能与核安全(英文版)汇编
Chernobyl
Fukushima
4、 Advantages of nuclear energy
Nuclear power is concentrated, clean, safe and economical energy.
Dayawan nuclear power plant
French special Likasitan nuclear power plant
Tokamak
2、 Use of nuclear energy
Human reality uses of nuclear energy began in the war.
little boy
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China also have our own nuclear bombs, hydrogen bombs, nuclear submarines.
The human development and utilization of nuclear energy is mainly developed nuclear power, relative to other forms of energy, nuclear energy has distinct advantages.
The Soviet Union in 1986 of the Chernobyl
Nuclear Power Plant Accident, Japan's Fukushima
nuclear power plant accident in 2011, had
increased people's worries.
In 1954, the former Soviet Union built an experimental nuclear power station ; in 1957, the United States had successfully built nuclear power plant.
核能优点英语作文
核能优点英语作文全文共3篇示例,供读者参考篇1The Advantages of Nuclear EnergyNuclear energy is a topic that often sparks debate and controversy. Some people view it as a dangerous and risky form of energy production, while others see it as a viable and important source of power. In this essay, we will explore the advantages of nuclear energy and why it should be considered as an important part of our energy portfolio.One of the biggest advantages of nuclear energy is its low environmental impact compared to traditional fossil fuels. When nuclear power plants operate, they do not produce greenhouse gases or air pollutants that contribute to global warming and air pollution. This means that nuclear energy is a cleaner form of energy production and can help to reduce our carbon footprint.Another advantage of nuclear energy is its reliability and consistency. Nuclear power plants can operate 24/7 without interruption, providing a consistent and stable source of energy. This is in contrast to renewable energy sources like solar andwind power, which are dependent on weather conditions and can be intermittent.Additionally, nuclear energy has a high energy density, meaning that a small amount of nuclear fuel can produce a large amount of energy. This makes nuclear energy an efficient form of energy production and can help to conserve natural resources.Furthermore, nuclear energy is a cost-effective form of energy production. While the initial capital costs of building a nuclear power plant are high, the operating costs are relatively low compared to other forms of energy production. This means that over the lifetime of a nuclear power plant, the cost of producing electricity is competitive with other forms of energy production.In terms of energy security, nuclear energy can play a crucial role in reducing our dependence on imported fossil fuels. By investing in nuclear energy, countries can diversify their energy sources and reduce their reliance on foreign oil and gas. This can help to enhance energy security and reduce the impact of global energy price fluctuations.Despite these advantages, it is important to acknowledge the risks and challenges associated with nuclear energy. One of the main concerns with nuclear energy is the potential foraccidents and meltdowns, as seen in incidents like the Fukushima disaster in Japan. It is essential that strict safety standards and regulations are in place to minimize the risks of nuclear accidents and ensure the safety of nearby communities.In conclusion, nuclear energy has many advantages that make it a valuable and important source of power. It is a clean, reliable, and efficient form of energy production that can help to reduce our carbon footprint, enhance energy security, and provide a stable source of electricity. While there are risks and challenges associated with nuclear energy, it is essential to consider the benefits and explore ways to safely harness this important form of energy production.篇2Advantages of Nuclear EnergyNuclear energy is a controversial topic that has sparked debate for decades. While there are certainly downsides to using nuclear energy, there are also many advantages that make it a viable option for meeting our energy needs. In this essay, we will explore some of the key benefits of nuclear energy.One of the main advantages of nuclear energy is that it is a clean source of energy. Unlike fossil fuels, nuclear energy doesnot produce harmful greenhouse gas emissions that contribute to climate change. This makes nuclear energy an attractive option for countries looking to reduce their carbon footprint and combat global warming.In addition to being clean, nuclear energy is also incredibly efficient. Nuclear power plants are able to generate large amounts of electricity using relatively small amounts of fuel. This means that nuclear energy is a cost-effective option for meeting our energy needs, especially as the price of fossil fuels continues to rise.Another advantage of nuclear energy is its reliability. Unlike renewable energy sources like wind and solar, nuclear power plants can operate 24/7, providing a consistent and stable source of electricity. This makes nuclear energy a dependable option for meeting the base load electricity demands of a modern society.Furthermore, nuclear energy is a highly concentrated source of energy. A small amount of nuclear fuel can produce a large amount of electricity, making nuclear energy a compact and efficient option for power generation. This is particularly important in countries with limited space for energy infrastructure.Nuclear energy also has the potential to reduce our dependence on foreign sources of energy. By investing in nuclear power plants, countries can become more self-sufficient in meeting their energy needs, reducing their reliance on imported fossil fuels.In conclusion, nuclear energy has many advantages that make it a viable option for meeting our energy needs in the 21st century. From its cleanliness and efficiency to its reliability and potential to reduce dependence on foreign energy sources, nuclear energy offers a number of benefits that should not be ignored. As we continue to search for sustainable and secure sources of energy, nuclear power will no doubt play a key role in our energy future.篇3Title: The Advantages of Nuclear EnergyNuclear energy, often called nuclear power, is the energy released during nuclear reactions, either by splitting atomic nuclei (fission) or merging atomic nuclei (fusion). It has been a topic of debate for decades, with advocates and opponents arguing over its safety, cost, and environmental impact. In this essay, we will focus on the advantages of nuclear energy.One of the primary advantages of nuclear energy is its efficiency. Nuclear power plants produce large amounts of electricity with relatively little fuel. A single kilogram of uranium fuel can produce as much energy as several million kilograms of fossil fuel. This means that nuclear power plants can generate more electricity using less fuel, which ultimately reduces the cost of electricity for consumers.Furthermore, nuclear energy is a reliable source of power. Unlike solar and wind energy, which depend on the weather, nuclear power plants can operate 24/7 regardless of the weather conditions. This makes nuclear energy essential for meeting base-load electricity demands, ensuring a stable and continuous power supply.In addition, nuclear energy is a clean source of power. While the process of mining and refining uranium can have environmental impacts, nuclear power plants produce significantly lower greenhouse gas emissions compared to fossil fuel power plants. This means that nuclear energy can help combat climate change and reduce air pollution, improving air quality and public health.Moreover, nuclear energy is a sustainable source of power. Although uranium is a finite resource, there is still a significantamount of it in the earth's crust. Additionally, advancements in nuclear technology, such as breeder reactors, can help increase the efficiency of uranium use and reduce waste. This means that nuclear energy can play a role in meeting future energy demands while minimizing its environmental impact.Another advantage of nuclear energy is its safety. While there have been high-profile nuclear accidents, such as Chernobyl and Fukushima, modern nuclear power plants are designed with multiple safety systems to prevent accidents and mitigate their consequences. Additionally, nuclear energy has a lower mortality rate compared to fossil fuels, which cause thousands of deaths each year from air pollution and mining accidents.In conclusion, nuclear energy has many advantages that make it a valuable source of power. It is efficient, reliable, clean, sustainable, and safe, making it an important part of the energy mix. With proper regulation and oversight, nuclear energy can help meet our energy needs while reducing our impact on the environment.。
能源化学专业英语词汇
能源化学专业英语词汇摘要:能源化学是一门研究能源转换、储存和利用的化学科学,涉及到多种能源形式和多个化学领域。
本文根据能源化学的主要内容,从传统能源、新能源、能源储存、能源利用和能源环境等方面,选取了一些常用的英语专业词汇,并给出了中文释义和英文全称或缩写。
本文旨在为能源化学专业的学习、教学和科研提供一些参考资料。
一、传统能源传统能源(conventional energy)是指人类长期使用的、储量有限的非可再生能源,主要包括煤(coal)、石油(petroleum)、天然气(natural gas)和核能(nuclear energy)。
传统能源的开采、加工和利用都涉及到许多化学过程和反应,因此需要掌握一些相关的英语专业词汇。
下表列出了一些常见的传统能源相关的英语专业词汇及其中文释义。
中文英文备注煤炭地质学coal geology研究煤炭形成、分布、性质和开采的地质学分支煤层气coalbed methane (CBM)存在于煤层孔隙和裂隙中的甲烷气体煤化工coal chemical industry以煤为原料,通过化学转化制取各种化工产品的工业煤气化coal gasification将固态煤转化为气态燃料或合成气的过程煤液化coal liquefaction将固态煤转化为液态燃料或化工原料的过程石油勘探petroleum exploration通过地质、地球物理、地球化学等方法寻找含油气区域和油气藏的活动石油开采petroleum extraction从油气藏中提取原油和天然气的过程石油精炼petroleum refining将原油分馏、裂解、重整等方式制取各种石油产品的过程石油储运petroleum storage andtransportation将石油产品储存于罐区或地下储罐,并通过管道、轮船、火车等方式运输的过程天然气净化natural gas purification去除天然气中的水分、硫化物、二氧化碳等杂质的过程天然气加工natural gas processing 从天然气中分离出乙烷、丙烷、丁烷等液化石油气(liquefied petroleum gas, LPG)和乙烯、丙烯等低碳烯烃的过程天然气水合物natural gas hydrate由天然气分子与水分子形成的类冰晶体物质,又称可燃冰(flammable ice)核裂变nuclear fission重核在中子轰击下分裂为两个或多个轻核并释放大量能量的反应核聚变nuclear fusion轻核在高温高压下聚合为重核并释放大量能量的反应核反应堆nuclear reactor利用核裂变链式反应产生能量的装置核燃料nuclear fuel用于核反应堆中产生核裂变反应的物质,通常为铀、钚等元素或其化合物核废料nuclear waste由核反应堆或其他核设施产生的含有放射性同位素的废弃物二、新能源新能源(new energy)是指除传统能源以外的、可再生的、清洁的、高效的能源,主要包括太阳能(solar energy)、风能(wind energy)、水力(hydropower)、地热能(geothermal energy)、生物质能(biomass energy)和海洋能(ocean energy)等。
基础物理词汇(英文版)
.. 物理力 force重力 gravity摩擦力 friction拉力 traction质量 mass惯量 Interia加速度 acceleration力矩 torque静止 at rest相对 relative能量 energy动能 kenetic energy势能 potential energy功 work动量 momentum角动量 angular momentum能量守恒 energy conservation保守力 conserved force振动 vibration振幅 amplitude波 wave驻波 standing wave震荡 oscillation相干波 coherent wave干涉 interference衍射 diffraction轨道 obital速度 velocity速率 speed大小 magnatitude方向 direction水平 horizental竖直 vertical相互垂直 perpendicular坐标 coordinate直角坐标系 cersian coordinate system 极坐标系 polar coordinate system弹簧 spring球体 sphere环 loop盘型 disc圆柱形 cylinder 电学磁学:电子 electron电荷charge电流 current电场 electric field电通量 electric flux电势electirc potential导体 conductor电介质 dieletric绝缘体 insultalor电阻 resistor电阻率 resistivity电容capacitor无穷 infinite横截面 cross ection匀强电场 uniform electric field 分布 ditribution磁场 magnetic field磁通量 magnetic flux电感 inductance变压器 transformer频率 frequency周期 period电磁波 electomagnetic wave平面 plane热学:热平衡 thermal equilibrium理想气体 ideal gas热能 thermal energy热量 heat热容 heat capacity外界 surrounding准静态过程 quasi-static process 这几个比较容易搞混我就经常搞混等体过程 isochoric process等压过程 isobaric process等温过程 isothermal process绝热过程 adiabatic process循环 cycle..光学光 light光程 optical path光强度 light intensity偏振 polarization波长 wave length传播 propagation量子力学(高中好像讲了一点点)原子 atomic光子 photon光电效应 photo-electric effect物质波 matter wave光谱 spectrum激光 laser衰减 decay辐射 radiation械振动 mechanical vibration简谐振动 simple harmonic oscillation 振幅 amplitude周期 period频率 ferquency赫兹 hertz单摆 simple pendulum受迫振动 forced vibration共振 resonnance机械波 mechanical wave介质 medium横波 transverse wave纵波 longitudinal wave波长 wavelength超声波 supersonic wave阿伏加德罗常数 Avogadro constant布朗运动 Brown mation热运动 thermal motion热力学能 thermal energy内能 internal energy热力学第一定律 first law of thermodynamics 能量守恒定律 law of conservation of energy热力学第二定律 second law of thermodynamics各向同性 isotropy各向异性 anisotropy单晶体 single crystal(monocrystal) 多晶体 ploycrystal表面张力 surface tension毛细现象 capillarity液晶 liquid crystal电荷 electric charge电荷量 queantity df electricity正电荷 positive charg负电荷 negative charg库仑定律 Coulomb law静电感应 electrostatic induction 感应电荷 inducde charge元电荷 elementary charge电荷守恒定律 law of conservation of charge库仑(电荷单位) coulomb电场 electric fileld电场强度 electric field strength电场线 electric potential电势 electric potential电势差/电压 electric potential difference伏特 volt电容 capacitance电容器 capacitor法拉(电容单位) farad电流 electric current安培(电流单位) ampere电阻 resistance欧姆(电阻单位) ohm电动势 electormotive force(e.m.f.) 半导体 semiconductor超导体 superconductor..磁性 magnetism磁场 magnetic field磁感线 magnetic induction line安培定则 Ampere rule安培力 Ampere force磁感应强度 magnetic induction左手定则 left-hand rule洛伦兹力 Lorentz force磁通量 magnetic flux电磁感应 elctromagnetic induction 感应电流 induction current感应电动势 induction electromotive force电磁感应定律 law of electromagnetic induction右手定则 right-hand rule自感 self-induction交流 alternating current瞬时值 instantaneous value峰值 peak value有效值 effective value电感 inductance变压器 transformer电能 electric energy电磁场 electromagnetic field电磁波 electromagnetic wave雷达 radar光线 light ray平行光 parallel light实象 real image虚象 virtual image折射 refaction入射角 incident angle反射角 reflection angle折射角 diffraction angle折射率 diffraction index全反射 total reflection临界角 critical angle光导纤维 optical fiber 棱镜 prism色散 dispersion光谱 spectrum波的衍射 diffraction of wave波的干涉 interference of waves 红外线 infrared ray紫外线 ultraviolet rayX射线 X-ray电磁波谱 electromagnetic effect 光电效应 photoelectric effect光子 photon普朗克常数 Planck constant波粒二象性 wave-particle duality 概率波 probability wave物质波 matter wave激光 laser电子 electron质子 proton中子 neutron核子 nucleon同位数 isotope原子核 nucleus能级 energy level基态 ground state激发态 excited state跃迁 transition放射性 radioactivityα射线α rayβ射线β rayγ射线γ ray衰变 decay核反应 nuclear reaction核能 nuclear energy质能方程 mass-energy equation裂变 fission链式反应 chain reaction聚变 fusion热核反应 thermonuclear reaction 介子 meson轻子 lepton强子 hadron。
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Review of China's nuclear technologyIn the 20th century physics office had an unprecedented development, the township has promised amazing discoveries and achievements. Especially wheat, but because of the two m's E only. Koo has laid a solid foundation for the development of the physical word. Thus demonstrating the broad prospects edge energy technology development.Uranium is the most imperial l construction and development of the raw material in the nuclear industry is the main material for nuclear fission reactions. Is one of the specific minerals in China. 1954 Office of the Ministry of Geology & P committee two consolidated prospecting, in the Guangxi capital waves found signs of uranium, uranium ore samples collected. 15 May 1955, Chairman Mao Zedong in the same South instruct the Central Committee, presided over the expansion will Yau, made a strategic decision to develop China began Mo original to be able to mark the Chinese nuclear industry, industrial construction.After the third inning Chinese Qi Li Ministry of Geology (Fortunately, the third part of the Office of the State Council Li construction techniques and prison units in 1956 and established the three machines (later renamed the Second Ministry of Machine BU either by the first Minister Song Renqiong.Formally submitted the first batch of uranium industry through theefforts of geologists in 1958 to the National PingAfter the 1960 loss reserves to defend for the opening of the tomb of Li base 8 Gimli meet the first batch of uranium to mine construction.To the 1980s, the reservoir of granite type uranium deposits in the proportion of the total reserves of about tame% back about 20% of volcanic type, sandstone-type approximately force Chuan% carbon and silicon mudstone type about which type is about laying companion% 5% of the older children1980s to gD's. Geological Survey staff and handed grip library Ter millet uranium deposit in Xinjiang to become the first industrial-scale Salvation discretion leachable uranium resource development tomb of her. Uranium mining and milling workers in Xinjiang, thanks to the ground after the leaching of uranium, the lack of production capacity by improving the productivity of labor times20 times the production cost of services down Ou T47% mine constructionLet investments decreased by 65% to the mine using conventional cleaning mainProducing one ton pumping hundreds of tons of produce are all solid frying Wei PangPhysical and land-dip Fangjie Sheng production generates only 1-2 kgSolid waste. To 2000 HU with in-situ leaching,She defended the original male dip and break leaching Fang Jie natural uranium uranium miningAnnual accounts for the Ministry of National Salvation Kyu uranium to 70%, although in strict.To establish and develop uranium resources in addition to the nuclear industryOutside source must also establish a complete nuclear fuel cycleSystems. For this country to build a first set containing uranium isotopesIsotope separation plants and military counter-unfathomable heap. As a result of thisKind of Lei Yuan, 1964 car 10 with the 16th China intoWaterfall successfully bombed the first atomic bomb in 1967 and intoSuccessfully welded the first hydrogen bomb bombing in September 11971Chinese Tan submarine successfully channeling a small water trials.In the 1990s the country's uranium industry has entered a new stage completed by the diffusion of clean liquid centrifugal cleaning too. Research Che optical apartment clean really clean after using centrifugal units of high consumption declined significantly to persuade it just 5% of the diffusion Diego separative work unit costs fell 75 percent uranium isotopes has also made some progress.In theory is a military or civilian two production reactorsWai or nuclear power reactors are inseparable from the production of nuclear fuel elements. Force large nuclear power plant fuel to meet the day to achieve serialization assembly, localization, meet on the deepening nuclear power plant fuel consumption, extend indiscriminately refueling requirements of a dedicated built in 1984 or so Chinese students have strict production Pina million kilowatts, m square dry and millions ofwatts watts nuclear power plant fuel dry silk pieces and with his ability to counter-zone reactor fuel elements.China has established a relatively complete Kui nuclear research, design and development of the system of training a group of high level. There are abundant practical experience in nuclear science and technology project teams representing Yao owns the right of the whole reactor research facilities such as high-throughput test building reactors, mildew enjoy installed power projects, large-scale thermal-hydraulic experiments accounted frame. Anti-aircraft mechanics Gimli accounting, auditing kang village feed materials research laboratory, computer center and built a pulse reactor, micro-reactors. IAB times too long strokes to help oversee the completion of the Algerian experience heavy water reactor to buy mini-reactors around the country also exported to countries such cases.Up to now allow our nuclear power plants have been running five sets. There are six sets of units are hand-building.March 20, 1985 China's first self-designed and built nuclear power plant - Qinshan Nuclear Power Plant in Zhejiang Haiyan started 19 months tame afraid to hurt the first time in well end the Chinese mainland grid disheartened fertility history of nuclear power and become the world's seventh with a scoop independent design, independent construction, commissioning and self-management of national self-pole operation ofnuclear power plants. February 6, 2002 thousands of our own design 60-page first set of Qinshan Nuclear Power Plant two units to the grid. 1994 Guangdong Daya Bay from clean countries to introduce two outs 900,000 dry watt nuclear power plant have also granted into a commercial operation. Guangdong Ling should be the first nuclear power plant - sets of units in February 26, 2002 and Min electricity. 2001 12 by 15, the Qinshan nuclear power plant in 10 years has already started hair T168 kwh. As of March 2001 Mou lack days old Asian flooded nuclear power station to reach 100 billion pages when dry. Moreover, China's largest export Zo century Yi Head - 300,000 watts of Chashma Nuclear Power Plant Dry mad June 13, 2000 and successfully run a good grid and on September 26 the same year, all handed over to the Japanese tombStan operation and management.Currently, the Chinese mainland in the Ninth Five-Year Plan period, and started construction of a nuclear power plant Ou 8 kit plastic. In addition to two sets of units Nikken salty outer blank six sets of units are under construction. They are: Wang Zhejiang Qinshan constructionQinshan Phase II Nuclear Power Plant will be the second generation machine silk in 2003. In the building there Qinshan dogs imported from Canada installed capacity of nuclear power plant in Qinshan Phase III Yap is 2x70 MW heavy water reactor which is the use of natural uranium fuel is official will dry 2 002 and 2003 to generate electricity. Ling Ao inGuangdong by the French construction kit to introduce the first H Tan will be room to power in 2003 the construction of Lianyungang, Jiangsu imported from Russia Zx 100 Tianwan nuclear power plant will be thousands of mutual 20O4 and 2005, built to generate electricity. China's first high-pass gas-cooled nuclear reactor at Tsinghua University Institute was born. 12 June 2000 by Chuan, this was cooked to persuade 10,000 kilowatts of cold spoon heap reaches a critical temperature.As can be seen from the total installed capacity of nuclear power plants by 2005 nuclear power in China will reach 8.7 million dry hair this page it will thrive, thriving in the face of people demonstrated in front of ⑤Chinese government has recently made a 'moderate development of nuclear power, "the decision heralded the official Salvation nuclear power development will not have a good plus good cases.In China, isotope and radiation technology in the industry, known as the nuclear industry, light industry, which can be seen in its full importance. It stresses the promotion of technological innovation to promote industrial modernization of traditional industries. Country engaged in nuclear technology application development and production of wood Zhuo bit about 300 enterprises and industry regulations shuttle oxygen to reach 15 billion yuan in output value of agriculture true of about 40 billion nuclear radiation chemical isotope instrumentation of about 2.5 billion yuan of about one hundred million yuan isotope ZD and layarticles about 3.5 billion yuan crystal gamma irradiation produced about 50 billion yuan. The overall level of technology in today's international levels have nearly hug some wood technology has advanced it to the world's water almost. Isotope and Radiation Technology in the industry. Agriculture and medicine have wide applications.Retrospect and Prospect of Chinese nuclear technology at the end of a back and forth back and forth.Author: Zhao Ren quiet, Zhang StarAuthor: Zhao Ren quiet (Chinese Academy of Sciences, Chinese Academy of Engineering). Zhang Zhong Star State Nuclear Corporation) Title: Kunio ResourcesEnglish title: LAND stove m companion OIJllCESThe volume (of): 2002 (9)He cited: 2 times。