1·With example of a real project, the complete analysis and calculation for fuzzy optimisation of fossil power source arrangement plans are made.
然后以一个实际工程为例，对火电电源布局方案模糊优化进行了全面分析计算。
2·Ultra supercritical (USC) technology is the most advanced fossil power generation technology in the world, now domestic USC generating set was developing in China.
超超临界发电技术是目前国际上最为先进的一种燃煤发电技术，我国正在积极开发自己的超超临界发电机组。
3·The author sincerely hopes that it could provide some significant references for people working at the human resource management in the fossil power plants in China.
希望本文能够对其它火力发电行业的人力资源管理给予一定的参考借鉴。
4·This paper presents the development of a visual configuration system used for a full CRT fossil power plant training simulator, which utilizes advanced distributed control system(DCS).
介绍了最新研制的基于分布式控制系统（DCS）的火电站全CRT仿真培训装置中热力系统控制回路的可视化组态软件系统。
5·Recently, resin leakage often occurs in condensate polishing system of fossil power unit, which has deteriorated the water vapour, corroded the pipeline and affected the operation of the equipment.
火力发电机组的凝结水精处理系统中常出现树脂泄漏现象，使水汽的品质恶化，造成凝结水中杂质在水冷壁等设备上沉积，引起设备管路的腐蚀，影响发电设备的正常运行。
6·He and other scientists say there are basically two options to replacing fossil fuels, generating energy with renewables, or embracing nuclear power.
他以及其他科学家表示，现在主要有两种替代化石燃料的选择，即用可再生能源产生能量或采用核能。
7·Energy intensity is closely linked to reducing greenhouse gases because most of China's power comes from burning fossil fuels, like coal, which release carbon.
因为中国大部分电力来源于燃烧煤等会导致碳排放的矿物燃料，因此能源强度与减少温室气体排放量密切相关。
8·Now this is the simplest type of nuclear power plant and exactly replicates what is done in a fossil plant.
现在，这是核能电站最简单的类型，那也重复了在化石电站里会做的事情。
9·The price of energy is high, both in terms of the actual cost to the consumer and the consequences of the climate change that generating power from fossil fuels causes.
无论从消费者的实际花费，还是从用化石燃料发电所引起的气候变化的角度而言，使用能源的代价都是很高的。
10·Today, humans consume an average of 15 trillion watts of power, 85% of which comes from burning fossil fuels such as oil, coal, and natural gas.
目前的情况是，人类每天平均消耗15兆瓦特的能量，而其中的85%来自燃烧化石燃料，例如石油，煤矿，天然气。