发电的

Solar power is a clean energy source that won't pollute our planet.

太阳能发电是一种清洁能源，不会污染我们的地球。

The article educes a relation about charcoal percent conversion and running temperature, gas caloricity, gasification efficiency, system efficiency by three programmes's calculation.

文章通过对三种方案的计算，得出了碳的转化率与运行温度、煤气热值、气化效率、系统效率之间的关系，证实了碳的转化率对系统运行有重要的影响，同时和其他气化方式下联合循环发电系统进行比较分析，证实煤的空气部分气化联合循环系统是一高效低污染、技术简单、投资小、见效快的发电系统。

The article educes a relation about charcoal percent conversion and running temperature, gas caloricity, gasification efficiency, system efficiency by three programmes's calculation. So charcoal percent conversion has important influence on system's operation. And It is confirmed that air partial gasificat ion combined cycle generation system is a high efficiency, low pollution, techno logy simpleness, low investment, short periodicity generation system by comparis on with else combined cycle generation systems of different gasification mode.

文章通过对三种方案的计算，得出了碳的转化率与运行温度、煤气热值、气化效率、系统效率之间的关系，证实了碳的转化率对系统运行有重要的影响，同时和其他气化方式下联合循环发电系统进行比较分析，证实煤的空气部分气化联合循环系统是一高效低污染、技术简单、投资小、见效快的发电系统。

The article educes a relation about charcoal percent conversion and running temperature, gas caloricity, gasification efficiency, system efficiency by three programmes's calculation. So charcoal percent conversion has importantinfluence on system's operation. And It is confirmed that air partial gasificat ion combined cycle generation system is a high efficiency, low pollution, techno logy simpleness, low investment, short periodicity generation system by comparis on with else combined cycle generation systems of different gasification mode.

文章通过对三种方案的计算，得出了碳的转化率与运行温度、煤气热值、气化效率、系统效率之间的关系，证实了碳的转化率对系统运行有重要的影响，同时和其他气化方式下联合循环发电系统进行比较分析，证实煤的空气部分气化联合循环系统是一高效低污染、技术简单、投资小、见效快的发电系统。

More than 30 papers have been published and 5 invention patents have been possessed. Major achievements include: 1 Completion of solar dish power system overall design and equipment commissioning; 2 Completion of parabolic trough power system overall design and equipment commissioning; 3 Parabolic trough concentrator overall design and instantaneous simulation of thermal-technical performance; 4 Overall design of heliostat and wind load simulation; 5 Quick evaluation methods for thermal performance of solar collector; 6 Design of dehumidifying air conditioner using solar evacuated air collector; 7 Research on radiation, flow, conduction coupling and heat exchange on complex ship surfaces

其主要学术贡献为： 1MW级太阳能塔式电站总体设计； 1完成了太阳能碟式聚光发电系统的总体设计和设备调试； 2完成了太阳能槽式聚光发电系统的总体设计和设备调试； 3槽式太阳能聚光器的总体设计与热工性能的瞬态模拟； 4太阳能聚光器定日镜的总体设计和风载荷模拟； 5了太阳能集热器热性能快速评价方法体系； 6太阳能真空管空气加热除湿空调系统的系统设计和设备定型； 7复杂船体表面的辐射、流动与导热耦合换热的研究。

Philippe Joubert, President of Alstom Power Systems, said: Thanks to our strong engineering base and increasing presence in India, we are proud of our contribution to the expansion of the Indian power sector and in particular in the State of Gujarat, with a highly efficient combined cycle power plant built around the world-leading GT26 gas turbine.

阿尔斯通发电系统总裁Philippe Joubert表示：由于我们强大的工程基础和在印度市场的不断发展，我们非常骄傲为印度发电行业的扩展作出的贡献，尤其是在Gujarat州建设的基于世界领先的GT26燃气轮机的高效联合循环发电厂。

This article makes a general planning research for Chengdu refuse incinerating power generation project, and blazes new trails by putting forward the idea that domestic and state owned corporate fund participate into this project, in comparison with the fact that the BOT mode is adopted to be the way to attract foreign fund before. Meanwhile, this article also puts forward the idea of manufacturing the crucial equipment on the basis of imported technology.

本文对成都垃圾焚烧发电BOT项目做了较全面的规划研究，主要的创新之处在于：提出了以内资和国有法人资金为主参与BOT项目的思路，而前期的BOT项目多被用作吸引外资的手段；同时还提出了关键设备采用引进技术国内制造的思路，期望能为即将实施的成都垃圾焚烧发电项目的建设起到一定的参考作用。

In order to present the strategy that satisfy risk requirement, this paper presents a new method to bid block electric quantity and price. The method analyses MCP forecasted error at first, and then calculate its probability distribution. At last, the VaRs of error under different confidence are obtained, which could guide IPP to submit block electric quantity and price.

为了制定满足风险要求的这一策略，从发电企业的角度出发，通过分析历史预测出清价的误差，统计其概率分布，最后得到误差在不同置信度下的VaR值，并且通过VaR值来指导发电企业进行段电量和段电价的申报。

As a clean, plentiful energy source, that minimizes our reliance on fossil fuels, wind power has a great deal of potential: studies show that with the advent of a national grid, wind power could come to supply one-third of American electricity needs.

风力发电有极大的发展潜力，它是一种乾净、源源不绝的能量来源，而且能够使我们对石油的依赖减到最小。研究显示，随著全国性电网格的架设，风力发电可满足美国1/3的电力需求。

Second, this paper introduces the design of hardware of the automatic voltage regulator of the generating system. The frequency-domain model of the voltage regulation system is established. Simulation and analyses on the model are done. The paper gives detailed analyses of the motors exciting current by the experiment of the voltage regulation system for the first time.

然后设计了发电调压器的硬件电路，建立了调压系统的频域模型并进行了仿真分析，对发电系统作了较为全面的实验，首次详细分析了励磁电流的变化规律，分析了实验结果，提出了调压器的改进。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。