1) electrochemical power generation
电化发电
2) gasification power generation
气化发电
1.
The biomass gasification power generation (BGPG) technology would be one of the most advanced ways to use biomass as an clean energy source.
采用电感耦合等离子体发射光谱仪,研究了生物质气化发电厂灰渣中元素As、Al、Br、Ca、Cd、Cl、Cr、Cu、F、Fe、Ga、K、Mg、Mn、Na、Ni、P、Pb、S、Si、Sr、Ti、Zn在气化器底灰、淋洗器灰和旋风分离器灰中的质量分数,并分析了这些元素在不同粒径3种灰渣中的分布规律。
2.
The gasification power generation of biological material is easy to be realized.
特别生物质气化发电,灵活机动性较强,便于使用。
3) gasification and power generation
气化发电
1.
Based on the testing results of a 800 kW rice husk gasification and power generation plan in a rice factory in Changxing city,Zhejiang province,China,the operational performance of MW-scale biomass gasification and power generation plant was analyzed.
结合浙江省长兴市某大米加工厂800kW稻壳气化发电系统测试结果,对MW级生物质气化发电站的运行特性进行了详细分析,重点考察了气化温度、当量比和负荷对生物质流化床气化特性的影响,并对系统存在的问题进行了讨论。
2.
The carbon cycle of 1MW circulation fluidized bed for biomass gasification and power generation system from the first production to the last use can be achieved using method of simple life cycle analysis.
基于相关的森林林木和农业作物统计数据及已获实验数据,利用简化的生命周期分析法,对1MW循环流化床生物质气化发电系统中,生物质从最初生产到最终被转化利用的碳循环加以分析,从而得出产生单位电量时的CO2收支量。
3.
Nowadays,because of the insufficient researches on modelling and optimizing,the tar and contanmination content of fuel gas in biomas gasification and power generation is too high to guarantee the gas quality and power equipment safety.
目前国内外在生物质气化发电技术方面,由于缺乏对生物质气化过程特性的建模和参数优化问题的研究,使得生物质燃气中焦油量和污染物的含量过高,燃气品质难以保证,进而对燃气轮机发电机组产生不利的影响,降低了气化燃气的利用价值。
4) gasification for power
气化发电
1.
The discussion on tar removal method in biomass gasification for power system;
生物质气化发电燃气焦油脱除方法的探讨
5) heat transform generate electricity
热化发电
1.
The analyse for the relation between the hot netting pipeline heat preservation and the heat transform generate electricity;
热网管道保温与热化发电之间的相互关系分析
6) generation optimization
发电优化
1.
Long term generation optimization of Three-Gorge cascade using stochastic dynamic programming;
随机动态规划在三峡梯级长期发电优化调度中的应用
补充资料：膀胱气化
膀胱气化
津液代谢后的剩余水液，贮存于膀胱，并在肾阳蒸化作用的促进下，膀胱具有排泄尿液的功能。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条