1.
Major Obstacles of Constructing Biomass Combined Heat and Power (CHP) Plants in China;
我国建设生物质热电联产项目主要问题研究
2.
cogenerating heat and power
热电联产,热电并供
3.
The Evolution of Cool, Heat and Power Plants From CHP;
热电厂发展前景—由热电联产走向冷热电联产
4.
Research on Biomass Flash Pyrolysis and Utilization of Pyrolysis Products;
生物质热裂解实验研究及热裂解产物利用
5.
Studies on Thermo-conversion of Lignocellulosic Biomass and the Fermentation of Its Main Products
木质纤维素生物质热解产物发酵燃料乙醇研究
6.
Comparison of Energy Consumption between Combined Production of Heat,Electric,Cool and Combined Production of Heat,Electric Plus Electricity-driven Refrigeration
热电冷联产与热电联产加电制冷能耗比较分析
7.
A Model of Circular Economy Development in the Building s Cooling Heating & Power Systems;
建筑物冷热电联产的循环经济发展模型
8.
Gaojing Power Plant will switches to gas-fired.
区域燃气热电联产工程。
9.
generate heat, electricity, power, etc
产生热、 电、 动力等
10.
Study on Combined Cooling, Heating and Power System for Eco-Industrial Parks;
用于生态工业园的冷热电联产系统研究
11.
Both cogenerated heating electricity and refrigeration system (CHER)and biomass technology have wide perspective of development.
生物质技术与热电冷三联供系统都是当前具有广阔发展前景的技术。
12.
Application of Exergy Analysis in Heat and Electricity Combination of Mini-type Thermal Power Plant;
分析在小型热电站热电联产中的应用
13.
Research on the energy saving innovation of combined cooling heating and power on power plant
某热电厂实施冷热电联产的节能分析
14.
Laser-induced Thermoelectric Voltage Effect in Strong Correlated Oxide Thin Films and Its Detector Application;
强关联氧化物薄膜光（热）感生热电势效应及探测器应用
15.
The Strategy Program of Guodian Lanzhou Thermal Power Corporation Power Plant Construction;
国电兰州热电公司热电联产电源建设战略规划
16.
ectric heating by electromagnetic induction
电磁感应产生的电热
17.
An electric current produced by illumination of a photoelectric material.
光电流由光电物质的照明而产生的电流
18.
"Fire: Rapid Burning of combustible material, producing heat and usually accompanied by flame."
火: 可燃物质的快速燃烧,产生热量,通常还有火焰。