1.
The New Research to the Control of Ratio of Fuel to Water of Supercritical Once-Through Boiler
超临界直流锅炉燃水比控制新方法的研究
2.
Structure and Design Analysis of the Burner Area Water Wall
燃烧器区水冷壁(水冷套)分类比较及设计分析
3.
Reasoning of Technical Scheme Using Gas Turbine to Drive Water Injection Pump Directly
燃气轮机直接拖动注水泵技术方案对比论证
4.
Comparison of Extraction Methods of Biofuel from Waterblooms in Dianchi Lake
利用滇池水华蓝藻提取生物燃料的方法比较
5.
Comparison of CO_2 Capture by Ammonia Water Before and After Combustion in a Coal-fired Power Generation System
煤基发电系统燃烧前后氨水吸收CO_2的对比
6.
Numerical and Experiment Studies on Water Ramjet with Effect of Water-fuel Ratio
水燃比对水冲压发动机性能影响数值模拟与试验研究
7.
Power generated from wind, water and sunlight are commonly viewed as preferable to combustion of fossil fuel.
利用风力,水力,太阳能产生的能量,要比燃烧石油优越得多.
8.
Comparison Study of Environmental Effects between Solar Water Heating System and Coal-fired Boiler System with LCA;
LCA法比较太阳能热水器和燃煤锅炉系统的环境效益
9.
Comparison Between Three-use Water Source Heat Pump and Conventional Air-cooled Chiller with Hot Water Oil-burning Boiler Schemes
三用型水源热泵方案和常规风冷冷水机组加燃油热水锅炉方案的比较
10.
Though hydroelectric power generation uses no fuel, the initial cost to build a hydro power station is significantly higher than the initial cost of an equivalent capacity base-load or peaking type thermal power plant.
尽管水力发电不需燃料,但建造水电站的费用要比建等容量基荷或填峰型火电厂的费用高得多。
11.
(of fuel) highly combustible; having a high proportion of fuel to air.
（指燃料）非常易燃的；气体中可燃物质的比例很高。
12.
Comparative numerical simulation of combustion flows in a dual-fuel-combustor
燃气轮机双燃料燃烧室流场对比数值研究
13.
Comparison of Oxy-fuel Firing and Air combustion In glass furnace combustion space
全氧燃烧与空气助燃玻璃窑炉燃烧空间比较
14.
Comparision between gas-steam combined cycle and APGC cycle based on aspen plus
蒸-燃联合循环与燃-燃联合循环的模拟和对比
15.
Numerical Simulation of the Process of Fuel Combustion in the Burnre with Different Distribution of Wind
配风比对燃油燃烧器燃烧过程影响的数值模拟
16.
fuel evaporation rate
燃料产汽率（蒸发量与燃料耗量之比）
17.
Comparison and Analysis to Comprehensive Utilization Efficiency of Fuel Oil and Coal;
燃料油与燃煤综合应用效益对比分析
18.
Comparison of flame-resistance of PAN blended with different flame retardant
不同阻燃剂与PAN共混阻燃的效果比较