1.
Characteristics Study on Super-Low Value Fuel Catalytic Combustion Gas Turbine System;
超低热值燃料催化燃烧燃气轮机系统特性研究
2.
Influence of Low-heating-value Fuels on the Operating Characteristics of a Miniature Gas Turbine
低热值燃料对微型燃气轮机运行特性的影响
3.
SYSTEM PERFORMANCE ANALYSIS AND CONTROL STRATEGY STUDY OF GAS TURBINE BURNING SYNGAS FUEL WITH VARIATION OF AMBIENT TEMPERATURE
某型燃气轮机燃烧中低热值燃料随环境温度变化的控制规律分析
4.
The Analysis of Flow-field and the Predication of Performance of a Compressor in a Gas Turbine System Utilizing Ultra-low Heat Value Fuel
超低热值燃料微型燃气轮机中压气机的流场分析与性能预测
5.
Experimental Study on Combustion Characteristics of a Lower-Heat-Value Gas Engine
低热值气体燃料发动机燃烧特性试验研究
6.
Relationship Between the Calculated Efficiency of a Boiler and the Low and High Calorific Value of Fuel
锅炉的计算效率与燃料的高低位发热值的关系
7.
Trials on a mew type of gas turbine using super low heat value fuel
超低热值燃气微型燃气轮机试验研究
8.
Numerical Research on deNOx Technology of Fuel Staged Combustion;
燃料分级低NOx燃烧技术数值研究
9.
Aviation fuels--Calculation of net heat of combustion
GB/T2429-1988航空燃料净热值计算法
10.
Analysis of MOX core thermal characteristics and design criteria
MOX燃料堆芯热工特性及设计限值研究
11.
Numerical Simulation and Experimental Study on Low Calorific Value Coal Mine Methane Burner;
低热值煤层气燃烧器的数值模拟与实验研究
12.
Numerical Simulation Research on Three Dimensional Turbulence Flow in a Gas Turbine Combustor Burning Low Heat Value Syngas
燃气轮机低热值合成气燃烧室内三维湍流流动的数值模拟研究
13.
The fuels which are burned in the furnace are selected for their high calorific value, and give the maximum amount of heat.
要从发热值高的角度选择炉内燃烧的燃料，才能发出最大的热量。
14.
The Research for the Formation of Binary H-D Mixture ICF Target by Thermal Gradient Method;
热梯度法制备H-D燃料低温冷冻靶的研究
15.
The problems and solutions of boilers burning low calorific coal water mixture
锅炉燃用低热值水煤浆遇到的问题及解决办法
16.
Discussion on strengthening steam coal management and reducing calorific value differentials between factory-incoming coal and furnace-incoming coal
加强燃煤管理 降低进厂煤与入炉煤热值差
17.
If the combustion, just heat is let out to the fuel.
如果燃烧，燃料就放出热。
18.
Although the total calorific value of oxypropane flame is higher than that of oxyacetylene flame, its first calorific value is lower, so its burning temperature is lower and its heating time is longer.
氧丙烷焰比氧乙炔焰的总热值高，但一次热值低，因此燃烧温度低，预热时间较长。