1.
Thermal Load and strength in Internal Combustion Engine ?
内燃机热负荷与热强度
2.
Determination of indexes of heat stress in wearing capstan pressure vest anti-G suit with breathing bladder
带呼吸囊管式背心抗荷服的热负荷测定
3.
The resulting system has an even heat loading.
这样的系统有均匀的热负荷。
4.
Analysis of Temperature Field for the Piston of 6DE1 Diesel Engine;
6DE1大功率柴油机活塞热负荷分析研究
5.
Thermal Load Analysis and Structure Optimization for CA4GC Gasoline Engine
CA4GC汽油机热负荷分析及结构优化
6.
Analysis of Heat Load in Tread Braking of Metro Vehicles with the Speed of 100 km/h
时速100km地铁车辆踏面制动热负荷分析
7.
Numerical Simulation of Anti-icing Heat Load for Strut of Aeroengine Inlet
发动机进口支板防冰热负荷数值模拟
8.
Study and Application of the Load Intelligent Regulating System of the Total Thermoelectric Plant;
热电厂全厂热负荷智能调节系统的研究与应用
9.
With a project examples, calculates the latent heat by pool water evaporation, and concludes that the pool water evaporation is an important factor influencing air conditioning load.
结合工程实例，计算了池水蒸发潜热量，得出池水蒸发潜热负荷是空调负荷的一个重要影响因素。
10.
Effect of coupled heat and mass transfer in envelope on building load Ⅰ:winter heating load
新建建筑围护结构的热质耦合传递对建筑负荷的影响Ⅰ:冬季热负荷
11.
An empirical equation (Eq.1) was derived from the experimental results shown in Figure 10.Evidently, the jet flow turbulence and the vibration effect can be utilized to increase the burn-out heat flux and to delay the occurance of boiling crisis.
临界热负荷实验结果可由经验公式(1)表达之.
12.
The Simulation of the Dynamic Thermal Loading and Virtual Malfunction of the Internal Combustion Engine;
内燃机动态热负荷及其虚拟故障的仿真
13.
Calculations and Experiments of the TF Magnets Heat Load on EAST;
EAST托卡马克装置纵场线圈热负荷的计算与实验
14.
Heating Supply Load Crossover Forecasting Research Based on Time Series Analysis;
基于时间序列分析的供热负荷交叉预报研究
15.
Temperature Measurement and Thermal Loading Analysis of Piston of CNG Engine;
天然气发动机活塞温度测量及热负荷分析
16.
Numerical Simulation of Surface Heat Flux Distribution on Furnace Wall of a 300MW Utility Boiler;
300MW电站锅炉炉膛壁面热负荷分布的数值模拟
17.
Calculation method of heat duty in refinery engineering
炼油厂设计热力负荷计算方法
18.
These withstand heavy loads and thermal stresses well.
它们能很好地耐受重负荷和热应力。