1.
Interaction among a Screw Dislocation, Interfacial Crack and Inclusion under Uniform Heat Flux;
均匀热流场中螺型位错、界面裂纹与夹杂的相互作用
2.
The Heat Transfer Model for a Non-Uniform Granular Flow and It’s Effective Thermal Conductivity;
非均匀颗粒流的热传导模型及其有效热导率
3.
The difference of heated area between tubes is very small, so the thermal deviation mainly results from inhomogeneous endotherm and flux.
但由于管子毛间的受热面积差异很小，过热器的热偏差主要由于吸热不均匀和流量不均匀造成。
4.
Analysis of the thermoelectric characteristics of solid oxide fuel cell stack using flow uniformity
基于流动均匀性的SOFC单元的热电特性分析
5.
Area Source Filament Thermion Emission Flow Density And Uniformity Analysis
面源灯丝的热电子发射电流密度和均匀性分析
6.
THE HEAT TRANSFER HETEROGENEITIES OF BENDS IN FLOW BOILING OF HAIRPIN TUBES
蛇形管流动沸腾弯头处传热的非均匀性
7.
Theoretical Study on the Effective Thermal Conductivity of a Non-uniform Granular Flow with the Fractal Characteristic of Particle Size Distribution;
粒度分布具有分形特征的非均匀颗粒流的有效热导率理论研究
8.
Effects of cooling modes on hot compression deformation behavior of aluminum alloy 7050 after homogenization
均匀化后冷却方式对7050铝合金热压缩流变行为的影响
9.
Internal flow Road evenly reasonable design, distribute streaming delicate.
内部流道均匀设计合理，分流细腻。
10.
Heaters must be distributed uniformly around the orchard.
加热器必须均匀地分布于园内。
11.
The resulting system has an even heat loading.
这样的系统有均匀的热负荷。
12.
Microwave drying based on heating uniformity
基于加热均匀性的微波干燥研究进展
13.
Preparation of YAG Nanopowder by Hydrothermal Homogeneous Precipitation Method
水热均匀沉淀法制备YAG纳米粉体
14.
THE NONUNIFORM MESH APPROACH WITH THERMAL LATTICE BOLTZMANN MEHTOD AND ITS ALLPICATION
热格子-Boltzmann模型非均匀网格算法及应用
15.
Heat flow from a hotter to a cooler body is a process of energy transfer tending to equalize temperature.
热从高温物体流向低温物体是一个能量传递过程，它使温度趋于均匀。
16.
The measured results showed that the vertical and horizontal profiles of heat flux are instantaneously variant and uneven.
结果表明：沿结晶器的高度和周向热流的分布是瞬间变化且不均匀的。
17.
Experimental Study on Heating Uniformity of Microwave? and Far Infrared Radiation
微波加热与远红外加热均匀性实验研究
18.
Effect of Local Thermal Sensation on Human Responses in Non-uniform Thermal Environment;
非均匀环境下局部热感觉对整体热反应的影响