1.
DYNAMIC ANALYSIS OF SPECIFIC HEAT DENSITY OF Ar ARC BRAZING ZONE
氩孤钎焊加热区比热流分布的动态分析
2.
Steady-state heat flow is comparable to the flow of an incompressible fluid.
稳态热流和不可压缩流体的流动可相比拟。
3.
Influence on Multiport Buoyant Jet of Thermal Water at Different Velocity Ratio in Co-flowing
同流中不同流速比对多孔热浮射流的影响
4.
Comparison study of thermal flow field simulation for acetylene production from coal plasma pyrolysis
煤等离子热解制乙炔热流场模拟的对比研究
5.
Research on Flow Ratio Change Based on Temperature-coefficient Method
流温法热分配系统流量比例变化的研究
6.
The hot temperature difference and adiabatic efficiency increased by increasing cold air fraction,but cold temperature difference decreased.
冷流比增加,涡流板制热效应和绝热效率增加,而制冷效应下降.
7.
Comparative Analysis of 40 Cases Epidemic Hemorrhagic Fever Patients in the Young Adults and the Elderly
青壮年、老年流行性出血热对比分析40例
8.
Flow Field Comparison and Analysis of Coal Mine Air Heater with Different Tube Bundles Based on FLUENT Software
基于FLUENT软件矿井空气加热器管束流场对比分析
9.
Comparative study on three different heat exchange and fractionation processes for delayed coking unit
延迟焦化装置三种换热分馏流程的比较
10.
Research on Soil Respiration of Different Plant Communities in Ebinur Lake Basin
艾比湖流域土壤呼吸日变化及水热因子影响
11.
2. The effects of eddy flux and Cu horizontal mixing of heat are of minor importance;
2.热量的湍流涡旋通量及积云的热量水平输送作用都比较小。
12.
COMPARISON IN PERFORMANCES OF BRAYTON AND CARNOT THERMAL ENGINE CYCLES (Ⅰ) STEADY FLOW CYCLES WITH INFINITE RESERVOIRS
布雷顿和卡诺热机循环性能比较(Ⅰ)定常态流恒温热源循环
13.
COMPARISON IN PERFORMANCE OF BRAYTON AND CARNOT THERMAL ENGINE CYCLES(Ⅱ)STEADY FLOW CYCLES WITH FINITE RESERVOIRS
布雷顿和卡诺热机循环性能比较(Ⅱ)定常态流变温热源循环
14.
Comparison Experimental Study of Heat Transfer Performance of Heat Exchangers with Different Helical Baffles
不同螺旋角螺旋折流板换热器传热性能对比实验
15.
Comparison of heat transfer performance of enhancement tubes in EHD convection experiment
几种换热管在电场强化对流实验中传热性能比较
16.
Numerical study on adiabatic wall cooling effectiveness and convective heat transfer coefficient of effusion cooling
致密孔阵气膜冷却绝热温比和对流换热系数的数值研究
17.
HF-current generates warmth in tissues.This warmth rises proportionally to electrical resistance and superproportionally to the square of current density.
高频电流流过组织时产生热量,这些热量和电阻抗、电流强度的平方成正比。
18.
The Comparison between Relationships of Intraseasonal Oscillation Intensity of Tropical Convection and Circulation with Sea Surface Temperature
热带对流和环流季内振荡强度与海表温度关系对比研究