1.
Optimized Design for Fin at Cool Sides and Hot Sides of Thermoelectric Refrigerator Sink
某半导体致冷器冷热端散热翅片的优化设计
2.
terminal heating & cooling units
终端加热和冷却单元
3.
The Study on the Power Plant's Cold-end System and the Heat Transfer Performance of the Cooling Tower
电厂汽轮机冷端系统及冷却塔热力性能研究
4.
An ardent outset may be followed by declension.
热情的开端可能继之以冷漠。
5.
A Method to Eliminate the Temperature Effect. at the Cold End of a Thermoelectric Couple
一种消除热电偶冷端温度影响的方法
6.
Utilizing CFD software package to design the radiator on the hot side of thermoelectric refrigerator and experiment research
半导体冷藏箱热端风冷散热器CFD辅助设计和实验研究
7.
Research on the Heat Transfer of the Endwall Film-cooling in Axial Flow Turbine Cascade;
轴流涡轮叶栅端壁气膜冷却的传热研究
8.
Optimal Design of 75KV DC Cable Termination with Heat and Cold Shrinkable Dust Reduction
75KV直流除尘电缆冷热缩相结合终端优化设计
9.
Thermodynamic computation of the cold side of solar powered membrane distillation by programming with VB
VB程序实现太阳能膜蒸馏冷端热力计算
10.
Heat leak of a 68kA HTS current lead for ITER
ITER 68kA高温超导特大电流引线的冷端漏热
11.
Talking about the Compensation for the Cold-end Temperature of the Thermocouple in the Process of Coal Quality Test
煤质检验过程中对热电偶冷端温度的补偿
12.
The Principles and Strategies of Service Report on University Entrance Examination
高考服务性报道避免“冷”“热”极端的原则与策略
13.
Design of Cold End Self-motion Compensation of K Thermal Couple on the Basis of Single Chip
基于单片机的K型热电偶冷端自动补偿设计
14.
Fourth dimensional earth will not know extremes in temperature, for within the fourth dimension there is not hot or cold; only balance.
第四密度的地球气候将不极端，因为第四密度里没有冷热，只有平衡。
15.
Well, temperatures are a bit extreme there. Winter is very cold. And summer is extremely hot and dusty.
（哦，那里的气温有些极端。冬天非常冷。夏天又极热，而且灰尘很多。）
16.
When the stopcock is opened, water flows from the top of the warmer column into the colder column.
打开活塞后，水即由较热的水柱顶端流入较冷的水柱。
17.
Heat is said to reach the cooler end of the rod by conduction along or through the material of the rod.
于是我们就说，热沿着（或经过）棒的物质传导到棒的较冷的一端。
18.
THE DIGITAL HIGH-PRECISION TEMPERATURE MEASUREMENT SYSTEM WITH-SIDE TEMPERATURE COMPENSATION BASED ON THE DS1620 AND 80C51
基于DS1620和80C51的热电偶冷端自补偿高精度数字测温系统