1.
The design and experiment of a cryogenic heat pipe with a reservoir in room temperature
使用常温气库的低温热管设计与实验
2.
Investigation on a Novel Cryogenic Heat Transfer Method Based on Natural Circulation Cooling and Cryogenic Heat Pipe;
基于低温热管与自然循环的高效低温传热方法研究
3.
Theoretical Analysis and Numerical Simulation on Heat Pipe of Natural Circulation Cooling and Cryogenic Heat Pipe Coupled System;
自然循环与低温热管耦合系统中热管性能的理论研究与数值模拟
4.
Fundamental energy conditions of the application of low-temperature heat pipe in Qinghai-Tibet railway
青藏铁路低温热管应用的能量基础条件
5.
The Surface Frosting Mechanism Research of Fin-tube Heat Exchanger under Low-temperature;
低温翅片管换热器表面结霜机理研究
6.
Experimental Investigation on Cryogenic Loop Heat Pipe;
低温环路热管（CLHP）的实验研究
7.
Research on Heat Transfer of Air-heated Finned-tube Vaporizer in Low-temperature Condition
空温式翅片管气化器在低温工况下的传热研究
8.
Investigation on Heat Transfer Characteristic and 3D Animation Simulation of Cryogenic Loop Heat Pipe;
低温环路热管传热特性研究及3D动画仿真
9.
This trap is suitable for low temperature accompanying heat line pipe and working condition which needs low temperature to discharge frozen water.
该阀适用于低温伴热管线和需要低温排除凝结水的工况。
10.
Study on Frost Characteristic of Finned-tube Heat Exchanger under Low Temperature Conditions
低温工况下翅片管换热器结霜特性研究
11.
Study on Heat Transfer Characteristics of Ice-on-Coil Design of Cold Air Distribution System;
蓄冰盘管传热性能及低温送风空调系统研究
12.
Research on Spiral Finned Tubes in Application of the Low Temperature Reheater of 670t/h Coal-fired Boiler;
螺旋肋片管在670t/h锅炉低温再热器应用的研究
13.
The Analysis on Pipes Technique and Economic of Low Temperature Hot Water Floor Radiant Heating;
低温热水地面辐射采暖管材技术经济分析
14.
Research on Microstructure and Low Temperature Toughness of Welding Heat-affected Zone of X70 Pipeline Steel
X70管线钢焊接热影响区组织及低温韧性研究
15.
SIMULATION AND ANALYSIS ABOUT WORN-OUT ON CONNECTING PIPE OF LOW-PRESSURE REHEATER FOR A BOILER OF 600 MW UNIT
600MW机组锅炉低温再热器连接管磨损的模拟分析
16.
Application of heating cable in low-temperature floor radiant heating and heat preservation of conduit
发热电缆在住宅低温地板辐射采暖和管道保温中的应用
17.
When tube wall strength can not bear inner steam pressure in the tube, blowout of low-temperature tube occurs.
当管壁强度无法承受管内蒸汽压力时，导致低温过热器管爆裂。
18.
At the same time, low-temperature superheater keeps on running under the high temperature for long time, microstructure appears globular carbide configuration, and bearing capacity of materials at high temperature declines.
同时，低温过热器长期高温运行，组织已出现珠光体球化现象，管材高温承载能力降低。