1) self-excitation oscillation flow heat-pipe of non-uniform section
非均匀截面自激振荡流热管
2) SEMOS heat pipe
自激振荡流热管
1.
In this paper, pulse heating was adopted instead of continuous heating for the sake of improving the heat transfer performance of SEMOS heat pipe.
自激振荡流热管也称为脉动热管,是一种新型高效的传热元件。
3) self-oscillating heat pipe
自激振荡热管
1.
The close loop self-oscillating heat pipes(CLSOHP) of two different internal diameters have been experimented.
实验证实R134 a具有良好热传导性能,有望在微通道闭式自激振荡热管中使用。
2.
Self-oscillating heat pipes are micro-channel heat-dispersing devices for electronics cooling,and it seems that close loop self-oscillating heat pipes(CLSOHP) without check valves can be used in electronics cooling for their special advantages.
自激振荡热管是一种可用于电子冷却的微通道传热元件,而无阀闭式环路型自激振荡热管(简称CLSOHP)由于具有特别的优势极可能用作电子散热装置。
4) non-uniform profile
非均匀截面
1.
The heat transfer properties and heat transfer reinforcement methods of Self-Exciting Mode Oscillating Flow (SEMOS) Heat Pipe are analyzed in this paper, and a comparative research between uniform profile and non-uniform profile SEMOS Heat Pipe is made by using high continue heat flow laser through changing the output of laser.
本文对自激振荡流热管的传热特性及强化传热手段进行了分析,并利用高热流连续激光作为加热手段,通过改变激光器的输出功率,对等截面和非均匀截面自激振荡流热管的传热特性进行了对比实验研究。
5) nonuniform sectional area
非均匀截面结构
6) Oscillating-flow heat pipe
振荡流热管
1.
Oscillating-flow heat pipe (OFHP) in drying has a great potential for application.
振荡流热管(OFHP)在干燥领域有广阔的应用前景。
2.
Experimental investigation on the heat transfer characteristics of oscillating-flow heat pipe by acoustic cavitation compared with ordinary oscillating-flow heat pipe is given.
本文提出了声空化强化振荡流热管传热的方法,并对常规振荡流热管与声空化振荡流热管传热性能进行了对比实验,观察不同加热温度和声空化强度对热管传热性能的影响。
3.
In this paper,a series of experiments were performed to investigate the influences of pulse duration,interval time and heating power on the heat transfer characteristics of oscillating-flow heat pipe by pulse heating.
本文采用脉冲热源替代常规连续热源,通过实验观察加热功率、脉冲宽度及脉冲间隔对振荡流热管传热性能的影响,并对热管壁面温度信号进行了分析。
补充资料：非自衡的非振荡过程
分子式：
CAS号：
性质： 有些过程在输入阶跃作用下，被控变量会一直上升或下降，直到极限值。
CAS号：
性质： 有些过程在输入阶跃作用下，被控变量会一直上升或下降，直到极限值。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条