1) equivalent thermal conductivity
当量导热系数
1.
Theoretical deduction and analysis of equivalent thermal conductivity of oscillating heat pipes;
振荡热管当量导热系数的理论推导与分析
2.
The variation relationship of the solar radiation and the equivalent thermal conductivity during the high temperature heat pipe receiver working was analyzed,based on the conclusion of heat transfer characteristic experiments for high temperature heat pipe at semi-circle heated.
基于高温热管半周向加热条件下传热特性试验的结论,研究了高温热管接收器工作时太阳辐射与热管温差的对应关系,从而得出太阳直射辐射与高温热管当量导热系数的关系。
2) effective thermal conductivity
当量导热系数
1.
A method of solving inverse problem was presented that is different from traditional calculation method to investigate the effective thermal conductivity of oscillating heat pipes(OHPs).
提出了利用求解导热反问题的方法来测量振荡热管的当量导热系数。
2.
To get a better understanding of the heat transfer process in cryosurgery,the effective thermal conductivity(ETC) of biological tissue and the effect of related factors on the ETC of the biological tissue were studied.
为了对冷刀治疗热过程有更好的理解,本文研究了生物组织的当量导热系数以及相关因素对当量导热系数的影响。
3) equivalent radiation thermal conductivity
辐射当量导热系数
1.
In this paper, according to the special feature of heat transfer in the porous materials, the calculation of radiation heat transfer in pores is improved, a new concept - equivalent radiation thermal conductivity is built.
本文根据多孔材料的传热特点,修正了气孔内辐射的传热计算,发展了辐射当量导热系数的新概念,建立了多孔材料有效导热系数的数学模型,推导出计算多孔材料有效导热系数的计算式。
4) equal heat conduction coefficient
相当导热系数
1.
The theoretical analysis of both traditional and innovative gravity heat pipes of the same size indicates that the heat transfer coefficient in evaporator section and the equal heat conduction coefficient of the innovative gravity heat pipe were increased by about 11.
结果表明,与常规重力热管比,新型重力热管蒸发段的导热系数和相当导热系数分别提高了11。
5) Equivalent Thermal Expansion Coefficient
当量热膨胀系数
6) equivalent heat transfer coefficient
当量传热系数
1.
using heat flux to calculate equivalent heat transfer coefficients.
通过对热流相加法处理地面问题的分析,提出了一种新的用于计算底层地面传热系数的方法,即由热流量计算地面的当量传热系数。
补充资料：导热系数
分子式：
CAS号：
性质：见热导率
CAS号：
性质：见热导率
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