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.

Theoretical deduction and analysis of equivalent thermal conductivity of oscillating heat pipes;

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.

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).

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.

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.

Nonlinear fitting calculation of wood thermal conductivity using neural networks;

General model of PR thermal conductivity and its analysis of precision prediction;

Molecular dynamics simulation of thermal conductivity of a gas in nanoscale pores;