1.
Study on Photothermal Measuring Method of the Thermal Conductivity Tensor of Anisotropic Materials with Unknown Principal Axes;
未知主轴各向异性介质的热导张量光热测量方法研究
2.
In the most general case the thermal conductivity is a tensor with six components.
在最一般的情况下，热导率是一个具有六个分量的张量。
3.
semiconductor bolometer
半导体辐射热测量器
4.
a device designed to transmit electricity, heat, etc..
传导热量或电流的装置。
5.
Influence of side radiating on thermal conductivity measurement
侧面散热对导热系数测量的影响研究
6.
An Exploratory Development of Poor Heat-conductivites at the Heating of Step-fuctions;
不良导体热导率的阶跃函数式加热法测量研究
7.
The ability or power to conduct or transmit heat, electricity, or sound.
传导性传导热、电、或声音的能力或能量
8.
Measuring System of Thermal Conductivity of Poor Conductor Based on LabVIEW
基于LabVIEW的不良导体导热系数测量系统
9.
We derive the relations between physical and tensor components.
我们推导物理分量和张量分量之间的关系式。
10.
Vasodilation and sweating dissipate heat through radiation and conduction from the skin.
血管舒张和出汗通过皮肤的辐射和传导散热。
11.
A New Method of Computing the ConductivityTensor of Brain Tissue Based on Water Diffusion Tensor
由水分子扩散张量计算脑组织电导率张量的新方法
12.
Investigation on Effective Thermal Conductivity of Oscillating Heat Pipes by Numerical Simulation and Experiments
振荡热管当量导热系数数值模拟与试验研究
13.
The Mean Value Survey Law for Thermal Resistance Test of Power Semiconductor Radiator
电力半导体散热器热阻测试中的平均值测量法
14.
Vasodilation: leads to greater blood flow to the area of inflammation, resulting in redness and heat.
血管扩张：炎症灶血流量增加使得局部红、热。
15.
The Thermodynamics Methodfor Proving the Symmetry of Tensors for Cystal Physical Properties
证明晶体物理性能张量对称性的热力学方法
16.
Study of Hot Plasma Dielectric Tensor in the Range of Ion Cyclotron Wave
离子回旋频段内热等离子体介电张量研究
17.
Amendment to the Measurement of Thermal Conductivity of Poor Conductor by Using the Steady-state Method
稳态法测量不良导体导热系数原理的修正
18.
the transference of heat from one body to another
热量由一个物体到另一个物体的传导