基本释义:

热传导能力

网络释义

1)capacity of heat transmission,热传导能力

2)thermal conduction capability,热传导能力

3)heat dissipation,热传

4)Heat conduction,热传导

5)heat and mass transfer,传热传质

6)heat transfer,热传递

7)thermal conduction,热传导

8)heat transfer,热传输

9)Heat transmission,热传递

10)heat transfer and mass transfer,传热传质

用法和例句

Estimation of thermal properties based on inverse heat conduction method;

基于热传导逆问题方法预测材料热物性参数

The application of wavelet-based element in heat conduction;

小波单元在热传导问题中的应用

Analysis of Heat and Mass Transfer Behavior of the PTA Oxidation Reaction Condensers;

PTA氧化反应冷凝器传热传质行为分析

Theoretical model for calculation of the characteristics of heat and mass transfer for the slurry droplets;

雾滴传热传质特性的理论计算模型

Analysis of heat and mass transfer on cornea in vacuum freeze-drying experiment;

角膜真空冷冻干燥实验的传热传质分析

Effect of fabric structure parameters on its heat transfer property;

织物结构参数对热传递性能的影响

Analysis of heat transfer through textiles by Marc/Mentat;

用Marc/Mentat进行纺织品热传递分析

Symplectic method in two dimensional thermal conduction under steady state;

二维稳态热传导问题中的辛方法

A thermal conduction model of single channel spark per pulse was presented.

通过分析放电通道形成过程和热流密度分布函数,采用解析法建立了单个脉冲放电通道的热传导模型,并运用积分变换法和有限差分相结合的方法进行了温度场求解。

Aerogels have special thermal conduction manners which are different with common materials,be- cause of their unique structures.

气凝胶的独特结构使其具有不同于一般材料的热传导方式。

On-line Control Method to Secondary Cooling Zone of Continuous Caster for Square Billet Based on Heat Transfer Theory;

基于热传输理论的方坯连铸二冷水在线控制方法

A computational heat transfer model to describe the freezing process of continuous casting slab is developed.

开发了一种描述连铸坯凝固过程的热传输数学模型。

The heat transfer model of atomized droplets during high velocity arc spraying (HVAS) was proposed.

提出了高速电弧喷涂(HVAS)雾化过程熔滴的热传输理论模型,并用一种FeAl合金进行数值分析。

Based on heat transfer and mass transfer analysis, the mathematic model of drying process is established.

通过对传热传质过程的分析,建立干燥过程的数学模型,分别总结出烟叶在恒速干燥阶段和降速干燥阶段的能量平衡方程,推导出烟叶温度、水分随热空气的温度以及干燥时间的变化关系,对于优化控制设备的工艺参数、指导烟叶复烤生产、节约能耗有着重要的作用。

Based on heat transfer and mass transfer analysis,the mathematic model of drying process is established.

通过对传热传质过程的分析,建立了干燥过程的数学模型,分别总结出烟叶在恒速干燥阶段和降速干燥阶段的能量平衡方程,推导出烟叶温度、水分随热空气的温度以及干燥时间的变化关系,对于优化控制设备的工艺参数、指导烟叶复烤生产、节约能耗有着重要的作用。

On this basis set up was a phase-transformation heat transfer and mass transfer constant-pressure model for the drying process of a wet region with liquid-phase saturation-degree S and temperature T serving as parameters.

建立了以液相饱和度S和温度T为参数的湿区干燥过程相变传热传质常压模型。