1.
Study on Fabrication Technology, Performances and Melting Heat Transfer Process of Salt/Ceramic Composite Energy Storage Material;
无机盐/陶瓷基复合储能材料制备、性能及其熔化传热过程的研究
2.
Simplify Passing Error s Formula in Physical Experiment;
冰的熔解热实验误差传递公式的简化
3.
To melt(a solid)by heating.
熔化通过加热熔化固体
4.
The act or procedure of liquefying or melting by the application of heat.
熔化，熔解借助热量液化或熔化的行为或过程
5.
Capable of being fused or melted by heating.
易熔的，可熔化的通过加热能被融化或熔化的
6.
Numerical Simulation of Heat, Momentum and Mass Transport in LEC Growth of GaAs Crystal
LEC法砷化镓晶体生长中熔体流动与传热传质数值模拟
7.
Numerical Simulation of LEC Growth of GaAs with a Double Crucible
双坩埚LEC法砷化镓熔体流动与传热传质数值模拟
8.
To become liquefied from heat.
熔化加热后成为液状
9.
Magnesium Alloy Melting Furnace Structure Design and Research Based on Flow Heat Transfer Analysis
基于流动传热分析的镁合金熔化炉结构设计与研究
10.
HEAT TRANSFER RESEARCH ON MOLTEN SALT RECEIVER WITH SEMI-CIRCUMFERENCE HEAT
半周加热半周绝热的熔盐吸热管传热特性研究
11.
The heat of fusion is the heat required to melt a substance at its normal melting temperature.
熔化热是一种物质在其熔点温度全部熔化所需要的热量。
12.
Experimental heat transfer research on molten salt receiver tube of high temperature and high flux
高温高热流密度熔盐吸热管传热试验研究
13.
Experimental instrument of measuring the melting heat of ice by electrothemal method
电热法测定冰的熔化热实验仪的研制
14.
A electric resistance furnace, improves the thermal efficiency of the melting process.
这种电阻式熔炉提高了熔化过程中的热效率。
15.
But if we heat it in a furnace it will melt and become a liquid.
但如果放到熔铁炉内加热，它就会熔化成为液体。
16.
System Design and Experimental Research on Molten Salt Heat Transfer and Thermal Storage for Concentrating Solar Utilization;
太阳能高温熔盐传热蓄热系统设计及实验研究
17.
Numerical Simulation Heat and Mass Transfer in a Molten Carbonate Fuel Cell;
熔融碳酸盐燃料电池单体传热传质数值模拟
18.
heat fusion press
热熔转印机，热熔压烫机