1.
Heat Dissipation's Correction in Measuring Solid Specific Heat Capacity by Mixing Method
混合法测固体比热容实验中的散热修正方法
2.
Comparison between hexagonal prism’s specific heat and Debye model at low temperature
低温下六方晶格的固体热容与德拜模型比较
3.
Parameter-Optimized and Experiment-Studied in Solid-State Heat Capacity Laser;
固体热容激光器参数优化与实验研究
4.
Design of Unstable Resonator and Thermal Stability for Rod Type Solid State Heat Capacity Laser(SSHCL);
棒状固体热容激光器谐振腔及其热稳设计
5.
Numerical analysis of thermal blooming in the atmosphere for highenergy solid-state heat capacity lasers
高能固体热容激光器大气热晕效应数值分析
6.
Study on Nd:GGG Solid-State Heat-Capacity Laser Crystal and Growth Technology;
Nd：GGG固体热容激光晶体材料及生长技术的研究
7.
EFFECT OF NEUTRON-IRRADIATION ON SPECIFIC HEAT CAPACITY OF 6H-SiC CRYSTAL
中子辐照对6H-SiC晶体比热容的影响
8.
Power Conditioning System for Flashlamps Pumped kW Level Solid State Heat Capacity Laser;
氙灯泵浦千瓦级固体热容激光器的电源系统
9.
Investigating Thermodynamic Properties of Undercooled Melts Using Containerless Solidification Techniques
采用无容器凝固技术研究过冷熔体热物理性质
10.
Data Processing by Means of Electro-thermal Method in Liquid Heat Capacity Laboratory Experiment;
用电热法测液体的比热容实验的数据处理
11.
All bodies of matter conduct heat to some degree. But many solids conduct heat better than do liquids, and liquids better than gases.
一切物体都能在某种程度上传热，但许多固体比液体传热性能好，而液体又比气体好。
12.
heating a solid substance in a closed container and collecting the volatile products.
加热密闭容器中的固体物质并收集挥发物质的过程。
13.
The Study of the Thermal Effect of the Active Medium in Solid State Heat Capacity Laser(SSHCL)
固体热容激光器增益介质的温度和应力分布研究
14.
testing methods for specific heat capacity of plastics
塑料比热容试验方法
15.
non-solid tantalum electrolytic capacitor
非固体电解质钽电容器
16.
solid dielectric variable capacitor
固体介质可变电容器
17.
gas-impregnated fixed capacitor
气体渗透固定电容器
18.
To melt(a solid)by heating.
熔化通过加热熔化固体