融解温度

本文研究了光敏氧化前后甲素与DNA的结合以及这种结合对DNA-EB复合物荧光强度、DNA融解温度和圆二色谱的影响。

The binding of Hypocrellin A ( HA ) to DNA prior to and after irradiation and its effects on the fluorescence of DNA-EB complex and changes of temperature-dependent UV absorption and circular dichroism spectrum of DNA were studied in this work .

本文提出了研制一种具有多孔基体的复合相变储能材料，通过实验分析了该储能材料的融解温度、融解热、热稳定性及微相结构等性能。

The thermal energy storage material of building is prepared with the compound of expanded-perlite porous skeleton and organic-acid phase change materials by physical adsorption .

其热容量比一般的无机水合盐大、融解温度比冰高。

The heat capacity of the material investigated is larger than that of salt hydrates , and melting point is higher than that of ice .

低于镉的融解点温度时会出现故态金属的镉脆化。

Solid-metal embrittlement by cadmium can occur at temperatures below the cadmium melting point .

在热分析中，用示差扫描量热仪（DSC）来测定蓄冷材料的融解热，温度传感器用来测定蓄冷材料的凝固点和融解点。

In the analysis , the Differential Scanning Calorimenter ( DSC ) was used to determine the heat of fusion of the cool storage materials . The temperature sensor was used to determine the freezing point and melting point of the cool storage materials .

该蓄冷材料的融解热是118.996kJ/kg、起始融解温度是6.399℃。

The melting latent heat is 118.996 kJ / kg , and melting onset point is 6.399 ℃ .