decalescence

Besides the former decalescence content is 93.3% that of the latter.

通过积分可知，前者的吸热量为后者的93.3%。

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The ablation resistance was obtained due to the combined action of both the high strength cermet with the durability to erosion and high temperature and the metal binder, Cu, performing decalescence and volatilization at high temperature.

材料的抗烧蚀机理为耐高温、耐冲刷的高强度陶瓷骨架以及高温下挥发吸热的金属Cu粘接剂，二者的综合作用使材料具有抗烧蚀性。

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They also take effect in sterilization, decalescence, detumescence, softening skin and maintaining cell vitality.

他们还采取消毒效果，吸热、消肿、软化皮肤、保持细胞活力。

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Firstly in this part the paper establishes three fibrin heat falling models: fibrin decalescence decomposition model;

第二节中建立了纤维素的三个热降解模型&纤维素吸热分解；

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Compared to tradition heat regenesis, microwave regenesis had the characters of high regenesis adsorption efficiency, quickly decalescence and short regenesis cycle.

结果表明，微波辐射再生比传统加热再生吸附效率高，且具有再生过程吸热快，再生周期短的特点。

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Modern technology developed decalescence glass.

现代科技研制出的吸热玻璃。

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The result shows that the hot reaction of MDI is steady and there is neither decalescence nor give out hot in the area of the tested temperature.

结果表明：MDI自身的热反应特征平稳，在被测的温度范围内，基本无放热及吸热现象发生；

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The adsorption of Cu~ ( 2+) is a spontaneous and decalescence adsorption process.

Cu2+的吸附过程为自发的吸热吸附过程。

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Along with the increase of decalescence of cooling medium, gas contents increases and degree of dry steam rises.

冷却介质主流发生相变的点称之为蒸发点，其后随着介质不断吸热，气态含量增多，蒸汽干度上升。

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According to the low temperature melting decalescence/ heat insulation mechanism, a given grade aero-dynamic heat-resistant coating was studied in this paper.

以低温消融吸热/隔热机理为理论指导，研究一种特定耐热等级的气动热防护材料。

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The light irradiation result in dye particles distribution, tuft and pollutants impurity change color and carbonization, and form itself into point of decalescence, and transfer heat to silk fiber farther destroy silk fiber.

染料颗粒、丝絮或污垢颗粒受光照加热而变色、碳化，形成吸热点，并把热量传递给丝纤维，从而使丝纤维在热的作用下受到破坏。

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DSC analysis found there is a decalescence peak in over 90 ℃-120 ℃, the sweetpotato RS shows a unique peak.

DSC分析发现抗性淀粉有一个明显熔融吸热峰，最高峰值在90℃-120℃。

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According to decalescence and discharge heat of phase change, single dimension passes heat theory model of phase change was created.

根据相变材料的吸热和放热特点，建立了相变材料的一维传热理论模型。

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