吸热

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。

PDm.The results show that this adsorption is spontaneously. and the adsorption needs decalescence.

由计算结果可以看出此吸附过程是自发进行的，吸附是吸热过程。

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

同样以吸热峰的顶点为熔点，则前者的熔点约为131.5℃，后者的熔点约132.9℃。

There is a small economic instrument and decalescence instrument under the saddle, which is working through the sun's quantity of heat, and makes the bike go fast. You can easily control it; neither needs oil nor pollutes the air.

这款车的车座下有小型的节能器和吸热器，是靠吸收太阳的热量而使车能快速运转，而你可以控制它，很方便，不需要汽油也不会污染空气。

Using the waste water of life,cobining the principle of evaporation decalescence,design new material which can reduce the warm.

利用公寓生活废水的清洁与再利用，结合毛细现象以及蒸发吸热原理，模拟设计能够使建筑材料结构适合蒸发水分而达到降温的"有机化"建筑材料。

Temperature of corresponding bar conductors is the same in both change way and distribution so as that temperature of all bars is restricted within the same value and distribution scope by decalescence of medium evaporation.

与此相应的线棒导体温度具有相同变化和分布，从而将绕组所有线棒温度以介质蒸发吸热方式限制在相同的分布和量值。

Due to the intense decalescence that most of heat was supplied to gasification, it is the reason of high ash fusibility temperature that there is hardly any Ca and Fe can be deoxidized in gasification.

在气化反应的过程中，由于气化反应为强吸热过程，大部分热量提供给煤炭气化反应，导致Ca与Fe元素的还原反应进行缓慢，灰熔融温度比较高。

The results show that it is impossible to carry out fire suppression by flame cooling and surface cooling for smaller droplet. The extinguishing mechanism for them depends primarily upon decalescence via gasification.

结果表明：对于滴径较小的雾滴不可能达到火焰区或可燃物表面实施火焰冷却和表面冷却，其灭火作用主要依赖于汽化吸热。

The result showed that two decalescence peak appears in the DSC curve from the composite of wheat straw-EVA. There is a difference of melting point between the composite of wheat straw-EVA and EVA.

结果表明：麦秸与乙烯－醋酸乙烯树脂复合后的人造板DSC曲线中出现了两个吸热峰，其熔点与乙烯－醋酸乙烯树脂的熔点有差别。

As a result, the special structure of spherical and polyhedron play a main role of extinction performance, and the vacuous structure enhances it by heat insulation and decalescence.

结果表明，水基泡沫的特殊球面体结构或多面体结构是造成光线强烈衰减的重要原因，其中空结构不仅增强了这种效应，而且起到了较好的隔热、吸热作用；水基泡沫体系中的表面活性剂、O 2、CO 2和H 2 O是主要的光线吸收物质；而添加剂是调节或增强水基泡沫吸光特性的重要环节。

I can not make it blossom and suits me

我不能让树为我开花

When temperatures are above approximately 80 °C discolouration of the raceways or rolling elements is a frequent feature.

当温度高于 80 °C 左右时，滚道或滚动元件褪色是很常见的特征。