vapour state

vapour state的基本解释

-

汽态

与vapour state相关的网络例句 [注：此内容来源于网络，仅供参考]

Water is filled into 1/3-2/3 of underground solution cave, and light type nuclear fusion body is put into the cave. Igniting the nuclear fusion body make water reach water vapour state in high temperature and high pressure 300-400 deg.C and 30-40Mpa, which drives rotation of turbo generator to generate electricity. With power being done, exhaust steam is condensed in condensator. Then, igniting the nuclear fusion body is carried out in another solution cave.

一种利用热核聚变能发电的方法，它包括以下步骤：在地下熔洞中注入占该熔洞1/3～2/3的水，并在该熔洞水中放入轻核聚变弹体，引爆该弹体后使熔洞中的水达到300～400℃、30～40Mpa的高温高压水蒸汽状态，并使之驱动汽轮发电机旋转发电，作功后的乏汽经冷凝器冷凝；在另一熔洞水中再引爆一轻核聚变弹体，使该熔洞中的水达到300～400℃、30～40Mpa的高温高压水蒸汽状态，并驱动汽轮发电机旋转发电。

After a detailed comparison of Carnahan—Starling—DeSantis equation of state with commonly used Peng—Robinson and Redlich—Kwong—Soave equations of state, CSD is recognized to be the best one in determining vapour—liquid phase properties of non—azeotropic refrigerant mixtures.

因此，本文首先在比较Carnahan—Starling—DeSantis和常用的Peng—Robinson，Redlich—Kwong—Soave状态方程对混合工质汽液相性质计算的适用性的基础上，应用Carnahan—Starling—DeSantis状态方程确定R22/R114的热力性质。

In accordance with the correlative analyze on the exeperimental data of non equilibrium phase state between water-vapour single component biphasic system and condenste gas biphasic system, it is found that gas-liquid balance time has exponential relationship with pressure and gas-bearing ratio and shares the same rule with water-vapour single component biphasic system.

对水－蒸汽单组分两相体系和凝析气两相体系的非平衡相态实验数据对比分析研究发现，凝析油气体系气液平衡时间与压力和含气率的关系具有指数关系形式，与水－水蒸汽单组分两相体系的非平衡相态规律相同

与vapour state相关的网络解释 [注：此内容来源于网络，仅供参考]

reactive twilight state：反应性朦胧状态

reactive turquoise blue ==> 活性翠蓝 | reactive twilight state ==> 反应性朦胧状态 | reactive vapour deposition ==> 反应气相沉积