vapor-pressure thermometry蒸汽压测温术
vapor-pressure equilibrium蒸汽压平衡
water vapor saturation pressure饱和水蒸气压力
vapor-pressure蒸汽压
water vapor partial pressure水蒸气分压力
vapor-pressure sensing蒸气感测
vapor-pressure inhibitor蒸汽压抑低剂
vapor-pressure test蒸汽压测定
vapor r pressure deficit饱和差
The ionic liquids(ILs) thanks to their low melting point,high conductivity and negligible vapor pressure have been attracting great attention of the academic and industrial circles.
由于离子液体具有较低的熔点、良好的导电性和可以忽略的蒸汽压等优点,引起了科学界和工业界的广泛瞩目。
It is shown that ionic liquid can reduce thesaturated vapor pressure of water.
结果显示,离子液体能降低水的饱和蒸气压。
参考来源 - 固液吸附与含离子液体体系汽液平衡的模型化研究According to the calculation of thermodynamics, at certain temperature,increasing vapor pressure (P_(H2O)/P_(H2)) can effectively restrain the deoxidized ofWO_3. When the temperature is 400℃, if the value of P_(H2O)/P_(H2) is over 6.42, thedeoxidized reaction of WO_3 can't carry on.
通过热力学计算，一定温度下提高水分压可抑制WO_3的还原，当还原温度为400℃时，若P_(H20)／P_(H2)大于6.42时，WO_3的还原反应将不能进行。
参考来源 - 无机溶胶—凝胶法制备掺钨二氧化钒薄膜研究