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- Calculation of Carbon Tetraflouride Molar Heat of Vaporization and Study on the Vaporization Mechanism 四氟化碳摩尔气化热的理论推算及其气化形成机理研究
- molar heat of vaporization 摩尔汽化热
- A similar definition holds good for latent heat of vaporization. 气化潜热的定义与此雷同。
- The heat of condensation is equal to the heat of vaporization. 冷凝热等于蒸发热。
- The high heat of vaporization also prevents water sources in the tropics from getting evaporated quickly. 很高的蒸发比热还可以防止赤道地区的水资源被很快地蒸发掉。
- Liquid water is still hydrogen bonded at 100C as indicated by its high heat of vaporization and dielectric constant. 由于蒸发比热及绝缘系数较高,液态水在100℃时仍然存在着氢键。
- Water has a high heat of vaporization resulting in perspiration being an effective method of cooling the body. 水的蒸发比热很高,产生排汗这种有效的使身体降温的方法。
- A cloud is a mass of vapor in the sky. 云是天空中的水汽团。
- The formulas of heat of vaporization and vapor pressure are derived, for the Einstein and Debye solid model. 用固体的Einstein模型与Debye模型分别导出了相应模型的固气相变的蒸发热和蒸发压公式;并对其做了数值计算.
- Heat capacity and heat of vaporization of components of litsea cubeba oil were calculated. 对山苍子油蒸馏提取柠檬醛的工艺过程进行热量衡算,给出了原料和能量消耗计算结果。
- Heat arriving at the interface is immediately converted to latent heat of vaporization (the water boils). 到达接口的热立刻被转换成潜在汽化热(水煮沸)。
- DsolHm: differential molar heat of solution 微分摩尔溶解热
- IdilHm: integral molar heat of dilution 积分摩尔稀释热
- IsolHm: integral molar heat of solution 摩尔积分溶解热
- The vapor pressure and heat of vaporization have been shown to be significant properties in nonsteady droplet vaporization. 在非稳态的液滴汽化中,蒸气压和汽化热是重要的性质。
- DdilHm: differential molar heat of dilution 微分摩尔稀释热
- The vapor pressure and heat of vaporization have been shown to be significant properties in nonsteady droplet vaporization . 在非稳态的液滴汽化中,蒸气压和汽化热是重要的性质。
- Water has higher melting point,boiling point,heat of vaporization,heat of fusion and surface tension than comparable hydrides such as hydrogen suiphide or ammonia or most liquids. 与氢硫化物、氨水或其他大多数的液体相比,水具有较高的熔点、沸点、蒸发比热、熔解热和表面张力。
- A cloth was seared by the heat of the oven. 一块布被烤箱烧焦了。
- In the condenser, which is a large surface-type heat exchanger, the steam is condensed by transferring its latent heat of vaporization to the cooling water (CW). 凝汽器是一个大型的表面式换热器,在凝汽器中,蒸汽通过把它的汽化潜热传递给冷却水(CW)来得以冷却。