1) Gas Carrying Evaporation
载气蒸发
1.
Heat Transfer and Operating Characteristics of Gas Carrying Evaporation at Low Liquid Velocity;
低液速载气蒸发传热与操作特性的研究
2.
Development of Gas Carrying Evaporation and Study of the Fouling on Its Heated Surface;
载气蒸发的发展及其换热面上结垢的研究
3.
he principle and characters of the gas carrying evaporation(GCE)were introduced,The mecha-nism of hest transfer enhancement of GCE was expounded with the effect of the“vaporization heatsink”at the gas-liquid interface.
重点介绍载气蒸发法的原理和特点，并阐明了在气液两相界面汽化热阶效应作用下，该法增强传热的机理，还介绍了该技术在工业上的应用情况。
2) gas-carrying evaporation
载气蒸发
1.
Normal evaporation,vacuum evaporation and gas-carrying evaporation were adopted for treatment of old landfill leachate with different pH values.
采用常规蒸发、减压蒸发和载气蒸发处理不同pH值的“老龄期”渗滤液。
3) Failing film gas carrying evaporation
降膜载气蒸发
4) carrier-gas distillation
载气蒸馏
5) vapour
[英]['veɪpə(r)] [美]['vepɚ]
蒸气使蒸发
6) Chemical vapor generation
蒸气发生
1.
Although the technique of chemical vapor generation has been developed forover l00 years, it sill plays an important role in modern analytical atomicspectrometry until today The technique has become popular fOr thedetermination of trace elements in the complex matrices and new aPproachescontinuously comes forth to improve the sensitivity and expand the scope ofaPplications.
尽管元素的蒸气发生技术发展到今天已经有一百多年的历史，但这项技术在现代分析科学中仍然扮演着重要的角色，并且仍在不断的创新、发展。
补充资料：气载尘埃
分子式：
CAS号：
性质：大于10μm的尘埃在空气中会很快沉降。然而1μm左右的法埃在空气中沉降则很慢（大约0.03mm/s，随比重变化）。把1μm及1μm以下的尘埃称为被气载尘埃。
CAS号：
性质：大于10μm的尘埃在空气中会很快沉降。然而1μm左右的法埃在空气中沉降则很慢（大约0.03mm/s，随比重变化）。把1μm及1μm以下的尘埃称为被气载尘埃。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条