1、Conclusion: This azeotropic crystallizing condition is better than old one.
結論：改后共沸結晶條件優(yōu)于原共沸晶條件。

2、The reaction was driven to completion by azeotropic distillation of water using a carrier solvent.
改性反應是在有機分散劑中進行，并通過回流分水使反應充分。

3、Variation of the binary azeotropic point with pressure was studied.
研究了二元共沸點隨壓力變化的規(guī)律。

4、A heat integrated ethanolwater azeotropic distillation flowsheet is studied.
研究乙醇、水共沸精餾的熱量集成流程。

5、Virtually all liquids, when mixed and heated, will display azeotropic behaviour.
實際上所有液體混合并受熱時，都表現(xiàn)出恒沸物的特性。

azeotropic翻譯