大学化学
大學化學
대학화학
UNIVERSITY CHEMISTRY
2015年
4期
36-41
,共6页
Br?nsted酸性离子液体%催化剂%乙酸丁酯%化学动力学%绿色化学
Br?nsted痠性離子液體%催化劑%乙痠丁酯%化學動力學%綠色化學
Br?nsted산성리자액체%최화제%을산정지%화학동역학%록색화학
Br?nsted acidic ionic liquid%Catalyst%n-Butylacetate%Chemical kinetics%Green chemistry
综合了物理化学和有机化学等实验的原理和基本操作,以Br?nsted酸性离子液体作催化剂制备乙酸丁酯,探讨了实验的化学动力学原理、动力学方程式及有关计算。结果显示,假设的动力学方程与实验结果相符。
綜閤瞭物理化學和有機化學等實驗的原理和基本操作,以Br?nsted痠性離子液體作催化劑製備乙痠丁酯,探討瞭實驗的化學動力學原理、動力學方程式及有關計算。結果顯示,假設的動力學方程與實驗結果相符。
종합료물이화학화유궤화학등실험적원리화기본조작,이Br?nsted산성리자액체작최화제제비을산정지,탐토료실험적화학동역학원리、동역학방정식급유관계산。결과현시,가설적동역학방정여실험결과상부。
This experiment combines the principles and basic operations of physical chemistry and organic chemistry, in which the Br?nsted acidic ionic liquid is used as the catalyst for the preparation of n-butylacetate for learning the principles of chemical kinetics, the kinetic equations and related calculations. The results show that the assumption of kinetic equations is consistent with the experimental results. The experiment reflects the results of the recent scientific research with easy operability, which will motivate the students and improving their learning ability and practical ability. It is worthy of recommendation as an experiment in the physicochemical comprehensive laboratory.