The apparent degradation reaction activity energy of PET and PC are evaluated to be 27. 19kJ. mol〓 and 35. 75kJ. mol〓 in system noncritical region respectively. The mass transfer and scatter, which are the controlling factors of degradation in system noncritical region, change into chemical reaction in system critical region, where the activity energy of PET and PC are evaluated to be 89. 79kJ. mol〓 and 80.61kJ. mol〓 respectively.

在系統(tǒng)的非臨界區(qū)域一级A爱在线，PET、PC的降解為液固相反應，反應速率很低，其降解反應表觀活化能分別為為27.19KJ.mol〓和35.75KJ.mol〓操屄无码，為傳質、擴散控制国产精选自啪；在系統(tǒng)的臨界區(qū)域欧美丰满熟妇性XXXX，PET、PC的降解為液態(tài)均相反應欧美视频一区二区精品，降解反應速率顯著提高性感丝袜黄色网站免费在线A片，其降解反應表觀活化能分別為89.79KJ.mol〓和80.61KJ.mol〓，為化學反應控制欧美熟妇另类。

The simplified peseudo-first-order kinetic model for hydrolyzation of benzal chloride was proposed according to the character of hydrolyzation reaction and the apparent reaction rate constant and activity energy was obtained. The activity energy is 17.73KJ/mol in the temperature range from 900C to 1100C and the model values and experimental values tally well.

根據(jù)水解反應的特點，提出了簡化的芐叉二氯水解反應擬一級動力學模型人人摸人人爽一及片，經(jīng)參數(shù)估計91色视在线网站免费观看，得出了水解反應的宏觀反應速率常數(shù)和活化能，在900C～1100C溫度范圍內无码一区二区三区av免费，反應活化能為E1＝17.73kJ/mol夜夜摸天天做天天爽免费视频，模型計算值與實驗值吻合較好。

The results of activity energy calculation were abserved as that, compared with that of the control, cineol and menthanol decreased activity energy of model drug permeation, menthone didn't change it, while bornel, camphor and bisaborlol increased activity energy.Two systems of microemulsion components were selected according to the results of solubility research of model drug in oil phase mixture, and the pseudo ternary phase diagram of them were draw.

活化能實驗結果表明黄片你懂的，桉樹腦和薄荷醇顯著減小模型藥物透皮活化能视频在线黄色一区，薄荷醇與對照組比較沒有顯著差異，冰片亚洲久久、樟腦和紅沒藥醇存在下2022黄色中文字幕在线观看，藥物的透皮活化能顯著增加。

specific binding energy：比結合能

specific activity 比放射性 | specific binding energy 比結合能 | specific burn up 比燃耗

specific binding energy：結合能比度

活性比度;比射 specific activity | 結合能比度 specific binding energy | 燃耗比度 specific burn-up

molar activity coefficient：摩爾活度系數(shù)

molar absorptivity 摩爾吸光系數(shù) | molar activity coefficient 摩爾活度系數(shù) | molar cohesion energy 克分子內聚能