应用化工
應用化工
응용화공
APPLIED CHEMICAL INDUSTRY
2014年
7期
1208-1210,1213
,共4页
大孔树脂%苹果多酚%吸附
大孔樹脂%蘋果多酚%吸附
대공수지%평과다분%흡부
macroPorous resins%aPPle PolyPhenols%adsorPtion
通过进行静态和动态吸附实验，研究了不同型号大孔树脂对红富士苹果多酚的吸附特性。各型号大孔树脂的静态与动态吸附性能及解析率不同，但差异不显著（ p﹤0.05），且吸附及解析规律基本一致，其吸附及解析性能顺序为XDA-5﹥AB-8﹥D-101﹥XDA-7；XDA-5大孔树脂静态和动态吸附性能和解析性能均最好，其静态解析率和动态解析率分别达（69.281±0.214）%和（73.585±0.499）%；XDA-5大孔树脂对苹果多酚的静态和动态吸附性能均比其他类型树脂好，且XDA-5对苹果多酚的动态吸附的吸附量和解析率均较静态吸附更高。
通過進行靜態和動態吸附實驗，研究瞭不同型號大孔樹脂對紅富士蘋果多酚的吸附特性。各型號大孔樹脂的靜態與動態吸附性能及解析率不同，但差異不顯著（ p﹤0.05），且吸附及解析規律基本一緻，其吸附及解析性能順序為XDA-5﹥AB-8﹥D-101﹥XDA-7；XDA-5大孔樹脂靜態和動態吸附性能和解析性能均最好，其靜態解析率和動態解析率分彆達（69.281±0.214）%和（73.585±0.499）%；XDA-5大孔樹脂對蘋果多酚的靜態和動態吸附性能均比其他類型樹脂好，且XDA-5對蘋果多酚的動態吸附的吸附量和解析率均較靜態吸附更高。
통과진행정태화동태흡부실험，연구료불동형호대공수지대홍부사평과다분적흡부특성。각형호대공수지적정태여동태흡부성능급해석솔불동，단차이불현저（ p﹤0.05），차흡부급해석규률기본일치，기흡부급해석성능순서위XDA-5﹥AB-8﹥D-101﹥XDA-7；XDA-5대공수지정태화동태흡부성능화해석성능균최호，기정태해석솔화동태해석솔분별체（69.281±0.214）%화（73.585±0.499）%；XDA-5대공수지대평과다분적정태화동태흡부성능균비기타류형수지호，차XDA-5대평과다분적동태흡부적흡부량화해석솔균교정태흡부경고。
Studying the adsorPtion of macroPorous resins to seParate aPPle PolyPhenols through static and dynamic adsorPtion. The elution ratio and the static and dynamic adsorPtion of different tyPes of resins were insignificantly different( p﹤0 . 05 ),but the rule of adsorPtion and elution was basically consistent and the order of them was XDA-5﹥AB-8﹥D-101﹥XDA-7;The Performance of static and dynamic ad-sorPtion and elution of XDA-5 was the best for aPPle PolyPhenols and the elution rations of static and dy-namic adsorPtion were(69. 281 ± 0. 214)% and(73. 585 ± 0. 499)%,resPectively. The static and dy-namic adsorPtion of aPPle PolyPhenols XDA-5 was better than the others,and the adsorPtion caPacity and the elution ration was higher when using dynamic adsorPtion in a conclusion.
