Optimization of microwave assisted extraction of Ýeta carotene from carrot peels using response surface methodology /
Amira Khaled Anwar Aboelata
Optimization of microwave assisted extraction of Ýeta carotene from carrot peels using response surface methodology / تطبيق منهجية سطح الإستجابة لتعظيم الإستخلاص بالميكروويف للبيتاكاروتين من قشر الجزر Amira Khaled Anwar Abo Elata ; Supervised Mahmoud Abdelhakim Elrifai , Reem Sayed Ettouney , Ayat Osama Ghalab - Cairo : Amira Khaled Anwar Aboelata , 2018 - 114 P. : charts , photographs ; 30cm
Thesis (Ph.D.) - Cairo University - Faculty of Engineering - Department of Chemical Engineering
This thesis presents a detailed response surface methodology study on the microwave assisted extraction of Ý-carotene from carrot peels. Unlike published research which utilized a modified domestic microwave oven, in this study, a controlled temperature microwave oven was used. Preliminary trials were applied to find the best heating procedure, then a full response surface methodology starting from the first order model passing by the steepest ascent line to the second order model was applied. Optimum conditions were determined and compared with published experimental results
Microwave assisted extraction Response surface methodology Ý-carotene
Optimization of microwave assisted extraction of Ýeta carotene from carrot peels using response surface methodology / تطبيق منهجية سطح الإستجابة لتعظيم الإستخلاص بالميكروويف للبيتاكاروتين من قشر الجزر Amira Khaled Anwar Abo Elata ; Supervised Mahmoud Abdelhakim Elrifai , Reem Sayed Ettouney , Ayat Osama Ghalab - Cairo : Amira Khaled Anwar Aboelata , 2018 - 114 P. : charts , photographs ; 30cm
Thesis (Ph.D.) - Cairo University - Faculty of Engineering - Department of Chemical Engineering
This thesis presents a detailed response surface methodology study on the microwave assisted extraction of Ý-carotene from carrot peels. Unlike published research which utilized a modified domestic microwave oven, in this study, a controlled temperature microwave oven was used. Preliminary trials were applied to find the best heating procedure, then a full response surface methodology starting from the first order model passing by the steepest ascent line to the second order model was applied. Optimum conditions were determined and compared with published experimental results
Microwave assisted extraction Response surface methodology Ý-carotene