化工高等教育
化工高等教育
화공고등교육
Higher Education in Chemical Engineering
2011年
5期
49-52
,共4页
有机化学%电子理论%创新能力%培养
有機化學%電子理論%創新能力%培養
유궤화학%전자이론%창신능력%배양
Organic Chemistry%Electronic theory%Creativity%Cultivation
大学生自学能力和创新能力的培养,需要教学方法的不断革新。笔者结合多年从事有机化学教学与科研经验,创造性利用电子理论贯穿整个教学过程,揭示有机化学反应的本质,并深刻地剖析有机合成的思路,有利于培养大学生的自学能力、创新能力和树立正确的科学思维。
大學生自學能力和創新能力的培養,需要教學方法的不斷革新。筆者結閤多年從事有機化學教學與科研經驗,創造性利用電子理論貫穿整箇教學過程,揭示有機化學反應的本質,併深刻地剖析有機閤成的思路,有利于培養大學生的自學能力、創新能力和樹立正確的科學思維。
대학생자학능력화창신능력적배양,수요교학방법적불단혁신。필자결합다년종사유궤화학교학여과연경험,창조성이용전자이론관천정개교학과정,게시유궤화학반응적본질,병심각지부석유궤합성적사로,유리우배양대학생적자학능력、창신능력화수립정학적과학사유。
The Cultivation of undergraduates' self-educated ability and creative ability mainly depends on the innovation of teaching method.In this paper,based on the experiences that authors have been engaged in the teaching and research on organic chemistry for many years,we uncover the reactive nature of organic chemistry and deeply analyze the route of organic synthesis by creatively using electronic theory in the whole teaching process in order to effectively improve the college students' self-educated ability,creative ability and set up a suitable scientific thinking.