CAJ | 학술논문

TiO2光催化材料在新能源开发和环境净化领域具有广阔的发展前景与利用价值，为了培养材料科学与工程专业本科生运用知识实践操作的能力、实践创新能力及科学研究的能力，将纳米TiO2光催化剂的制备技术及光催化性能研究成果引入到本科实验教学中，设计纳米TiO2光催化剂的制备及性能研究的综合实验。该综合实验设计内容复合专业发展的需求，实验操作工艺简单易行，锻炼了学生综合运用知识的能力及科学研究的能力。
TiO2광최화재료재신능원개발화배경정화영역구유엄활적발전전경여이용개치，위료배양재료과학여공정전업본과생운용지식실천조작적능력、실천창신능력급과학연구적능력，장납미TiO2광최화제적제비기술급광최화성능연구성과인입도본과실험교학중，설계납미TiO2광최화제적제비급성능연구적종합실험。해종합실험설계내용복합전업발전적수구，실험조작공예간단역행，단련료학생종합운용지식적능력급과학연구적능력。
TiO2 photocatalys has a more broad prospects for development and use value in the field of new energy development and environmental purification. In order to cultivate practical ability and research ability of department of materials science and engineering undergraduate students, a comprehensive experiment of nanometer TiO2 Photocatalys was designed in combination of the scientific research with teaching. The content of comprehensive experiment composite and the requirement of professional development of professional were studied, the operation process was simple and easy to operate, could rain students to use professional knowledge and practical ability.