广东化工
廣東化工
엄동화공
GUANGDONG CHEMICAL INDUSTRY
2013年
9期
216-217
,共2页
光催化材料%纳米ZnO%降解率%教学探索
光催化材料%納米ZnO%降解率%教學探索
광최화재료%납미ZnO%강해솔%교학탐색
photocatalytic materials%nano-ZnO%degradation rate%teaching exploration
文章结合光催化材料的制备及性能测定实验,采取实验结合理论的方式介绍光催化材料纳米ZnO的制备方法设计、结构表征及光催化性能测试,使学生对专业理论知识具有更深入的理解,培养学生的动手能力,提高学生分析解决问题的能力。
文章結閤光催化材料的製備及性能測定實驗,採取實驗結閤理論的方式介紹光催化材料納米ZnO的製備方法設計、結構錶徵及光催化性能測試,使學生對專業理論知識具有更深入的理解,培養學生的動手能力,提高學生分析解決問題的能力。
문장결합광최화재료적제비급성능측정실험,채취실험결합이론적방식개소광최화재료납미ZnO적제비방법설계、결구표정급광최화성능측시,사학생대전업이론지식구유경심입적리해,배양학생적동수능력,제고학생분석해결문제적능력。
The design of preparation method, structure characterization and photocatalytic properties of nano-ZnO were introduced by experiments combined with theory, which was in synthesis and determination of properties with photocatalytic materials. It will make students understand the professional theory knowledge more deeply than before, cultivate students’ manipulative ability, and improve their ability to analyze and solve problems.