以

doi:10.3866/PKU.DXHX202106020

Abstract

Abstract:

Analytical chemistry is an important basic chemistry course with quantity as the core. In the process of undergraduate talent cultivation of analytical chemistry in Sun Yat-sen University, the "quantity" is taken as the core to carry out the practice of "science and education integration" through multiple scientific research training and curriculum teaching. It enables students to gain a panoramic view of analytical chemistry and cultivate their innovation and creativity.

Key words: Quantity, The integration of science and education, Analytical chemistry, Talents cultivating

MSC2000:

Zhuomin Zhang, Zhongning Yu, Yingshi Chen, Hanbing Dai, Gongke Li. Practice of Cultivating Innovative Analytical Chemistry Talents through the Integration of Multiple Science and Education with "Quantity" as the Core[J].University Chemistry, 2021, 36(9): 2106020.

案例	毕业年份	毕业去向	参与的分析化学科教融合项目	主要收获
1	2007	高校/教师	大学生创新创业训练项目/本科毕业论文	"量"的概念蕴含"方法论"原理，为卫生检验检疫及司法鉴定工作提供支撑
2	2007	高校/教师	本科毕业论文	分析化学是科学技术的"眼睛"，交叉学科研究往往需要借助分析化学的思路、技术和手段
3	2011	企事业单位/情报分析	化学实验技能大赛/本科毕业论文	培养从准确获取数据出发，通过严谨的大数据分析，提取关键信息的工作思路及方法
4	2014	企事业单位/疾控检测	本科毕业论文	"量"的概念有助于疾控检测工作的深度学习与研究
5	2018	深造/分析化学硕博连读	实验室开放基金项目/本科毕业论文	为前沿研究的开展奠定良好的专业基础
6	2018	企事业单位/油品质控	实验室开放基金项目/本科毕业论文	塑造严谨细致的工作风格，助力严把"质量关"
7	2019	深造/分析化学硕士在读	实验室开放基金项目/本科毕业论文	为继续深造带来科研方法学的有力支撑
8	2021	深造/商科硕士计划	本科毕业论文	提高分析解决问题的能力，提供创新研究思路

1	李克安; 赵凤林; 江子伟. 大学化学,, 1997, 12 (5), 9.
2	Hu Z. L. ; Ying Y. L. ; Huo M. Z. ; Kong X. F. ; Yu X. D. ; Zhang J. R. ; Long Y. T. J.Chem. Educ. 2020, 97, 4345. doi: 10.1021/acs.jchemed.0c00389
3	李彦琴; 张洁; 王卫; 杨金凤; 于锋. 大学化学,, 2021, 36 (6), 2008044.
4	黎朝; 温庭斌; 吴伟泰; 张延东; 曹晓宇; 朱亚先; 吕鑫. 大学化学,, 2021, 36 (5), 2010002.
5	陈正毅; 卢雅琳; 梁豫; 曾晨; 张卓旻; 李攻科. 分析测试学报,, 2017, 36 (5), 650.
6	Zhang Y. ; Yu Z. N. ; Yue Z. F. ; Gao J. M. ; Wu S. J. ; Zhang Z. M. ; Li G. K. J.Raman Spectrosc. 2019, 50, 1094. doi: 10.1002/jrs.5636

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Practice of Cultivating Innovative Analytical Chemistry Talents through the Integration of Multiple Science and Education with "Quantity" as the Core

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