The experiment center of chemistry of Dalian University of Technology was elected as the first batch of national experimental teaching demonstration center and the first batch of national virtual simulation experiment teaching center by the Ministry of education. Analytical chemistry experiment is an important basic course of experiment center of chemistry, which is also a basic experiment course of chemistry, chemical engineering, environment, life and other related majors. The teaching contents of the course include guiding class of analytical chemistry experiment, basic operation of instrument, acid-base titration experiment, coordination titration experiment, oxidation-reduction titration experiment, precipitation titration experiment, gas chromatography experiment, liquid chromatography experiment, spectrophotometry experiment and potential analysis experiment. The total class hours of the course are 72. This course can deepen the learners' understanding for various analysis methods, and cultivate their solid basic operation skills. It can also help learners develop a rigorous and practical experimental attitude, a good scientific style and experimental literacy. It can reverse the phenomenon of "grasping medicine according to the prescription" and lack of innovative thinking in the experimental process, and cultivate the learners' innovative practice ability.

Features of this course:

1. Multi form excellent learning resources

 It covers multi integrated and multi-modal learning resources such as micro video, animation, courseware and test questions, so as to realize the guidance of pre-class content.

2. Mobile virtual experiment

 It can simulate the whole process of experiment operation anytime and anywhere, and give the scientific experimental data dynamically. You may really feel the experimental scene.

3. Multi-dimensional electronic experiment report

 It can record the experiment phenomena and data information stereoscopically, and keep the experiment process to the maximum extent.

4. Real time assessment and evaluation system

It can evaluate the whole process of experiment operation in real time, to achieve the quantification and informationization of experimental achievement, and comprehensively improve the degree of curriculum challenges.

This course can realize online teaching in the whole process: to learn the video or other excellent learning resources; to do the preview test; to simulate the operation with virtual experiment; to process the electronic experiment report; to finish the final test. It can meet the personalized learning needs of learners and realize the sharing of high-quality resources.

1. To deepen the understanding of various analytical methods and theories. To guide the experimental operation with the theoretical knowledge learned. To improve the ability to analyze and solve practical problems. To lay a solid foundation for independent scientific research in the future.

2. To master the basic knowledge, basic operation skills, typical analysis methods and experimental data processing methods of analytical chemistry experiment.

3. To enhance the understanding of the concept of "quantity". To possess the ability to analyze the experimental data. To learn how to choose experimental methods, conditions and instruments reasonably to ensure the reliability of the experimental results.

4. To cultivate the rigorous work style and realistic work attitude of learners.

     In order to better study and master this course, you need

to have the following basic knowledge:

    1. Basic knowledge of middle school chemistry.

    2. Theoretical knowledge of inorganic chemistry.

    3. Theoretical knowledge of analytical chemistry.

Please complete the courses of college physics, inorganic

chemistry, analytical chemistry and general chemistry before studying this

course.

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1. James Holler and Stanley R. Crouch, Skoog and West’s Fundamentals of Analytical Chemistry (Ninth edition), UK.

2. Daniel C. Harris, Quantitative chemical analysis(Fourth edition) , New York, 1995. 

3. Changgong Meng etc., Experiment for Fundamental Chemistry(Third edition) , China, 2019.