Inorganic chemistry experiment is the first chemical experiment course of chemical engineering, chemistry, material science and other majors in Dalian University of Technology ("double first-class", "985"), and it is the compulsory basic course for undergraduate students of chemistry, chemical engineering and related majors in colleges and universities. The course content includes three levels: basic experiments, comprehensive experiments and innovative experiments. The basic experiments combine experiments with the flexible application of theoretical knowledge and develop the innovation on the basis of mastering basic experimental skills, so the students can understand the theoretical knowledge in practical application . The comprehensive experiments reflect the general rules in the process of scientific research, including preparation, characterization and application. The innovative experiments will introduce the scientific frontier to broaden students' thinking mode and enrich their scientific knowledge. This course has distinct levels and different focuses. The combination of the course content and the flexible use of theoretical knowledge enable the students to innovate and explore on the basis of mastering the basic experimental skills, so that they can know the scientific frontiers in basic chemical experiments.
This course provides learner with rich resources of high quality. The advance learning of this course can promote students’ better inquiry learning. In addition, the reference materials of this course also include some develop contents and scientific research achievements related to experiments, which can broaden students' thinking mode and scientific vision. In particular, this course not only provides virtual experiment videos of all experimental projects, but also provides virtual experiments of some cutting-edge experimental projects. All these can broaden the vision of scientific research, increase the interest in learning and improve the quality of learning.
Chapter 1. Basic Operation
1.1 Operation of Gravity Filtration
1.2 Operation of Vacuum Filtration
1.3 Operation of pH Meter
1.4 Operation of 721G-Spectrophotometer
Chapter 2. Purification of Sodium Chloride
2.1 Principles of Purification of Sodium Chloride
2.2 Experiment of Purification of Sodium Chloride
2.3 Online Virtual Experiment of Purification of Sodium Chloride
2.4 Develop Content — Scientific spirit and Safety and environmental protection
Quiz-Chapter 2. Purification of Sodium Chloride
Chapter 3. Purification of Copper Sulfate
3.1 Principles of Purification of Copper Sulfate
3.2 Experiment of Purification of Copper Sulfate
3.3 Online Virtual Experiment of Purification of Copper Sulfate
3.4 Develop Content — Scientific spirit and Safety and environmental protection
Quiz-Chapter 3. Purification of Copper Sulfate
Chapter 4. Acid-Base Reaction and Buffer Solution
4.1 Principles of Acid-Base Reaction and Buffer Solution
4.2 Experiment of Acid-Base Reaction and Buffer Solution
4.3 Online Virtual Experiment of Acid-Base Reaction and Buffer Solution
4.4 Develop Content — Scientific spirit and Safety and environmental protection
Quiz-Chapter 4. Acid-Base Reaction and Buffer Solution
Chapter 5. Complexes and Precipitation-Dissolution Equilibrium
5.1 Principles of Complexes and Precipitation-Dissolution Equilibrium
5.2 Experiment of Complexes and Precipitation-Dissolution Equilibrium
5.3 Online Virtual Experiment of Complexes and Precipitation-Dissolution Equilibrium
5.4 Develop Content — Scientific spirit and Safety and environmental protection
Quiz-Chapter 5. Complexes and Precipitation-Dissolution Equilibrium
Chapter 6. Oxidation-reduction Reactions
6.1 Principles of Oxidation-reduction Reactions
6.2 Experiment of Oxidation-reduction Reactions
6.3 Online Virtual Experiment of Oxidation-reduction Reactions
6.4 Develop Content — Scientific spirit and Safety and environmental protection
Quiz-Chapter 6. Oxidation-reduction Reactions
Chapter 7. Properties of p-Block Elements
7.1 Principles of Properties of p-Block Elements
7.2 Experiment of Properties of p-Block Elements
7.3 Online Virtual Experiment of p-Block Elements
7.4 Develop Content — Scientific spirit and Safety and environmental protection
Quiz-Chapter 7. Properties of p-Block Elements
Chapter 8. Preparation of d-Block Elements
8.1 Principles of Properties of d-Block elements
8.2 Experiment of Properties of d-Block Elements
8.3 Online Virtual Experiment of d-Block Elements
8.4 Develop Content — Scientific spirit and Safety and environmental protection
Quiz-Chapter 8. Properties of d-Block Elements
Chapter 9. Preparation of Zinc-Containing Drugs
9.1 Principles of Preparation of Zinc-Containing Drugs
9.2 Experiment of Preparation of Zinc-Containing Drugs
9.3 Online Virtual Experiment of Preparation of Zinc-Containing Drugs
9.4 Develop Content — Scientific spirit and Safety and environmental protection
Quiz-Chapter 9. Preparation of Zinc-Containing Drugs
Chapter 10. Preparation of Potassium Trioxalatoferrate (III)
10.1 Principles of Preparation of Potassium Trioxalatoferrate (III)
10.2 Experiment of Preparation of Potassium Trioxalatoferrate (III)
10.3 Online Virtual Experiment of Preparation of Potassium Trioxalatoferrate (III)
10.4 Develop Content — Scientific spirit and Safety and environmental protection
Quiz-Chapter 10. Preparation of Potassium Trioxalatoferrate (III)
Chapter 11. Preparation of Ferrous Citrate
11.1 Principles of Preparation of Ferrous Citrate
11.2 Experiment of Preparation of Ferrous Citrate
11.3 Online Virtual Experiment of Preparation of Ferrous Citrate
11.4 Develop Content — Scientific spirit and Safety and environmental protection
Quiz-Chapter 11. Preparation of Ferrous Citrate
Chapter 12. Preparation of potassium nitrosodisulphonate
12.1 Principles of Preparation of potassium nitrosodisulphonate
12.2 Experiment of Preparation of potassium nitrosodisulphonate
12.3 Online Virtual Experiment of Preparation of potassium nitrosodisulphonate
12.4 Develop Content — Scientific spirit and Safety and environmental protection
Quiz-Chapter 12. Preparation of potassium nitrosodisulphonate
Chapter 13. Preparation of Zinc Gluconate
13.1 Principles of Preparation of Zinc Gluconate
13.2 Experiment of Preparation of Zinc Gluconate
13.3 Online Virtual Experiment of Preparation of Zinc Gluconate
13.4 Develop Content — Scientific spirit and Safety and environmental protection
Quiz-Chapter 13. Preparation of Zinc Gluconate
Chapter 14. Preparation of chromium (III) complexes and the determination of splitting energy
14.1 Principles of Preparation of chromium (III) complexes and the determination of splitting energy
14.2 Experiment of Preparation of chromium (III) complexes and the determination of splitting energy
14.3 Online Virtual Experiment of Preparation of Chromium (III) Complexes and Determination of Splitting Energy
14.4 Develop Content — Scientific spirit and Safety and environmental protection
Before the experiment, self-study the principle and basic operation, complete the test and experiment schematic design
(1) To understand the experimental principle, experimental content and the use of related instruments.
(2) To master the basic operation methods and skills of related element properties and inorganic chemistry experiments.
(3) Literature research, theory study, experiment research and experimental scheme design.
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1. Changgong Meng, etc., Experiment for Fundamental Chemistry(Third edition), Higher Education Press，China, 2019;
2. Xiaochun Wu, etc., Inorganic Chemistry Experiment, The Science Publishing Company，China, 2010;
3. Guoxiu Tong, etc., Inorganic Chemistry Experiment, The Science Publishing Company，China, 2019.
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