What are the examination subjects for graduate students majoring in polymer materials?

I took the graduate school this year, and I took the Beihua exam. Moreover, I also have the same major as you, but at that time, there were polymers in undergraduates, and there was no such name in graduate school, and the graduate students were called materials science and engineering, which is the best major. As far as I know, processing is still good, but processing and synthesis is not absolute, it depends on what your mentor does, and the direction of graduate school is actually set according to the direction of your mentor.

To put it bluntly, what the mentor does, you do it! Synthesis doesn't hurt much, because after grad school, it's basically no longer in the workshop, after all, you don't need to go to the front line. Processing is to let you study the formula, but whether you can come out depends on your own strength!

The treatment of work, it's hard to say, it depends on what company you go to! What to take in the graduate school depends on the school. If you want to take the first exam, you have to take the test together, and then the re-examination is not necessarily, and it depends on the school.

If you take physical chemistry in the first exam, then the re-exam will generally take the high level of physical chemistry. Northernization is the initial test of materialization, and the re-examination of high materialization. I feel like you're a sophomore, I wish you all the best when you enter graduate school, goodluck!!

Which school?

It seems that the test subjects are not quite the same in each school.

Let's take Harbin Institute of Technology, where I studied.

You can take Physics, Chemistry and Mathematics 4

You can also take organic chemistry plus polymer chemistry.

As for the direction of employment, it is mainly concentrated in the plastic and textile industries, but there are also many applications in the electronics industry.

First of all, log on to the official website of SU Graduate School to find this major, and then see which subjects need to be examined. This one is the truest of all. Hope it helps.

Go to their graduate admissions website... To find a polymer materials major, there must be a subject in the above exam, as for reference books, in recent years, many schools generally do not specify reference books, but you can refer to their reference books in previous years... Also, in the process of studying for the postgraduate entrance examination in the future, I have time to pay more attention to its official website

Graduate School of Chinese Academy of Sciences.

Beijing Institute of Chemistry.

Beijing Research Institute of Chemical Industry.

Changchun Applied Chemistry Research, Chinese Academy of Sciences.

Heilongjiang Academy of Sciences.

Dalian Institute of Chemical Physics, Chinese Academy of Sciences.

China Research Institute of Daily Chemical Industry.

Luoyang Institute of Marine Materials.

Shandong Institute of Non-metallic Materials.

Shanghai Institute of Materials.

Institute of Petrochemical Research, Heilongjiang Academy of Sciences, the requirements for English can be lower, near the score line in Area B, this institute is made of aerospace glue, if you are interested, you can take the test.

Beijing Institute of Chemistry, Graduate University of Chinese Academy of Sciences.

Beijing Research Institute of Chemical Industry.

Changchun Applied Chemistry Research, Chinese Academy of Sciences.

Heilongjiang Academy of Sciences.

Dalian Institute of Chemical Physics, Chinese Academy of Sciences.

China Research Institute of Daily Chemical Industry.

Luoyang Institute of Marine Materials.

Shandong Institute of Non-metallic Materials.

Shanghai Institute of Materials.

Please check their website for specific admissions information.

In fact, the better ones are the Beijing Institute of Chemistry, the Changchun Institute of Applied Chemistry, the Shanghai Institute of Ceramics, the Shanghai Institute of Organic Chemistry, and the newly established Ningbo Institute of Materials.

Mathematics and physicochemistry can be tested in the Institute of Silicon, and the other basic ones are physicochemical and polymer physics and polymer chemistry. In terms of scores, this year seems to be the highest in the organic institute, because it has a summer camp, participate in the excellent can reduce the score, silicate this year is a small year, the best test in Ningbo, English as long as the line is crossed, generally can not pull away the grades, the key is in the results of two professional courses. Good luck.

In addition to what LS said.

There are many more to recommend, so you may want to consider it.

Suzhou Institute of Nanotechnology.

Ningbo Institute of Materials.

Shanghai Institute of Organic Chemistry.

It is not very difficult to get in.

1. English. 2. Mathematics.

3. Politics. 4. Professional courses.

5. The postgraduate examination of polymer materials science and engineering, like many postgraduate examinations, requires public courses and professional courses. There is no difference between politics and mathematics in public courses and normal engineering, English 2 if it is a master's degree, English 1 if it is a master's degree in English, and polymer physics if it is a master's degree in English.

Zhejiang University (the birthplace of polymers), Peking University (the best in polymer theory), University of Chinese Academy of Sciences, Beijing Chemical Industry, Zhejiang University, Tianjin University, Sichuan University, Beijing Aeronautical University, Tsinghua University, South China University of Technology, Beijing Institute of Technology, Nanjing University, Fudan University, Nanjing University, Shanghai Jiao Tong University, Harbin Institute of Technology, Jilin University, etc. are all very good schools.

In addition to universities, you can also go to scientific research institutes in various places, which is also a very good choice.

Test subjects: 101 Ideological and Political Theory, 201 English I or 203 Japanese, 302 Mathematics II, 843 Fundamentals of Materials Science or 883 Polymer Physics or 884 PolymerMaterials Chemistry(Choose one of three).

Soochow University. Soochow University, referred to as "Suzhou University", is located in Suzhou, Jiangsu Province, a national historical and cultural city.

It is a national "world-class discipline construction university" jointly built by the Ministry of Education and the people of Jiangsu Province, and a national "211 project".

The first batch of selected universities in the 2011 plan is a university jointly built by the National Defense Science and Technology Youbo Industry Bureau and the people of Jiangsu Province, and is a key comprehensive university in Jiangsu Province.

As of July 2018, Soochow University has established inter-university exchange relations with more than 180 universities and research institutions in more than 30 countries and regions. The school enrolls more than 3,000 international students from more than 60 countries or regions every year.

National Demonstration Base for the Cultivation of Innovative Talents: Demonstration Base for the Cultivation of Innovative Talents of the Ministry of Science and Technology (Soochow University).

China Engineering Education Accreditation Majors: Communication Engineering, Polymer Materials and Engineering, Electrical Engineering and Automation.

Computer Science & Technology, Apparel Design & Engineering.

The above content reference: Encyclopedia - Su University.

Materials Science, Materials Processing Engineering, Materials Physical Chemistry and other materials and chemistry and chemical related majors.

The major of polymer materials and engineering is a discipline that cultivates senior engineering and technical talents who have knowledge of polymer materials and engineering, and can engage in scientific research, technology development, process and equipment design, production and operation management in the fields of synthesis, modification and processing of polymer materials.

Polymer materials are developing in the direction of high performance, high function, intelligence, low pollution and low cost, and gradually penetrate into various emerging high-tech fields such as aerospace, modern communications, electronic engineering, biological engineering, medical and health care and environmental protection, and have broad application prospects in the future development.

It can be engaged in the synthesis, processing, application, production technology management and market development of plastics, rubber, chemical fibers, coatings, adhesives and composite materials in scientific research (design) institutes and enterprises of petrochemical, electronic and electrical appliances, building materials, automobiles, packaging, aerospace, military industry, light textiles and pharmaceuticals.

As well as research and development of high-performance materials, functional materials, biomedical materials, optoelectronic materials, fine polymer materials and other special polymer materials for high-tech fields, and can also be engaged in teaching and scientific research in colleges and universities.

Graduates of this major are mainly engaged in the research, material modification, synthesis, processing, application, engineering design, management and development or teaching of synthetic resins, rubber, chemical fibers, coatings, adhesives, composite materials, electrical insulation materials, high-performance materials, functional polymer materials, etc.

This discipline cultivates high-level talents who master the basic principles of Marxism and thought, adhere to the four cardinal principles, love the motherland, abide by discipline and law, have good moral character, have a rigorous scientific attitude and excellent study style, and establish ideas that are willing to contribute to socialist modernization.

Graduates of this major should have good basic knowledge of chemistry and experimental skills training, proficient foreign language foundation, initial ability to carry out independent scientific research, and be competent in teaching and solving practical problems in this discipline.

Hello junior The direction of polymer materials and engineering mainly includes the following aspects:1Polymer Chemistry:

Polymer chemistry is the study of the synthetic and structural properties of polymers. Candidates need to master the principles of polymer synthesis, the conformation and structure of polymers, etc. 2.

Polymer Physics: Polymer physics is a discipline that studies the physical properties of polymers. Candidates need to master the thermodynamic properties, rheological properties, and optical properties of polymers.

3.Polymer processing: Polymer grinding refers to the process of manufacturing polymer raw materials into various products through various processing techniques.

Candidates need to learn polymer processing technology, master the preparation method and performance control method of polymer products. 4.Polymer Composites:

Polymer composites refer to the combination of two or more materials into a new material by chemical or physical methods. Candidates need to learn the preparation, structural characteristics, properties and application of polymer composite materials. 5.

Polymer material analysis: Polymer material analysis refers to the analysis method to study the chemical and physical properties and structure of polymer materials. Candidates need to master the common polymer material analysis methods and the use of instruments and equipment.