Polymer Chemistry, Fine Chemicals, Agricultural Chemistry, Coating Chemistry Which is more suitabl

It is better for girls to learn fine chemicals.

I have graduated from chemical engineering, and according to the employment rate, these items mentioned by LZ are very promising.

However, as far as individuals are concerned, pesticide chemistry and pharmaceutical chemistry are too toxic, especially the production of drug intermediates, although the toxicity of finished drugs is not high, but drug intermediates are still very toxic. Especially in our laboratory, there are people who wear gas masks for experiments...

Most of the coating chemistry has a large amount of benzene and toluene, which is too harmful to the human body, and the redness, swelling and allergy can only be regarded as light. . . If you do it for a long time, it will be too harmful to the human body. Especially girls.

Polymer chemistry and fine chemicals are relatively good, and it is relatively comfortable to engage in research and development work after graduation. It is still relatively profitable to develop new products or technologies. However, in terms of employment, it is still a wider fine chemical. The industrial area is relatively wide.

In fact, the major is not whether it is suitable or not, how many people can do their favorite majors as they like. It's nothing more than persecution for some reason.

All I can tell is lz. Love what you chose, just because you chose it.

Stick with it not because you're strong, it's because you don't have a choice.

Personally, I think that agricultural medicine chemistry and fine chemicals are suitable for it, and the investment in fine chemical equipment is small, and agricultural medicine and medicine are a little bit on the side, so it should be more suitable for girls. >

Polymer chemistry, after graduation, mainly research and development, mostly in the laboratory.

Main courses of fine chemicals: organic chemistry and fine organic synthesis, cosmetics and detergent technology, coatings, inks and adhesives, fine chemicals analysis and testing, fine chemical equipment, new fields of fine chemicals, introduction to fine chemical plant design, product marketing, etc. Chemical engineering students will systematically learn the basic theoretical and engineering technical knowledge necessary for the major, especially the knowledge of the following aspects:

1) Basic theories and experiments of inorganic chemistry, organic chemistry and physical chemistry; (2) Basic theories and experiments of chemical principles, chemical thermodynamics, chemical reaction engineering, separation engineering, chemical production processes and equipment; (3) Chemical technology and economic analysis and production operation management; (4) Research and development of new products, new equipment and new processes of the initial ability to personally suggest fine chemicals.

In fact, in my opinion, it is not very suitable, and it is better to compare fine chemicals

I also think that chemistry and polymer classes are not suitable for girls, the salary is low, the workload is large, and the toxicity is high, which is quite unsuitable!

Fine chemicals, promising, postgraduate entrance examination is better.

Analytical chemistry and chemistry are simply not comparable. Analytical chemistry is more suitable for you to put. You can't do physics in general, but if you're strong. Not classes.

Let's take the analytical chemistry test, girl.

It doesn't have to be on a case-by-case basis.

There is no absolute good, only suitable for yourself, generally speaking, it is recommended to choose a polymer material application major. The relative employment environment is better, simply put, it is an industry related to plastic products.

Fine chemicals are more likely to work in chemical factories in the future, there is a certain degree of danger, some hardship, but the income may be higher, if you can master some technology, the income may be better.

Major in polymer material application technology.

Major core courses: Inorganic Chemistry, Organic Chemistry, Polymer Chemistry, Polymer Physics, Polymer Materials Engineering Technology, Polymer Materials Testing Technology, Polymer Materials Additives, Functional Materials.

The main concentrated practice: polymer material mixing and processing training, plastic products molding process training, polymer material modification and testing comprehensive training, injection molding training, professional cognitive practice, production practice, graduation internship, graduation design (**).

Graduate employment direction: Graduates of this major are practical talents in short supply in the material industry sector, engaged in processing process improvement, quality inspection and control, production and technical management, technical services and marketing in polymer materials-related plastics, rubber, electronic appliances, functional materials, packaging materials, automobiles, environmental protection materials and other enterprises and institutions, and can also be used as research assistants and technologists in scientific research and development departments, application technology, processing methods and inspection and testing technology, engaged in the production, processing, application and other fields of polymer materials engaged in research and development, production, management, quality inspection, marketing and service of the front-line practical technical personnel.

Professional core courses and main practical links: chemical theoretical foundation, chemical theoretical foundation, reaction engineering, fine chemical technology, organic chemical technology, polymer technology, unit reaction, chemical equipment, enterprise management, marketing, experimental basic operation skills training, fine chemical production technology comprehensive training, graduation internship, graduation project, etc., as well as the main characteristic courses and practical links of each school.

Fine chemical production technology.

Main courses: Inorganic and Analytical Chemistry, Organic Chemistry, Physical Chemistry, Chemical Unit Operation, Chemical Instrumentation and Automation, Fine Chemical Chemistry, Fine Chemical Inspection Technology, Fine Synthetic Chemistry, Fine Chemical Technology, Daily Chemical Technology, Coating Chemistry and Technology, Chemical Safety Technology, etc.

Basic competencies and qualities: have the ability to implement the production of fine chemical products, analyze and inspect, develop new products, maintain equipment, etc., as well as the necessary abilities of chemical production technicians. Employment direction: fine chemical, pharmaceutical chemical, polymer chemical, petrochemical and other related enterprises, engaged in production, technology, management and other work.

Vocational skills training and appraisal analysts, chemical process testers.

It's up to you which one you prefer???

Fine chemicals have certain hazards to the respiratory tract and reproductive system, and protective measures can be taken.

Chemical industry is an abbreviation for "chemical process", "chemical industry", "chemical engineering", etc. Any technology that uses chemical methods to change the composition and structure of a substance or synthesize a new substance belongs to chemical production technology, that is, chemical process, and the resulting product is called a chemical or chemical product.

Chemical fiber is a fiber with textile properties prepared by using natural polymer compounds or synthetic polymer compounds as raw materials, through the preparation of spinning stock solution, spinning and post-treatment.

Chemical industry is the chemical industry.

The chemical industry is the industry in which raw materials are chemically processed to obtain useful products.

Chemical fiber (abbreviation: chemical fiber) is a fiber with textile properties made of natural polymer compounds or synthetic polymer compounds as raw materials, through the preparation of spinning stock solution, spinning and post-treatment.

To use polymer materials is to study the exertion of drug efficacy, the adhesion of drugs, and the applicable packaging of drugs. For example, if the drug preparation continues to work in the human body for a long time, it is necessary to find some carriers, starch, chitosan and other empty materials, and then attach the drug to it, and they are harmless to the human body after eating, and can be released slowly. There is also the shell of the capsule, some drugs work in the stomach, and some work in the intestines, so the materials used are different.

This is also a very broad discipline.

Fine chemicals are very large, and the soap we use, the shampoo we use, and the vinegar we eat, many of them. This is in addition to the large chemical industry, further deep processing of the discipline, pharmacy is a class of fine chemicals, as well as daily fine chemicals, and so on, very complex.

Fine chemicals have a wide range, light use, quick effect, and relatively low entry threshold.

Medical polymer materials have strict technical requirements, high industry thresholds, and slow results. Each has its own shortcomings and cannot be generalized.

Fine chemicals are good.

Fine chemicals can be roughly summarized as: medicine, pesticides, synthetic dyes, organic pigments, coatings, spices and flavors, cosmetics and sanitary products, soaps and synthetic detergents, surfactants, printing inks and their additives, adhesives, photosensitive materials, magnetic materials, catalysts, reagents, water treatment agents and polymer flocculants, papermaking auxiliaries, leather auxiliaries, synthetic material auxiliaries, textile printing and dyeing agents and finishing agents, food additives, feed additives, animal drugs, oilfield chemicals, petroleum additives and refining auxiliaries, cement additives, mineral flotation agents, foundry chemicals, metal surface treatment agents, synthetic lubricants and lubricant additives, automotive chemicals, aroma deodorants, industrial antibacterial and antifungal agents, electronic chemicals and materials, functional polymer materials, biochemicals and other more than 40 industries and categories. With the development of the national economy, the development and application fields of fine chemicals will continue to be explored, and new categories will continue to increase.

Apparently it is a medicinal polymer material.

Choose one that you are interested in, and it is very good to do any of them.