Materials physics is the study of the physical properties of materials and their relationship to the structure of materials. The main directions of materials physics are as follows:
1.Material structure
Material structure is the core content of materials physics, which mainly studies the microstructure of materials and their influence on material properties. The research directions of material structure mainly include:
Crystallography of Materials.
Material defects.
Materials Surface Science.
2.Mechanics of Materials
Mechanics of materials is a discipline that studies the mechanical behavior of materials under the action of external forces. The research directions of material mechanics mainly include:
Fundamentals of Mechanics of Materials.
Fracture mechanics of materials.
Fatigue mechanics of materials.
3.Materials Thermals
Materials thermology is the study of the behavior of materials under thermodynamic conditions. The research directions of materials thermology mainly include:
Fundamentals of Materials Thermals.
Thermal conduction of the material.
Thermal expansion of the material.
4.Electricity of Materials
Materials Electricity is the study of the behavior of materials under the action of an electric field. The research directions of materials electricity mainly include:
Fundamentals of Materials Electricity.
Material conductivity.
The material is magnetic. 5.Material optics
Material optics is the study of the behavior of materials under the action of light fields. The research directions of material optics mainly include:
Fundamentals of Optics of Materials.
Optical properties of the material.
Materials, optics.
6.Materials Biology
Materials biology is the study of the application of materials in biological systems. The research directions of materials biology mainly include:
Fundamentals of Materials Biology.
Biomaterials. Biomedical Engineering.
The competition in materials physics is fierce, especially in the four traditional research directions of materials structure, materials mechanics, materials thermal, and materials electricity. When choosing the direction of postgraduate examination, candidates need to consider comprehensively according to their own interests, professional foundation and career planning.
Suggestions for postgraduate Xi
The material physics postgraduate examination review Xi is mainly divided into the following stages:
1.Foundation stage
The foundation stage is the first stage of postgraduate Xi, and the main task is to lay a solid foundation of basic knowledge. Candidates should carefully study Xi professional courses of their major to strengthen their understanding of basic theories and knowledge points.
2.Intensive phase
The intensive stage is the second stage of postgraduate Xi review, and the main task is to consolidate the basic knowledge and carry out targeted Xi exercises. Candidates should re-Xi the key points of the previous exams and practice the Xi mock test questions.
3.Sprint phase
The sprint stage is the last stage of the postgraduate entrance examination and Xi, and the main task is to check and fill in the gaps and maintain a good exam status. Candidates should pay attention to checking and filling in the gaps, and be mentally prepared before the exam.
Materials Physics Postgraduate Xi is a systematic project, which requires candidates to have a solid professional foundation and good learning Xi methods. Candidates should make a reasonable Xi plan and re-Xi according to the plan.
Suggestions for the selection of the direction of materials physics postgraduate examination
The choice of the postgraduate examination direction of materials physics requires candidates to consider the following factors:
Personal hobbiesCandidates should choose the direction of postgraduate entrance examination according to their interests and hobbies, so that they can be more engaged in Xi and research.
Professional Fundamentals: Candidates should choose the direction of postgraduate examination according to their professional foundation, so as to better understand and master the relevant knowledge.
Career planningCandidates should choose the direction of postgraduate examination according to their own career planning, so as to lay the foundation for future career development.
If the candidate is interested in the microstructure of the material and its effect on the properties of the material, he or she can choose the material structure direction;If the candidate is interested in the mechanical behavior of materials under the action of external forces, they can choose the direction of material mechanics;If the candidate is interested in the behavior of materials under thermodynamic conditions, they can choose the material thermology track;If the candidate is interested in the behavior of materials under the action of electric fields, they can choose the direction of material electricity;If candidates are interested in the application of materials in biological systems, they can choose the materials biology track.
Of course, candidates can also choose other research directions according to their own interests and hobbies.