Postgraduate Project of New Energy Materials and Devices

Every year, many students majoring in new energy materials and devices choose to take the postgraduate entrance examination to improve their academic qualifications. So what subjects do they take in the postgraduate entrance examination? The following is the "What are the graduate courses of new energy materials and devices" compiled by the editor of the study abroad network for everyone, for reference only. Welcome to read this article.

What is the postgraduate entrance examination for new energy materials and devices?

1, politics

2. English 1

3. Mathematics II

4, materials science and engineering foundation

Postgraduate direction: materials physics and chemistry.

The specialty of material physics and chemistry is an interdisciplinary subject composed of physics, chemistry and materials, which integrates the research methods and characteristics of various disciplines. Based on the natural sciences such as physics and chemistry, this discipline studies the physical and chemical behaviors and laws of materials from the molecular, atomic and electronic levels, studies the relationship between composition, structure and properties of different materials, designs, controls and prepares new materials and related devices with specific properties, and devotes itself to the research and development of advanced materials. It is an applied basic discipline that studies the basic law of the relationship between various materials, especially advanced materials and new materials, and provides scientific basis for the development of various high-tech materials. It is a combination of science and engineering.

research direction

(1) dielectric superlattice and its microstructure materials and devices;

(2) Dielectric and ferroelectric thin films and integrated devices;

(3) artificial bandgap materials;

(4) All-oxide heterostructures and devices;

(5) Nanomaterials and nanoelectronics;

(6) New functional inorganic nonmetallic materials;

(7) Design of microstructure materials;

(8) High performance calculation in material design;

(9) Nonlinear photonics;

Controllable synthesis and assembly of (10) low-dimensional nanomaterials;

(1 1) biological nano-materials and biomedical materials;