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School of Chemistry and Chemical Engineering

School of Chemistry and Chemical Engineering at Shenzhen University was founded in August 2006. Its history can be traced back to the founding of Applied Chemistry Department in 1985 and Chemistry and Biology Department of SZU Normal College in 1995. 
Undergraduate Programs: 
1.  Applied Chemistry (B.Eng) 
2.  Chemistry (B.Sci) 
3.  Food Science and Engineering (B.Eng) 
4.  Environment Science and Engineering  (B.Eng) (under preparation)

Graduate Programs:
Applied Chemistry (M.Eng):

The main fields of research are as follows: (1) Material Chemistry (2) Inorganic-Organic Hybrid Material Chemistry (3) Computer Chemistry (4) Synthetic Organic Chemistry (5) Environmental Chemistry (6) Application and Synthesis of Fine Chemicals.

Polymer Chemistry and Physics (M.Sci):
The main fields of research are as follows: (1) Polymer Chemistry (2) Polymer Physics (3) Macromolecular Chemistry (4) Polymer Materials.
I. Synthesis of oligomer with carbon-carbon backbone through free radical polymerization
acrylonitrile oligomer
methylacrylate oligomer
(methyl) acrylate oligomer with functional side chain
Synthesis of carrier for biosensor and interaction between the substrate and biological active materials.
Major disciplinary leader: Professor Jianhong Liu.
II.Functional Inorganic Materials
1.Mechanism and molecualr kinetic simulaiton of synthesizing LiFePO4 nanoparticles through chemical precipitation.
2.Studies on accelerating the circulating nanocrystallization of glass ceramic substrate materials for harddisk
Major Principle Leader: Professor Peixin Zhang.
III. Investigation on organic and inorganic hybrid film coating
1. Protective film for metal and glass
2. Organic and inorganic compound self-cleaning film through photo catalysis
3. Transparent super hard film on plastic substrate
4. Adhesive coating with high refractive index
IV. Preparation of nanocatalyst and its application in propellant
Computational chemistry and formula design of Solid propellant
1.Researches on energetic property simulation
2.Simulations on the valence electrons and fractal combustion model
3.Prediction on the mechanical properties of compound solid propellant
V. Design and synthesis of functional heterocyclic compounds
 Major Principle Leader: Professor Yuan Gao.
VI. Microwave synthesis of Cobalt nanoparticles and investigation on electrical property of Co super lattice nanomembrance
Major Disciplinary Leader: Professor Xiaozhong Gong
VII. Computational Chemistry
Major disciplinary leader: Professor Mingliang Wang.
VIII. Preparation of superfine particles of encapsulated food functional components
Primary disciplinary leader: Dr Zhen Wen
IX. Synthesis of functional transition metal complex and its interaction with DNA
1. off-on-off molecular photonic switch [Ru(bpy)2tpphz]2+
2. on-off-on molecular photonic switch [Co(bpy)2ODHIP]3+
Disciplinary Leader: Professor Qianlin Zhang. 
1.  Jianhong Liu, Dean, Ph.D., Fudan University, 1989 
2.  Peixin Zhang, Ph.D., Northeastern University, 1995 
3.  Zhuo Ni, Ph.D. 
4.  Deyu Tian 
5.  Hongyuan Sun, Ph.D. 
6.  Qingguo Wang, Ph.D., 
7.  Hong Xu, Ph.D. 
8.  Zhongkuan Luo, Ph.D. 
9.  Dayong Gui, Ph.D., Beijing Institute of Technology, 2001 
10.  Hong Zhu, Ph.D., Donghua University, 2005 
11.  Weiliang Hong, 
12.  Yuan Gao. 
13.  Xiaozhong Gong 
14.  Yinjian Li, 
15.  Mingliang Wang, Ph.D., New York University, 2003