Research Areas

Applied optics-1. Research on functional crystal structure design, theoretical calculation and performance testing. 2. Infrared and terahertz spectroscopy technology and application.

Research Projects

[1] Scientific research projects undertaken and participated in:


[2] 2006.12.1-2009.11.30: KBBF crystal growth and research on deep ultraviolet laser devices (National 863 Program: 2006AA0301045, 2 million).


[3] 2009.1-2011.12: Research on the Growth and Properties of Novel Borate Electro-Optical Crystal Materials (2009 National Natural Science Foundation of China: 50872138, 400,000).Rank: 3/6 Responsible for content: theoretical calculation and performance testing


[4] 2010.1-2013.12: Nonlinear Optical Crystal Structure Design and Crystal Growth (2010 National Natural Science Foundation of China Major Project: 90922036, 2.2 million), Rank: 6/10, responsible for content: theoretical calculation, crystal structure design


[5] 2011.9-2013.2: Calculation of crystal refractive index based on crystal structure (China University of Petroleum Basic Discipline Research Start-up Fund 50,000 yuan, No.: JCXK-2011-03). preside. Responsible for content: theoretical calculations


[6] 2012.7-2014.7: Calculate the photometric orientation of the crystal based on the crystal structure (40,000 yuan). Number: JTJG201201. preside. Responsible for content: theoretical calculations

Publications

[1] Fangli Qin, R.K.Li*. Predicting refractive indices of the borate optical crystals. Journal of Crystal Growth. 2011, 318（1）: p.642-644
[2] Fangli Qin, Yang Zhao*. Concentrating evanescent waves: Systematic analyses of properties of the needle beam in three-medium dielectric cylindrical waveguide. Optics Express. 2011.19（10）: p. 18795-18806.


[3] Qin Fangli, Li Qian, Zhan Honglei, Jin Wujun, Liu Honglan, Zhao Kun. Probing the sulfur content in gasoline quantitatively with terahertz time-domain spectroscopy. Science China: Physics, Mechanics and Astronomy，57（7），2014