潘琦

性 別：女

出生年月： 1980.11.08

民 族：漢族

專 業：測試計量技術與儀器

職 務：教師

講授課程：數字電子技術基礎，工程力學

學 院：信息與控制學院

職 稱：講師/中級

1999～2003 東南大學能源與環境學院 本科

2003～2005 東南大學能源與環境學院 碩士

2005～2010 東南大學能源與環境學院 博士

2010～至今 南京信息工程大學 信息與控制學院 教師

大氣污染物監測

光散射測量

多相流測量

RESEARCH

Spray droplet disperse parameters measurement by focusing rainbow spectrum separation method, Supported by National Natural Science Foundation of China, Research Team Leader, January 2013- December 2015

Research on liquid’s properties based on spectral liquid signature analysis technique, Supported by National Natural Science Foundation of China, Main Research Team Member, January 2014- December 2016

Investigation of the scattering of electromagnetic waves by charged water-particles, Supported by National Natural Science Foundation of China, Main Research Team Member, January 2012- December 2015

Research on characteristic analysis on fractional-order derivative spectroscopy and overlapped peak signal, Supported by National Natural Science Foundation of China, Research Team Member, January 2013- December 2016

Research on heavy metal detecting network technique, Supported by National Science and Technology Major Project of the Ministry of Science and Technology of China, Research Team Member, January 2013- December 2015

Publications (The first author)

1. A CCD based approach to size and complex refractive index determination of absorbing droplet using rainbow scattering,SPIE Proceedings, 9046,2013

2. Novel droplet size and complex refractive index measurement based on rainbow detection, Chinese optics letters,10(2),2012

3. Spray droplets size distribution and refractive index measurement based on rainbow principle, Chinese Journal of Lasers,39(2),2012

4. Non-intrusive measurement of the temperature and size distribution of water droplets in a flat fan spray, Applied Mechanics and Materials,226-228(3),2012

5. Experiment validation of non-sphericity effect on monochromatic rainbow measurement, Proceedings of SPIE, 2012

6. Rainbow thermometry based on EMD de-noising and signal analysis, Procedia Engineering,29,2012

7. Characterization of a flat fan air-blast atomizer spray by global rainbow refractometry, Proceedings of SPIE,8201,2011

8. Study on optical particle measurement based on rainbow phenomena, Acta optica sinica,29(2),2009

9. Inversion algorithm of rainbow measurement,Chinese journal of laser, 36(3),2009

10. Investigation algorithm on rainbow measurement in gas-liquid flow,Proceedings of SPIE, 2008

11. Rainbow phenomena of absorbing droplet, Journal of southeast university(Natural Science Edition),38(3),2008