Jing   Nie

Ph.D. Lecturer,

ADDRESS：No.5, DongFeng Road, Zhengzhou. Mechanical   and Electrical Engineering Institute, Zhengzhou University of Light Industry,   Zhengzhou 450002.

PHONE：18618207036

E-mail：niky711@163.com

Research fields and research interests:

Gas   sensors and chemical sensors; Instrument and test technology; Signal   detection and processing

Educational   Background (since college):

09/2010—06/2014

Ph. D. student in Instrument science and engineering

Science and Technology on   Inertial Laboratory, Beihang University(Beijing   University of Aeronautics & Astronautics), Beijing, China

09/2006—06/2009

M.S. Material   processing

State Key Laboratory of Gansu   Advanced Non-ferrous Metal Materials, Lanzhou University of Technology,   Lanzhou, China

09/2002—06/2006

B.S. Communication   engineering

Department of Information Engineering,   Beijing University of Equipment Technology, Beijing, China

Courses:

Measurement   and Control Technology

Research Results (monographs, papers, patents, etc.):

Journal articles:

[1]Jing Nie, Xiao-feng Meng, RuiZheng, Shuo Wang.   (2013). Fast quartz resonant sensors for high humidity range 60-95% RH. Sensors & Actuators: B. Chemical,   185, 211-217.

[2]Jing Nie,   Xiao-feng Meng, Shuo Wang, RuiZheng, Lin Wang. (2012). Dew   point measurement using a sensitive circuit type dew point sensor. Applied Mathematics & Information   Sciences,6(3S), 863-868.

[3]Jing Nie, Xiao-feng Meng.   (2014). Dew point and relative humidity measurement using a quartz resonant   sensor. Microsystem Technologies.   20(7), 1311-1315.

[4]Jing   Nie, Xiao-feng   Meng. (2015). Microscopic verification of sensitive circuits of a quartz   resonator applied in dew point recognition.Microsystem   Technologies.21(3):641-647.

[5]Jing Nie, Yu Shi. (2015). Correlation   between stability of aluminium alloy pulsed MIG welding and pulse current   signal. Materials Research Innovations.   19 (l2):S2-1.

[6]Jing Nie, Xiao-Feng Meng, Yu   Shi. (2011). Study on Evaluation Method of Aluminum Alloy Pulse MIG Welding   Stability Based on Arc Voltage Probability Density. Journal of Signal and Information Processing, 2, 159-164.

[7]Jing Nie, Xiao-feng Meng, Shuo   Wang, RuiZheng. (2013). Dew point measurement based on the sensitive circuit.   Journal of Beijing University of   Aeronautics and Astronautics,39(3), 15-17.(In Chinese)

[8]Jing   Nie,   Xiao-feng Meng, RuiZheng, Shuo Wang, Yang Lv. (2012).Method for measuring dew   point based on resonance. Journal of   Test and Measurement Technology, 5, 393-396.(In Chinese)

[9]RuiZheng, Xiao-feng   Meng, Jing Nie, Shuo Wang. (2012).   Design   and implementation of test system for quartz crystal microbalance based on   VXI bus technique. Journal of   Electronic Measurement and Instrument, 26(8), 721-725. (In Chinese)

[10]Jing   Nie, Yu   Shi, Jian-kang Huang, Ding Fan. (2009). Welding stability pattern recognition   used SVM base on approximate entropy of voltage signal. Electric Welding Machine, 39(7), 23-26.(In Chinese)

[11]Jing   Nie, Yu   Shi, Jian-kang Huang, Ding Fan.(2009). Research   on Evaluation Method of Aluminium Alloy Pulse MIG Welding Stability Based on   Approximate Entropy. Computer   Measurement & Control,17(7),1399-1402.(In   Chinese)

[12]Jing   Nie, Yu   Shi, Jian-kang Huang, Ding Fan.(2010). Approximate   entropy GRNN forecast for aluminum alloy pulsed MIG welding stability. Transactions of the China Welding Institution,31(8),77-80.(In Chinese)

[13]Jing   Nie, Yu   Shi, Shi-jin Zhang, Jian-kang Huang, Ding Fan.(2009). Analysis   on probability density of voltage signal of pulse MIG welding for aluminum   alloy.Electric Welding Machine, 39(11), 49-52.(In Chinese)

[14]Yu Shi, Jing Nie, Jian-kang Huang, Li-hui Lu,   Ding Fan.(2010). Evaluation method of pulsed MIG welding of aluminum   alloy based on probability density of arc voltage signal. Transactions of the China Welding   Institution, 31(5), 13-16.(In Chinese)

[15]Yu Shi, Jing Nie, Jian-kang Huang, Ding   Fan.(2008). Visual   detection of weld strengthened height based on linear light source. Journal of Lanzhou University of   Technology,34(6),15-18.(In Chinese)

[16]Jian-kang Huang, Yu   Shi, Jing Nie, Ding Fan.(2010). Analysis   on welding stability of aluminum alloy pulse MIG welding based on approximate   entropy. Transactions of the China   Welding Institution, 31(1), 101-104. (In Chinese)

[17]Yu Shi, Jian-kang   Huang, Jing Nie, Ding Fan.(2009).Correlation   of arc acoustic signals and droplet transfer in aluminum pulsed MIG welding. Transactions of the China Welding   Institution, 30(3), 29-32.(In Chinese)

Conference papers:

[1]Jing Nie, Xiao-feng Meng,   LijunXu, RuiZheng.(2013) Dew point measurement using a quartz crystal sensor.   2013 IEEE International Instrumentation   & Measurement Technology Conference(I2MTC), Minneapolis, MN, May 6-9, 2013,41- 44. (Poster)

[2]Jing Nie, Xiao-feng   Meng.(2013). Fast quartz resonant method for high humidity measurement. IEEE SENSORS 2013, Baltimore, Maryland,   USA, November 3-6, 2013, 1- 4. (Oral presentation)

[3]Jing Nie, Xiao-Feng Meng, Yu   Shi.(2011). Research on evaluation method of aluminum alloy pulse MIG welding   stability base on approximate entropy. 2011   3rd International Conference on Advanced Computer Control. January, 2011,   12-15. (Oral presentation)

Patents:

[1]Xiao-fengMeng,   Jing Nie, RuiZheng.(2011). Method   for measuring dew point based on resonance. ZL 201110412886.7，China.   

[2]Xiao-fengMeng,   Jing Nie, Shuo Wang.(2011). Dew   point measurement based on the sensitive circuit. ZL 201110412385.9，China.   

[3]Jing Nie. (2014).A   quartz resonant sensitive circuits used in dew point identification.201410727790.3,   China.

Research Projects:

1.Research   on internal ballistic missile speed sensor calibration technology，JSJL2014601B004，National   defense technology foundation for scientific research projects，2015.01~2016.12.

2.Research   on the theoretical and experimental of resonant dew point sensor,15A460035,Henan key scientific research foundation   for Colleges and Universities,2015.01~2016.12.

3.Theory   and experiment research for quartz resonant dew point sensor,61473021,   Natural Science Foundation of China,2015.01~2018.12.

Received Honor:

1.10/2007-10/2008 Outstanding   graduate student, Lanzhou University of Technology;   (2 times)

2.10/2007-10/2008 Outstanding   graduate student cadres, Lanzhou University   of Technology; (2 times)

3.11/2011 ChunHui scholarship, Beihang University;

4.11/2012 Airbus scholarship, Beihang University;

5.03/2013-03/2014 Innovation   Foundation of BUAA for PhD Graduates, Beihang University;

6.10/2013 National scholarship, Beihang University.

Affiliations:

ImportantAcademic Activities: