在Appl. Opt.(USA)、Optics & Laser Technology、Electric Power Systems Research、JOEL、光学学报、光子学报等杂志上发表研究论文近百篇。
[1]Chong Kang, Liming Fan, Quan Zheng, Xiyuan Kang, Jian Zhou, and Xiaojun Zhang. Experimental Study on the Localization of Moving Object by Total Geomagnetic Field[J]. Journal of Sensors, 2017, ID7948930 2017:1-7. WOS:000405348600001
[2]
Fan, LM;
Kang, XY;
Zheng, Q ;
Zhang, XJ;
Liu, XJ (Liu, Xuejun);
Geng, ZS(Geng, Zhoushan);
Kang, C. Tracking of moving magnetic target based on magnetic gradient system with total field magnetometers[J].
《Sensor Review》 2018 38(4) :501-508. WOS:000437167300011
[3]
Fan, LM ;
Zheng, Q ;
Kang, XY ;
Zhang, XJ ;
Kang, C. Baseline optimization for scalar magnetometer array and its application in magnetic targetlocalization[J]. CHINESE PHYSICS B2018(27)6 060703:1-7. WOS:000435914300003
[4]
Fan, LM ;
Kang, XY ;
Zheng, Q ;
Zhang, XJ ;
Liu, XJ ;
Chen, CL ;
Kang,C. A Fast Linear Algorithm for Magnetic Dipole Localization Using Total Magnetic Field Gradient[J]. IEEE SENSORS JOURNAL. FEB 1 2018 (18)3: 1032-1038. WOS:000422940300015
[5]
Zhang, XJ ;
Fan, LM ;
Cheng, P ;
Chen, CL ;
Liu, XJ ;
Kang, C. A Method to Remotely Track a Magnetic Target Using a Scalar Magnetometer Array[J]. JOURNAL OF SENSORS, 2017:6510980 1-9. WOS:000419038300001
[6]Fan, LM; Kang, C; Zhang, XJ; Wan, SW. Real-Time Tracking Method for a Magnetic Target Using Total Geomagnetic Field Intensity[J]. PURE AND APPLIED GEOPHYSICS. JUN 2016 173卷 6期: 2065-2071. WOS:000377722800013
[7]Fan, LM; Kang, C; Zhang, XJ; Zheng, Q ; Wang, M. An efficient method for tracking a magnetic target using scalar magnetometer array[J]. SPRINGERPLUS. 2016(5):502 1-10. WOS:000375702900007
[8]
Xiaojun Zhang,
Xiyuan Kang,
Xin Chen,
Zhuoshan Geng,
Liming Fan,
QuanZheng,
Hua Lv, and
Chong Kang. Experimental Study on the Aperture of Geomagnetic Location Arrays[J]. Journal of Sensors. Volume 2019, Article ID 7491871, 12 pages. WOS:000461693900001
[9]Zhang XiaoJun; Kang XiYuan; Fan LiMing; et el. The method of the magnetic object locating by arrays in the geomagnetic total field[J]. CHINESE JOURNAL OF GEOPHYSICS-CHINESE EDITION. 2019 (62)5:1921-1928 WOS:000467308600027
[10]Zhuoshan Geng, Xin Chen, Chong Kang. Compensation Vehicle Distortion Field and Improvement of Magnetic Target Localization[C]. 10th International Conference on Modelling, Identification and Control (ICMIC), July, 2-4, 2018, Guiyang, China. EI Accession number: 20185006245593
[11]Zhang Jun-Hai; Wang Ping-Wen; Han Yu; Kang Chong; Sun Wei-Min. Theory of atomic vector magnetometer using linearly polarized resonant light[J]. Acta Physica Sinica, 2018(67)06: 060701-1-9 WOS:000428115000006
[12]Xiaojun Zhang , Xiyuan Kang, Xin Chen, Hua Lv, Zhuoshan Geng, Liming Fan , and Chong Kang. Measurement of Far Field Magnetic Moment Vector of a Moving Ferromagnetic Object[J].IEEE SENSORS JOURNAL, 2020(20)18:10903 - 10912
[13].康崇,刘芙蓉,黄宗军等.光源谱宽对法布里-珀罗干涉式光纤传感器工作灵敏度的影响.光学学报. 2004,24(3):337-340
[14].康崇, 王政平, 黄宗军, 刘宁宁. 无偏振效应分束器反射相移对法拉第镜式光学电流互感器输出光偏振态的影响. 光学学报2006,26(12):1857-1860
[15].康崇 黄宗军 佟成国 魏 坤. 依据傅里叶变换谱稳定法布里-珀罗型光纤水听器的工作点. 光学学报.2007,27(7):1156-1160
[16].康崇, 张树全, 黄宗军, 刘宁宁, 魏坤, 李松. 模式分裂对法布里珀罗型光纤水听器谐振曲线的影响. 光学学报.2007,27(1):155-158
[17].康崇,吕文磊,黄宗军等. 光学电流互感器中线性双折射与法拉第效应的分离检测. 光学学报 2008,28(1):163-168