学术信息网 西电导航 关于 使用说明 搜索 系统首页 登录 控制面板 收藏 谢楷的留言板
一、学术期刊论文
  • 研究方向(1):物理学-等离子体物理、电磁学

[1]Kai Xie, Min Yang*, Bowen Bai, and et.al, Re-entry communication through a plasma sheath using standing wave detection and adaptive data rate control Journal of Applied Physics , 2016,119(2):023301, SCI:000369284800011.

[2] Kai Xie*, Xiaoping Li, Donglin Liu, and et.al, Reproducing continuous radio blackout using glow discharge plasma, Review of Scientific Instruments,   2013,84(10):104701, SCI:000326645300047.

[3]Hui Zhou, Xiaoping Li, Kai Xie, and et.al, Characteristics of electromagnetic wave propagation in time-varying magnetized plasma in magnetic window region of reentry blackout mitigation.[J].Aip Advances, 2017, 7(2):879-894.

[4]Zhou H, Li X, Xie K*, et al. Mitigating reentry radio blackout by using a traveling magnetic field[J]. Aip Advances, 2017, 7(10):105314.

[5] Liu Donglin*, Li Xiaoping, Xie Kai, Liu Zhiwei.  The propagation characteristics of electromagnetic waves through plasma in the near-field region of low-frequency loop antenna   Physics of Plasmas, 2015,22(10):102106SCI:000364403600022.

[6] Yang M*, Li X P, Xie K, Liu Y M, Parasitic modulation of electromagnetic signals caused by time-varying plasma, Physics of Plasmas, 2015,22(2),     SCI:000350552000037.

[7] Yang M*, Li X P, Xie K, and et.al, A large volume uniform plasma generator for the experiments of electromagnetic wave propagation in plasma, Physics of Plasmas, 2013, 20(1). SCI:000317286200003.

[8] Bowen Bai*, Xiaoping Li, Yanming Liu,Kai Xie, Effects of Reentry Plasma Sheath on the Polarization Properties of Obliquely Incident EM waves,IEEE trans. on plasma science 2014, 42(10),  SCI:000344545500008.

[9] H. Zhou, X. Li, Y. Liu, B. Bai and K. Xie, "Effects of Nonuniform Magnetic Fields on the “Magnetic Window” in Blackout Mitigation," in IEEE Transactions on Plasma Science, vol. 45, no. 1, pp. 15-23, Jan. 2017.SCI

[10] 谢楷*,李小平, 杨敏等,L、S频段电磁波在等离子体中衰减实验研究,宇航学报,2013,34 (8):1167,EI:20134116842589.

[11] 杨敏*, 李小平, 谢楷等,电磁信号在时变等离子体中传播的调制效应,宇航学报,2013,34(6): 842, EI:20132916509500

[12] 杨敏*, 李小平, 刘彦明,石磊, 谢楷, 信号在时变等离子体中的传播特性研究, 物理学报,  2014, 63(8), SCI:000336090200035.

 

  • 研究方向(2):仪器科学-检测技术、微弱信号处理

 

[1]Xie K*, Shi X, Zhao K, et al. Note: A temperature-stable low-noise transimpedance amplifier for microcurrent measurement[J]. Review of Scientific Instruments, 2017, 88(2):026101.SCI:

[2]Kai Xie,Liuhao Chen,Anfeng Huang,and et.al,An auxiliary frequency tracking system for general-purpose lock-in amplifiers, Measurement Science and Technology, Accepted at 27 November 2017.

[3] Kai Xie*, Yan Liu, XiaoPing Li, and et.al, Expanding the bandwidth of the ultra-low current amplifier using an artificial negative capacitor, Review of Scientific Instruments ,2016,87 (4): 046102 SCI: 000375842500074.

[4] Kai Xie*, Xiaoping Li, Hanlu Zhang, and et.al, Non-contact data access with direction identification for industrial differential serial bus, Review of Scientific Instruments, 2013,84(6): 064702, SCI:000321273500036.

[5]Kai Xie*, Long-Chao Liu, Xiao-Ping Li, and et.al, Non-contact resistance and capacitance on-line measurement oflubrication oil film in rolling element bearing employing an electric fieldcoupling method,Measurement, 2016, 91(2016):606–612. SCI.

[6]Xiaozhou, L., Kai X* and et al., Capacitance variation measurement method with a continuously variable measuring range for a micro-capacitance sensor. Measurement Science and Technology, 2017. 28(10): p. 105009.

[7]X-Z. Lü,Yebo Tao, Kai Xie and et al., "Sun sensor using a nanosatellites solar panels by means of time-division multiplexing," in IET Science, Measurement & Technology, vol. 11, no. 4, pp. 489-494, 7 2017.SCI

[8] Liu Donglin*, Li Xiaoping, XieKai, Analysis of double-probe characteristics in low-frequency gas discharges and its improvement, Review of Scientific Instruments, 2015, 86(1): 013504, SCI:000349068700020.

[9] 孙海峰,谢楷,李小平*、方海燕等,  高稳定度X射线脉冲星信号模拟,物理学报2013,62(10),SCI:000319869300077.

 

  • 研究方向(3):能源、功率电子

[1]Kai Xie; A. F. Huang*; L. Chen; S. Guo; H. Zhang, "Half-Cycle Resonance Tracking for Inductively Coupled Wireless Power Transmission System,"  IEEE Transactions on Power Electronics ,2017,vol.PP, no.99, pp.1-1. SCI:

[2] Kai Xie*, AnFengHuan, Xiao-Ping Li, and et.al, Modular high-voltage bias generator powered by dual-looped self-adaptive wireless power transmission, Review of Scientific Instruments, 2015,86 (4): 044707, SCI:000353837700047.

[3] K.Xie*, Y.-M. Liu ,H-L.Zhang ,L-Z.Fu, Harvest the ambient am broadcast radio energy for wireless sensors J. of E.M. Waves and Appl. 2011,14 (25):2054 SCI:000297811100013

[4]Lei Quan, Kai Xie*, Ruoyao Xi, and et.al, Compressive light beam induced current sensing for fast defect detection in photovoltaic cells, Solar Energy, 150 (2017) 345–352.SCI:

二、国际会议(检索)论文

[1]Kai Xie ; Bin Sun ; Xueyou Shi,and et.al,Expanding the bandwidth of low level photo-electric amplifier using continuous equal-potential shielding.Proc. SPIE 10255, Chinese Society for Optical Engineering Conferences,October and November 2016, 102553Y (March 8, 2017);

[2]Quan Lei ; Kai Xie ; Liu Yan,Fast defect detection for large scale photoelectric devices utilizing compressive sensing.Proc. SPIE 10255, Chinese Society for Optical Engineering Conferences,October and November 2016,  102553T (March 8, 2017); 

[3]Shi X, Xie K, Sun B, et al. Expansion the Output Swing of the Ultra-Low Noise Transimpedance Amplifier for Microcurrent Measurement[C]// International Conference on Mechatronics Engineering and Information Technology. 2016.

[4] Kai Xie, ShuhongGong, Xiaoping Li, Lina Zhang, Measurement and Analysis of Raindrop Size Distribution in Xi’an, ISAPE-7th Xi’an, China, 2011, p596-599, EI: 20110813681087

[5] Liu Donglin*, Li Xiaoping, Xie Kai, Mechanism and simulation of blackout mitigation by electric and magnetic fields during reentry, APS-URSI 2013 Orlando, Florida, USA, 2013, July : p1160-1161. SCI:000332766801123.

[6] Min Yang*, Xiaoping Li, Kai Xie. An Innovative Approach for Media-based Modulation Based on Time-varying Plasma,       USNC-URSI 2015 Vancouver, Canada, 2015, p598-599, SCI:000371401400291.

[7] Yang Min*, Li, Xiaoping, Xie Kai, Shi Lei, Modulation of EM Signals Caused by Time-varying Plasma and Propagation Experiment,    APS-URSI 2014, Memphis, TN,2014, p1578-1579, SCI:000361554401343.

[8] LIZhongqun, XIE Kai , YE Yinghao , and et.al, Reconstruct the PWM Signal of Switching Power Supplies from the Near Field Radiation, AMT 2013 Xiamen, China, p1792-1796, EI:20133516683237.

[9] XufeiWANG, Kai XIE, Teng LI, and et.al, Measuring the Equivalent Series Resistance of the Low Impedance Electrolytic Capacitors in Pulsed Current State, ICMIA 2013, Guilin, China p122-125,       EI:20133516680880

[10] GuoShiZhong, Xie Kai,Ye Ying Hao, Li Xiao Ping, An Ultra Low Voltage Resonant Converter for Thermoelectric Energy Harvesting, FEMR 2013, Singapore, v772, p731-734, EI:20134116835143

[11] Bai Bowen, Xiaoping Li, Yanming Liu, Lei Shi, Kai Xie, Analysis of GPS patch antenna covered by re-entry plasma sheath, AISPE-10th Xi’an China (2013), p257-260, EI:20130716025204

三、学术著作

[1] Wireless Computing in Medicine: From Nano to Cloud with Ethical and Legal Implications, Wiley Press, 2016.6,ISBN: 978-1-118-99361-3,章节作者。购书网址:http://www.wiley.com/WileyCDA/WileyTitle/productCd-1118993616.html

     [2] 高速飞行器等离子体鞘套电磁波传播理论与通信技术, 科学出版社, 审稿中(2017年出版),章节作者。

四、发明专利(已授权)

    在开展科学研究的同时,还十分注重空间科学领域研究成果的民用转化。与石油、自动化、环境保护等行业保持了广泛的横向合作。已获授权发明专利21项:

 

[1] 大面积均匀非磁化等离子体产生装置及方法,发明专利,2013.7,授权号ZL201110328200.6,第一发明人。

[2] 等离子体包覆材料的雷达反射特性测量装置及方法,发明专利,2014.12,授权号ZL201210257142.7,第一发明人。

[3] 谐振跟踪式非接触供电装置及供电方法,发明专利,2013.07,授权号ZL201010180435.0,第一发明人。

[4] 薄层环形非接触式电能传输装置,发明专利,2015.1,授权号ZL201210254992.1,第一发明人。

[5] 带方向检测的非接触式总线在线监听装置,发明专利,2014.7,授权号ZL201210334906.8,第一发明人

[6] 用于脉冲星地面模拟系统的衰减装置,发明专利,2015.5,授权号ZL201210245529.0,第一发明人

[7] 平面射流等离子体产生装置,发明专利,2014.12,授权号ZL201210245290.7,第二发明人

[8] 基于节点信息的电路故障诊断方法,发明专利,2014.03,发明专利,ZL201210051355.4,第二发明人

[9] 非接触式总线数据在线监听装置,发明专利,2012.10,授权号ZL201010252223.9,第二发明人。

[10] 开关电源工作参数的非接触式测量系统及测量方法,发明专利,2013.04,授权号ZL201010585786.X,第二发明人。

[11] 一种非接触式电能、数据一体化滑环式传输方法,发明专利,2011.10,授权号ZL200910021031.4,第二发明人。

[12] 具有高时频稳定度的X射线脉冲星光子信号地面模拟系统,发明专利,2014.12授权号ZL201210245565.7 ,第二发明人

[13]具有能级测量功能的X射线脉冲星电子学读出装置, 授权号ZL201510155354.8,第三发明人

[14] 带冷却电极的大面积均匀高密度等离子体产生系统,发明专利,2015.6,授权号ZL201210254991.7,第三发明人

[15] 运动部件间的非接触模拟信号传输装置,发明专利,2014.07,授权号ZL201210245520.X,第三发明人

[16] 矿用直流转换本安电源的缓启动电路,发明专利,2015.4,授权号ZL201210255272.7,第三发明人

[17] 基于信息熵原理的开关电源故障诊断方法, 发明专利,2014.02,授权号ZL201210051663.7,第三发明人

[18] 基于寄生谐振频点的天线阻抗自动匹配装置及方法,发明专利,2015.6,授权号ZL201210245612.8,第四发明人

[19] 等离子体中电波传播实验装置,  发明专利, 2015.1,授权号ZL201210254995.5,第四发明人

[20] 超低压升压系统及其控制方法,  发明专利,2015.6,授权号ZL201310161973.9,第四发明人

[21] 基于自适应导电介质的非接触式数据传输装置, 发明专利,2016.04,授权号ZL201310634574.X,,第四发明人

[22] 非接触式数据传输装置, 发明专利, 2014.10,授权号ZL201210255575.9,第四发明人

[23]具有多物理特性的动态脉冲星信号模拟装置,授权号ZL201510156035.9,第四发明人

[24]无线携能通信装置,2017.5.7,授权号ZL201510155427.3,第四发明人

 

 

 

版权声明:未经西安电子科技大学以及个人主页教师本人许可不得复制,转载传播本主页内容或用于任何商业用途,如需转载请征得主页所有者同意,并附上主页链接.
西安电子科技大学个人主页 站点地图 | | 谢楷的留言板 | 更新日期 :2018-01-12 | |
Copyright © 2011-2016 西安电子科技大学 版权所有 陕ICP备021284(05016169) Powered by 信息化建设处 & 电院网络中心