学术论文: |
(1)xuefeng xing et al., seismic communication data processing based on compressed sensing algorithm, geophysical prospecting, 2024,1-12. sci (2)xuefeng xing et al., ground force analysis of a portable electromagnetic seismic vibrator for different surface environments and driving voltages,geophysical prospecting, 2023,71,816-829. sci (3)xuefeng xing et al., electromagnetic-mechanical coupling analysis and optimization method of electromagnetic vibroseis,measurement science and technology, 2023,34.sci (4)xuefeng xing et al., analysis and improvement of channel equalization for underwater acoustic communication based on variational mode decomposition and cnn-bilstm,international journal of pattern recognition and artificial intelligence,2023,37,15.sci (5)xuefeng xing et al., multipath analysis of pruned dft-spread fbmc-oqam in underwater acoustic channels, ieee sensors letters,2022,6.12 (6)xuefeng xing et al.,multipath analysis of pruned dpt-spread fbmc-oqam in underwater acoustic channels,sensors letters,2022,vol.6 no.12. sci (7)xuefeng xing et al., application of segmented correlation technology in seismic communication with morse code, appl. sci.2021,11,1947.sci (8)xuefeng xing et al., maximun deviation sliding search based stepped frequency synthesis method for marine vibroseis research, measurement, 2022. vol.202,111799.sci impact factor:5.131 (9)邢雪峰,孙丹,徐洋,林君,低频检波器频谱补偿算法建模及仿真,地球物理学报,2017, vol.60, no.11,4321-4326.sci impact factor:0.7 (10)xuefeng xing et al., a seismometer phase-sensitive detection circuit design. aer-advances in engineering research, 2015, 27, 1057-1060. (11)xuefeng xing et al., high precision capacitance displacement measurement circuit design. aer-advances in engineering research, 2015, 27, 1066-1069. (12)xuefeng xing, wanyao liu, tao li et al.. a portable optical waveguide resonance lightscattering scanner for microarray detection, analyst, , 2016, 141, 199-205, sci impact factor: 4.107. (13)xing xue-feng, liu xia,li tao,wang zhen-xin*. development of light waveguide resonance light-scattering scanner for microarray detection. chin. j. anal. chem., 2013, 41, 1458-1462. sci impact factor:0.76. (14)邢雪峰,刘霞, 李桃,王振新*,研制生物芯片波导共振光散射扫描装置,第十三届应用化学年会,2013,中国长春。 (15)邢雪峰,李洪祚,准正交空时分组编码的空间激光通信,中国激光,2012, vol. 39,no.5, 41-47, ei. (16)邢雪峰,李洪祚. 空间分集通信的信标光切换设计. 现代电子技术, 2012, vol.7, 50-52. (17)邢雪峰,李洪祚. 分集激光通信高速率半导体激光器驱动设计. 现代电子技术, 2012, vol.6, 25-28.核心期刊.. (18)邢雪峰,李洪祚,李锐.大气湍流信道激光通信. 光学精密工程. 2011, 1004-924x(增)0153-06.ei (19)xuefeng xing, hongzuo li. modeling and simulation the semiconductor lasers diode temperature controlling. advanced materials research, 2011, vol.338, p706-708, ei. (20)xuefeng xing, hongzuo li. design of beacon light switch based on fpga. advanced materials research, 2011, vol.308-310,p92-95 ei. (21)xuefeng xing, hongzuo li. design of beacon light switch based on spatial diversity laser communication. the 2011 computer science and information engineering,长春。 (22)xuefeng xing, hongzuo li. design of high power edfa control circuit based on space laser communication. the 2011 computer science and information engineering,长春。 (23)xuefeng xing, hongzuo li. optical communication for atmospheric turbulence channels. international conference on frontiers of laser processing (icfl) 2011, 长春。 |
专利情况: |
1.授权国防专利:xxx(zl200910124949.1) 2.授权国家发明专利:基于共振光散射检测生物芯片的装置(专利号:zl201310025477.0) 3.授权国家发明专利:dna微阵列芯片检测与ⅱ型糖尿病相关的单核苷酸多态性的方法(专利号:201410628972.5) 4.授权国家发明专利:一种小型化低功耗的生物芯片检测装置(专利号:zl20141015326.4) 5.授权国家实用新型专利:一种三分量地震检波器的自动调平装置 (专利号:zl 201420673148.7) 6.授权国家发明专利:一种用于差分载波地震检波器激励源的调制电路(专利号:zl201510487306.9 7.授权国家发明专利:一种用于差分载波地震检波器激励源的调制电路(专利号:zl201510487306.9,授权时间:2017-08-29证书编号:2600156) 8.授权国家发明专利:一种地震检波器相敏检波电路解调装置(申请号zl201510487310.5授权时间:2018-01-05证书编号:2769843) 9.授权国家实用新型专利:一种差分地震检波器(专利号:zl201520598628.6) 10.授权国家实用新型专利:一种地震检波器(专利号:zl201520601459.7) 11.授权国家发明专利:一种电磁式可控震源(申请号:zl201611238953.7,授权时间:2019/07/05) 12.授权国家实用新型专利:一种电磁式可控震源(申请号:zl201621459825.0) 13.授权国家实用新型专利:一种生物芯片载物台(申请号:zl201621469235.6) 14.授权国家实用新型专利:震源的驱动装置以及基于界面补偿的地震波生成设备(申请号: cn201621459861.7) 15.申请国家发明专利:一种智能通风系统及其控制方法(申请号:cn201710254656.x) 16.授权国家发明专利:一种无动力航拍调整支架(专利号:zl201510046835.5) 17.授权国家实用新型专利:一种无动力航拍调整支架(专利号:zl201520064506.9) 18.申请国家实用新型专利:一种智能通风系统(申请号:cn201720410877.7) 19.申请国家发明专利:一种生物芯片载物台(申请号:cn201611240148.8) 20.授权国家发明专利:震源的驱动装置以及基于界面补偿的地震波生成设备(专利号: cn20161123689,授权时间:2019/04/09) 21.授权国家发明专利:一种可控震源及基于地震波矢量合成的震源设备(专利号: zl201611237689.5,授权时间:2019/04/05) 22.授权国家实用新型专利:一种可控震源及基于地震波矢量合成的震源设备(申请号:zl201621459863.6) 23.授权国家发明专利:一种地震仪数据传输分簇路由协议设计方法(专利号:cn201611083368.4) 24.申请国家发明专利: 一种无缆地震勘探仪器多基站部署方法 (申请号:201611080944.x) 25.申请国家发明专利:一种生物测量装置和生物样本成像方法(申请号:cn201711433836.0) 26.申请国家实用新型专利:一种生物测量装置(申请号:cn201721856781.x) 27.授权国家发明专利:基于多信号发生器系统可控震源震动畸变抑制系统及方法(专利号:cn202011525523.x) 28.授权国家发明专利:一种基于多传感器融合的可控震源地面力估计方法及系统(专利号:cn202011543088.3) 29.申请国家发明专利:一种海洋可控震源的步进频率控制方法、系统及设备(申请号:202210692923.2) 30.申请国家发明专利:用于海洋可控震源的姿态数据融合方法、装置及系统(申请号:202210692937.4) 31.申请国家发明专利:一种基于压缩感知的地声通信系统(申请号:202210787105.0) 32.申请国家发明专利:电磁可控震源的力常数测取方法、装置、设备及存储介质(申请号:202211064809.1) 33.申请国家发明专利:提取装置、核酸提取系统及其控制方法(申请号:202210369950.6) 34.申请国家发明专利:核酸提取系统(申请号:2022103692263.3) 35.申请国家发明专利:核酸提取系统(申请号:202210369220.6) 36.申请国家发明专利:一种基于流固耦合分析的海洋可控震源设计方法及系统(申请号:202311817885.x) 37.申请国家发明专利:一种可控震源电磁-机械耦合非线性分析方法(申请号:202311818213.x) 38.申请国家发明专利:滑模控制联合仿真方法、装置、终端设备以及存储介质(申请号:2023112886845) 39.授权国家发明专利:伺服控制方法、系统、装置、终端以及存储介质(专利号:zl202211596058.5) 40.授权美国发明专利:seismic vibrator, vibration device and driving apparatus for the same,(patent no.:us 11,686,869 b2) |