The design of high torque rigidity stabilizing loop for heavy load Inertial Stabilized Platform
LIU Wan-Guo;GAO Wei;Tianjin Navigation Instrument Research Institute;

..............page:1-6

Forward calculation of gravity changes by artificial mass
PAN Jun;YIN Hang;ZHOU Xian-Gao;YANG Yei;Tianjin Navigation Instrument Research Institute;Aero Geophysical Survey & Remote Sensing Center for Land And Resources;

..............page:7-11

The application of a filtering method to margin gravity measurement signal filter
GAO Wei;XU Xiu-Ming;YIN Hang;Tianjin Navigation Instrument Research Institute;Guangzhou Luntou 91650 Navy Unit;China Aero Geophysical Survey and Remote Sensing Center for Land and Resources;

..............page:12-16

Bidirectional temperature control design of gravity gradient instrument platform
WANG Wei;GAO Wei;LI Cheng-Suo;ZHANG Zi-Shan;Tianjin Navigation Instrument Research Institute;China Aero Geophysical Survey and Remote Sensing Center for Land and Resources;

..............page:17-21

Noise analysis of QFA servo circuit for gravity gradiometer
LEI Li-Ming;SHU Qing;YANG Ye;CHENG Guan-De;Tianjin Navigation Instrument Research Institute;China Aero Geophysical Survey & Remote Sensing Center for Land And Resources;

..............page:22-27

The method of calibrating gyroscope drift in the geometrical stability state of inertial stabilized platform
LI Zhong;Tianjin Navigation Instrument Research Institute;

..............page:28-32

Temperature characteristics and error compensation method for high precision accelerometers
NIE Lu-Yan;LIU Xiao-Dong;WU Wei;YU Hong-Yu;Tianjin Navigation Instrumen Research Institute;

..............page:33-36

The method for the resolution test of accelerometer based on the double axis tilt method
WU Wei;ZHOU Jian-Xin;LIU Xiao-Dong;NIE Lu-Yan;Tianjin Navigation Instrument Research Institute;China Aero Geophysical Survey & Remote Sensing Center for Land And Resources;

..............page:37-40

The laser cutting technique without dross for quartz glass
YANG Wen;LI Li-Yong;YU Hong-Yu;TAN Zhi-Jun;Tianjin Navigation Instrument Research Institute;

..............page:41-43

Low-rigidity quartz accelerometer’s chip machining technology
YU Hong-Yu;ZHU Xue-Yi;LI Li-Yong;YANG Wen;Tianjin Navigation Instrument Research Institute;

..............page:44-46

A study of the μ-Gal-level cold atom gravimeter
WU Bin;WANG Zhao-Ying;CHENG Bing;WANG Qi-Yu;XU Ao-Peng;LIN Qiang;Center for Optics & Optoelectronics Research;College of Science;Zhejiang University of Technology;Institute of Optics;Zhejiang University;

..............page:47-52

Rapid extraction of the systematic error in the cold-atom gravimeter
CHENG Bing;WANG Zhao-Ying;XU Ao-Peng;WANG Qi-Yu;LIN Qiang;Institute of Optics;Zhejiang University;College of Science;Zhejiang University of Technology;

..............page:53-57

The restraint of the common- mode noise in the cold atom gravimeter
XU Ao-Peng;WANG Zhao-Ying;WANG Qi-Yu;FU Zhi-Jie;LIN Qiang;Institute of Optics;Zhejiang University;College of Science;Zhejiang University of Technology;

..............page:58-62

A Diurnal Correction Method for Far Sea Magnetic Survey Based on Gradient Data
XU Guang-Xiu;REN Lai-Ping;WU Tai-Qi;LI Kai-Feng;Naval Institute of Hydrographic Surveying and Charting;

..............page:63-66

A study of SINS / GNSS strapdown ground vehicle gravimetry test
YU Rui-Hang;CAI Shao-Kun;WU Mei-Ping;CAO Ju-Liang;ZHANG Kai-Dong;WANG Peng;College of Mechatronics Engineering and Automation;National University of Defense Technology;China Aero Geophysical Survey and Remote Sensing Center for Land and Resources;

..............page:67-71

The construction of power spectral density function and its application to the computation of gravity functions
CHEN Xin;DENG Kai-Liang;ZHAI Guo-Jun;BAO Jing-Yang;OUYANG Yong-Zhong;LU Xiu-Ping;WU Tai-Qi;Department of Hydrography and Cartography;Dalian Naval Academy;Naval Institute of Hydrographic Surveying and Charting;

..............page:72-75

Signal simulation of gravity gradient for gravity gradiometer of rotating accelerometer
CAI Ti-Jing;QIAN Xue-Wu;DING Hao;School of Instrument Science and Engineering;Southeast University;Beijing Aerospace Control Device Institute;

..............page:76-79

A gravity gradient demodulation method for rotating accelerometer gravity gradiometer
QIAN Xue-Wu;CAI Ti-Jing;YIN Hang;School of Instrument Science and Engineering;Southeast University;China Aero Geophysical Survey and Remote Sensing Center for Land and Resources;

..............page:80-83

The application of Sage-Husa adaptive Kalman filtering in airborne gravity data processing
ZHENG Wei;ZHANG Gui-Bin;CHEN Tao;SUO Kui;LI Ri;China University of Geosciences Beijing;China Aero Geophysical Survey and Remote Sensing Center for Land and Resources;

..............page:84-90

A study of different wavelet basis functions in forward modeling of gravity gradient anomaly
CHEN Tao;ZHANG Gui-Bin;SUO Kui;LI Rui;School of Geophysics and Information Technology;China University of Geosciences;China Aero Geophysical Survey and Remote Sensing Center for Land and Resources;

..............page:91-97

The application of the rise-and-fall flight to the aerial gravity measurement
ZHOU Xi-Hua;JIANG Zuo-Xi;QU Jin-Hong;WANG Peng;China Airborne Geophysical and Remote Sensing Center for Land and Resource;

..............page:98-104

Testing and analysis for GT-2A airborne gravimeter vibration reduction system in a helicopter
QU Jin-Hong;ZHOU Xi-Hua;GENG Seng-Bo;DUAN Le-Ying;DENG Xiao-Dan;China Aero Geophysical Survey and Remote Sensing Center for Land and Resources;Key Laboratory of Airborne Geophysics and Remote Sensing Geology;Ministry of Land and Resources;

..............page:105-112

A study of the maximum radius in the terrain correction calculation of airborne gravity and a comparison of various calculation methods
XU Lu-Ping;ZHANG Gui-Bin;LI Jiao-Jiao;LIU Qian-Kun;China Aero Geophysics Survey and Remote Sensing Center for Land and Resources;School of Geosciences an Information Technology;China University of Geosciences;

..............page:113-118

The application of the satellite corresponding analysis of the magnetism-density ratio to the determination of the deep crust fractures: A case study of northeast region of Tibet
LIU Qian-Kun;LI Jiao-jiao;XU Lu-Ping;LIN Xiao-Xing;ZHAO Bai-Min;China Aero Geophysical Survey and Remote Sensing Center for Land and Resources;

..............page:119-125

The application of the matched filtering technology to the separation of gravity field sources
WANG Ming;WANG Lin-Fei;HE Hui;China Aero Geophysical Survey and Remote Sensing Center for Land and Resources;

..............page:126-132

A study of the rapid testing and restoring technology for data of aero geophysical survey
WANG Lin-Fei;XUE Dian-Jun;LIU Guo-Feng;LUO Yao;GUO Can-Can;China Aero Geophysical Survey and Remote Sensing Center for Land and Resources;School of Geosciences and Information Technology;China University of Geosciences;

..............page:133-136

Laplacian of Gaussian Operator for Edge Detection
WANG Ming;HE Hui;WANG Lin-Fei;LIU Qian-Kun;China Aero Geophysical Survey and Remote Sensing Center for Land and Resources;

..............page:137-143

Filling grid dummy values by heat conduction model
WANG Ming;LIU Qian-Kun;LI Fang;LIU Zhen-Jun;China Aero Geophysical Survey and Remote Sensing Center for Land and Resources;

..............page:144-151

The study and application of sharing technology for aeromagnetic data
WANG Lin-Fei;XUE Dian-Jun;LI Fang;HE Hui;China Aero Geophysical Survey & Remote Sensing Center for Land and Resources;

..............page:152-156