|
No.1
|
|
| 1. |
DESIGN
OF DENSITY OF A GPS LEVELING GRIDDED NETWORK |
| 2. |
ESENT
SITUATIONS AND TECHNICAL MODES FOR REFINING PROVINCIAL (MUNICIPAL)
GEOID IN CHINA |
| 3. |
DISCRETIZATION
SCHEMES USED IN DOWNWARD CONTINUATION OF GRAVITY(In English) |
| 4. |
EARTHQUAKE-RELATED
HYDROLOGIC AND GEOCHEMICAL CHANGES |
| 5 |
HORIZONTAL
CRUSTAL MOVEMENT OF TIBETAN PLATEAU FROM GPS MEASUREMENTS |
| 6. |
|
| 7. |
|
| 8. |
|
| 9. |
MEASUREMENT
OF DIFFERENCE OF GRAVITY POTENTIALS BETWEEN HEIGHT DATUMS OF THE MAINLAND
AND HONG KONG |
| 10. |
VERTICAL
DEFORMATION AFTER FIRST IMPOUNDMENT OF THREE GORGES PROJECT |
| 11. |
|
| 12. |
MULTI-SCALE
DECOMPOSITION OF 2-D DISCRETE WAVELET OF DYNAMIC GRAVITY VARIATION
IN HEXI REGION |
| 13. |
FEATURES
OF HORIZONTAL MOVEMENT IN NORTHEASTERN MARGIN OF QINGHAI-TIBET BLOCK
BEFORE Ms8.1 KUNLUN EARTHQUAKE |
| 14. |
STUDY
ON EVOLUTION OF CRUSTAL HORIZONTAL MOTION IN NORTH CHINA AREA |
| 15. |
DEFORMATION
OF MULTI-FAULT MOVEMENTS IN NORTHEASTERN MARGIN OF TIBETAN PLATEAU |
| 16. |
JUDGMENT
OF CRITICAL SEISMIC CLUSTERING AND ITS APPLICATION |
| 17. |
INVERSION
OF POTENTIAL FOCAL PARAMETERS WITH GPS DATA |
| 18. |
Crustal
Deformation and Earthquake |
| 19. |
RESEARCH
ON DEFORMATION MONITORING WITH TWO GPS SATELLITES |
| 20. |
USE
AND PRECISION EVALUATION OF CHAMP RAPID SCIENCE ORBIT |
| 21. |
CHARACTERISTICS
OF RECENT VERTICAL CRUSTAL DEFORMATION IN QUJIANG FAULT AND ITS NEIGHBOURING
REGION |
| 22. |
ESTIMATION
FOR TWO TYPES OF SAMPLES |
| 23. |
IDENTIFICATION
OF DISTURBANCE OF DIGITAL DEFORMATION OBSERVATIONS |
| 24. |
A
POSSIBLE SEISMOGENIC MODEL |
| 25. |
FEASIBILITY
STUDY OF URBAN LAND SUBSIDENCE MONITORING BY GPS SURVEYING |
| 26. |
A
REVIEW OF CLASSICAL THEORIES AND MODERN TECHNOLOGIES ON DYNAMIC EARTHQUAKE
RESPONSE |
| 27. |
‘THE
GODDESS OF THE MOON’PROJECT WITH LUNAR GEODESY (SELENODESY) |
| 28. |
A
METHOD OF NOISE DATA PROCESSING IN FREQUENCY DOMAIN CALIBRATION FOR
VERY BROADBAND SEISMOMETER |
|
No.2
|
|
| 1. |
METHOD
FOR DIVISION OF PRESENT ACTIVE CRUSTAL BLOCKS BY GPS SURVEY DATA |
| 2. |
DYNAMIC
VARIATIONS OF GRAVITY FIELD IN HEAD AREA OF THREE GORGES RESERVOIR
IN RECENT YEARS |
| 3. |
SUBSURFACE
FLUID BEHAVIORS AND ITS CHANGES IN THREE GORGES WELL NETWORK BEFORE
AND AFTER RESERVOIR IMPOUNDING |
| 4. |
CRUSTAL
DEFORMATION OF THREE GORGES AREA |
| 5 |
HIGH
PRECISE GRAVITY SURVEY BEFORE AND AFTER IMPOUNDMENT OF THREE GORGES
PROJECT |
| 6. |
ANALYSIS
OF CHARACTERISTICS OF WAVELET MULTI-SCALE DECOMPOSITION |
| 7. |
ANALYSIS
ON GENESIS OF MALUCHI FAULT WITH GUANDUKOU FAULT AT THREE GORGES |
| 8. |
FEATURES
OF FOCAL MECHANISM SOLUTION OF 9 SLIGHT SHOCKS AFTER IMPOUNDMENT OF
THREE GORGES RESERVOIR |
| 9. |
FEATURES
OF FOCAL MECHANISM SOLUTION OF 9 SLIGHT SHOCKS AFTER IMPOUNDMENT OF
THREE GORGES RESERVOIR |
| 10. |
STUDY
OF INDUCED EARTHQUAKE IN SHUIKOU RESERVOIR OF FUJIAN PROVINCE |
| 11. |
LAMBDA ALGORITHM OF SINGLE EPOCH GPS POSITIONING FOR RESERVOIR-INDUCED
DEFORMATION MONITORING |
| 12. |
GENESIS
AND TYPE OF INDUCED EARTHQUAKE IN THREE GORGES RESERVOIR |
| 13. |
ANALYSIS
OF GENESIS OF RESERVOIR-INDUCED MICROQUAKES IN BADONG REACH OF THREE
GORGES |
| 14. |
ON
OBSERVATION OF EARTH SHOCKES AND ITS GENESIS IN MAZONGSHAN OF BADONG
IN THREE GORGES RESERVOIR |
| 15. |
ANALYSIS
OF SEISMIC ACTIVITY IN GAOQIAO FAULT |
| 16. |
STUDY
ON INDUCED EARTHQUAKE OF MIANNING DAQIAO RESERVOIR |
| 17. |
PREDICTION
OF SEISMIC DISASTER LOSS IN THREE GORGES REGION |
| 18. |
RELATIONCHIP
BETWEEN THEORETIC MAGNITUDE AND LONGEST PROPAGATION DISTANCE OF SEISMIC
STRAIN CHANGE |
| 19. |
SEA
LEVEL VARIATION OVER CHINA SEAS FROM TOPEX/POSIDON CROSSOVERS DATA |
| 20. |
ECTION
OF GRAVITATIONAL EFFECT OF POLAR MOTION BY USE OF AUTO-REGRESSION
MODEL |
| 21. |
EARCH
OF PROPERTY AND ACTIVITY OF LONGMEN MOUNTAIN FAULT ZONE |
| 22. |
APPLICATION
OF GREY SYSTEM THEORY TO PREDICTION OF EARTHQUAKE |
| 23. |
HIGH-SPEED
DATA ACQUISITION AND STORAGE OF LINEAR CCD |
|
No.3
|
|
| 1. |
PROGRESS
IN LUNAR GEODESY |
| 2. |
UNIVERSAL
FORMULATION OF PARAMETERS ESTIMATION OF INVERSION SINGULAR MODEL |
| 3. |
COLLOCATION
OF MODEL ERROR COMPENSATION OF AN ADJUSTMENT SYSTEM |
| 4. |
STUDY
ON METHODS FOR SOLVING ILL-CONDITIONED EQUATIONS |
| 5 |
DATUM
OF PARAMETER ADJUSTMENT WITH REDUNDANT KNOWN CONDITIONS AND INFLUENCE
OF DATUM WITH ERRORS |
| 6. |
APPLICATION
OF FAULT MODEL IN VERTICAL DEFORMATION AND GRAVITY ANALYSES IN TENGCHONG
VOLCANIC AREA |
| 7. |
CRUSTAL
HORIZENTAL MOVEMENT STATE OF NORTHEASTERN MARGIN OF QINGHAI-TIBIT
BLOCK |
| 8. |
QUANTIZED
INDEX OF EVOLUTION OF VERTICAL DEFORMATION FIELD BEFORE AND AFTER
EARTHQUAKE |
| 9. |
STUDY
ON PRESENT-DAY DEFORMATION AND STRAIN FIELD IN NORTH CHINA BY USE
OF GPS DATA |
| 10. |
USING
GEODETIC DATA TO INVERSE CO-SEISMIC DISLOCATION OF 2001 KUNLUN EARTHQUAKE |
| 11. |
RESEARCH
ON RECURRENCE INTERVAL AND PROBABILITY OF MEDIUM AND LARGE EARTHQUAKE
AT EASTERN KUNLUN FAULT ZONE |
| 12. |
GPS
STUDY ON LONGMENSHAN FAULT ZONE |
| 13. |
RESEARCH
ON STRUCTURAL ANALYSIS AND QUATERNARY SLIP RATE OF LIANGYUN FAULT |
| 14. |
CHARACTERISTICS
OF OSCILLATORY DISTURBANCE FROM LARGE-SCALE AIRFIELD TO GRAVITY OBSERVATION |
| 15. |
ANALYSES
OF ANOMALY OF CROSS-FAULT DEFORMATION AFTER WAVELET TRANSFORM METHOD |
| 16. |
EXPERIMENT
OF PUMPING FROM WELL TO EXPLORE DISTURBANCE ARISING FROM DYNAMIC GROUNDWATER
LEVELTO DEFORMATION OBSERVATION |
| 17. |
RESEARCH
ON VARIATION OF TILT TIDAL FACTOR BEFORE SOUTH YELLOW SEA Ms6.1 EARTHQUAKE |
| 18. |
INSAR-GPS-GIS
DATA INTEGRATION AND APPLICATION TO DETECTION OF LAND SUBSIDENCE |
| 19. |
APPLICATIONS
OF GPS/VLBI/SLR/InSAR COMBINATION TO GEODYNAMICS |
| 20. |
PROGRESS
OF RESEARCH ON RELATION BETWEEN CRUSTAL DEFORMATION AND UNDER-GROUND
WATER ANOMALIES |
| 21. |
PLATE
BOUNDARY OBSERVATION (PBO) PROJECT OF USA |
| 22. |
CTS-1
VERY BROADBAND SEISMOMETER |
| 23. |
PORTABLE
DIGITAL DATA ACQUISITION SYSTEM FOR GRAVITY TIDE |
| 24. |
DESIGN
CONSIDERATION OF ACQUISITION DEVICE OF EARTHQUAKE PRECUSOR DATA |
| 25. |
A
NEW METHOD OF LINEAR CCD TIME SEQUENCE AND SIMULATION |
|
No.4
|
|
| 1. |
STUDY
ON CONTINENTAL CRUST MOVEMENTOF NORTHEAST ASIA BY GPS |
| 2. |
VERTICAL
CRUSTAL MOVEMENT IN A PART OF CHINA MAINLAND |
| 3. |
SEARCH
FOR GRAVITATIONAL ABSORPTION EFFECT DURING TOTAL SOLAR ECLIPSE OF
AUGUST 11,1999 |
| 4. |
METHOD
OF CALCULATING NUMERICAL DERIVATIVE OFJACOBIN MATRIX FOR TRANSFORM
AMONG SPACECARTESIAN,GEODETIC AND PLAN COORDINATES |
| 5 |
KERNEL
SMOOTHING ESTIMATE OF SEMIPARAMETRICMODEL AND SIMULATION ANALYSIS |
| 6. |
|
| 7. |
TIME-SPECTRUM
FORMULAS OF EFFECT OF EARTH TIDE ON TEMPORAL CHANGE CHARACTERISTICS
OF GRAVITATIONAL FIELD |
| 8. |
PARAMETER
INVERSION METHOD OF LOTKA-VOLTERRA MODEL WITH SPATIAL STRUCTURE |
| 9. |
UENCES
OF WATER VAPOR ON ATMOSPHERIC GRAVITY AND TILT GREEN’S FUNCTION |
| 10. |
A
NEW INTERPOLATION METHOD IN TIME SERIES ANALYZING |
| 11. |
FORM
OF FAULT DEFORMATION ANOMALY AND TIME-SPACE CHARACTERISTICS IN DEVELOPMENT
OF STRONG EARTHQUAKES IN NORTH CHINA |
| 12. |
MEDIUM
AND SHORT-TERM PRECURSORS OF FAULT DEFORMATION BEFORE DAYAO AND MINLE-SHANDAN
EARTHQUAKES |
| 13. |
CHARACTERISTICS
OF CRUST DEFORMATION AND STRAIN OF SHANXI RIFT ZONE AND SEISMICITY |
| 14. |
CHARACTERISTICS
OF EARTHQUAKE PRECURSOR BEFORE TWO DAYAO EARTHQUAKES |
| 15. |
RECENT
HORIZONTAL MOVEMENT AND SEISMOGENIC FEATURES OF NORTHEASTERN MARGIN
OF QINGHAI-TIBET BLOCK |
| 16. |
PRELIMINARY
ANALYSIS OF TIDAL DEFORMATION AT YIXIAN STATIONRELATED TO WESTERN
KUNLUN MOUNTAIN %M%s8.1 EARTHQUAKE |
| 17. |
ANALYSIS
OF CROSS-FAULT VERTICAL DEFORMATION AND EARTHQUAKE PRECURSOR CHARACTER
AT TIANMA |
| 18. |
JOINT
INVERSION OF GEOMETRIC DEFORMATION IN CHANGBAISHAN VOLCANIC AREA |
| 19. |
ADVANCES
AND PROBLEMS OF DEFORMATION GEODESY AND EARTHQUAKE PREDICTION |
| 20. |
VOLUMES
EXCHANGE MECHANISM AND SIGNIFICANCE FOR DEFORMATION OF UNCONSOLIDATED
GROUNDWATER DEPOSIT SYSTEM |
| 21. |
DATABASE
OF CRUSTAL STRESS IN CHINA AND ADJACENT AREAS AND ITS INQUIRING AND
ANALYZING SYSTEM |
| 22. |
RUNNING
OF GPS BASE STATION AND DATA MANAGEMENT OF GPS RECEIVER CALIBRATION |
| 23. |
PROGRESS
IN DEEP SEISMIC SOUNDING IN RUSSIA |
| 24. |
NOISE
DATA PROCESSING IN TIME DOMAIN CALIBRATION OF SEISMOMETER |
