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Acta Seismologica Sinica
µØÕðѧ±¨(English Edition)
Vol.14-2001
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No.1
| 1. |
Determination
of active units with different kinematic property and their activity
pattern in North China based on the data from GPS remeasurements |
| 2. |
Preliminary
division of active block boundary in Chinese mainland based on re-cent
vertical crustal movement |
| 3. |
Modern
tectonic stress field in Southwest Yunnan, China¡¡ |
| 4. |
A 3D finite
element modeling on the rela-tionship between crustal stress and earth-quake
activity in Liaoning and its vicinity |
| 5. |
Seismo-tectonic
divisions of strong earth-quakes with MS37.0 and their tectonic geomorphology
along Xianshuihe-Xiaojiang fault zone¡¡ |
| 6. |
Smooth
constraint inversion technique in genetic algorithms and its application
to surface wave study in the Tibetan Plateau |
| 7. |
Quadrant
characteristics of earthquake precursors and its theoretical analysis |
| 8. |
Plumb line
deflection varied with time obtained by repeated gravimetry |
| 9. |
Studying
the depth-dependent variation of site magnification factor in Dongchuan
by earthquakes observed in borehole¡¡ |
| 10. |
Transfer
function of FBS-3A feedback broadband seismometer |
| Discussion |
|
| 1. |
Regional
features of coda attenuation of af-tershocks of Wuding, Yunnan earthquake
in near field |
| Research Notes |
|
| 1. |
Wavenumber
response of Shanghai Seismic Array¡¡ |
| 2. |
Crustal
structure of northeastern Tibet inferred from receiver function analysis |
| 3. |
Strong
earthquake activity all over the world and strong-moderate earthquake
activity within and near China (August, 2000 ~ September, 2000)¡¡ |
No.2
| 1. |
Three dimensional
shear wave velocity structure of crust and upper mantle in South China
Sea and its adjacent regions by surface waveform inversion |
| 2. |
A modeling
study on the controlling factors of seismic source distribution and
their strength index--Practical analyses of the seismic environmental
factors of the Honghe fault |
| 3. |
Dynamic
subduction process of local plate revealed by Ibaraki earthquake sequence
of 1982 in Japan |
| 4. |
Rescaled
range (R/S) analysis on seismic activity parameters |
| 5. |
Fault deformation
anomaly and intermedi-ate and short-term prediction of the Jingtai
Ms=5.9 earthquake¡¡ |
| 6. |
A new method
for precursory information extraction: Slope-difference information
method |
| 7. |
Scattering
of plane P waves by circular-arc layered alluvial valleys: An analytical
solution |
| 8. |
The Green's
function of the harmonic horizontal force applied at the interior
of the saturated half-space soil |
| 9. |
On the
calibration of feedback broadband seismometer FBS-3A with current
signal |
| 10. |
Stability
and permanent displacements analysis of wasteland during earthquakes |
| 11. |
An example
of earthquake nucleation of the strong continental earthquakes |
| 12. |
Preliminary
study on active features of Fenghuang-shan-Tianshui fault, West Qinling
north boundary fault zone since the late of Late Pleistocene |
| 13. |
Strong
earthquake activity all over the world and strong-moderate earthquake
activity within and near China (October, 2000 ~ November, 2000)¡¡ ¡¡ |
No.3
| 1. |
Precise determination of focal parameters
for July 20, 1995 ML=4.1 earthquake sequence in the Huailai basin |
| 2. |
The source vector and static displacement
field by elastic dislocation on the two-phase saturated medium¡¡ |
| 3. |
Discrimination between nuclear explosions
and earthquakes based on consideration of tectonic ambient shear stress
values |
| 4. |
The slip rate and strong earthquake recur-rence
interval on the Qianning-Kangding segment of the Xianshuihe fault
zone |
| 5. |
Seismic pattern treatment method through
calculation of seismic density at grid nodes¡¡ |
| 6. |
Crustal deformation of Asia-Pacific area
de-termined by the GPS data of APRGP97~ APRGP99 |
| 7. |
Short-term precursor of the geomagnetic
horizontal field transfer functions |
| 8. |
Anisotropy of the apparent resistivity
variation rate near the epicentral region for strong earthquakes |
| 9. |
Electric potential and apparent resistivity
in rocks containing non-uniformly distributed cracks |
| 10. |
Study on tidal gravity observations obtained
at stations Zhongshan and Changcheng, Antarctic |
| 11. |
A seismogram digitization and database
management system |
| Research Notes |
|
| 1. |
ULF electromagnetic precursors before
the 1999 Jiji, Taiwan, earthquake and the comparison with results
of simulating experiments |
| 2. |
Study on the method of optimal location
on explosion events at near-source site |
| 3. |
Strong earthquake activity all over the
world and strong-moderate earthquake activity within and near China
(December, 2000 ~ January, 2001)¡¡ |
No.4
| 1. |
Anisotropy of the upper mantle in Chinese
mainland and its vicinity¡¡ |
| 2. |
Evolution of 3D tectonic stress field
and fault movement in North China |
| 3. |
General characteristics of the recent
hori-zontal crustal movement in Chinese main-land¡¡ |
| 4. |
The time reversal effect of the impulse
response of crust |
| 5. |
Earthquake behavior of variable rupture-
scale on active faults and application of the cascade-rupturing model |
| 6. |
Gravity field separation, density inversion
and crustal tectonics in Kang-Dian region |
| 7. |
Theoretical research on geoelectric anomaly
caused by streaming potential during earthquake preparation |
| 8. |
Study on the relationship between geothermal
exploitation and seismic activity in Xi£§an region |
| 9. |
A hybrid analysis method for linear dynamic
soil-structure interaction in time and frequency domain |
| 10. |
Hazard analysis system of urban post-earth-quake
fire based on GIS |
| Discussion |
|
| 1. |
Some evidences for earthquake occurrence
in the shallow crust in some areas of North China and Southwest China |
| Research Notes |
|
| 1. |
Earthquake focal mechanisms and stress
field in Si-chuan-Yunnan area determined using P wave po-larity and
short period P and S waveform data |
| 2. |
The quiescence of earthquakes with ML34.0
as an important precursory characteristic prior to strong shocks in
North China region¡¡ |
| 3. |
Strong earthquake activity all over the
world and strong-moderate earthquake activity within and near China
(February,2001¡«March, 2001) |
No.5
| 1. |
Establishment and analyses on the unified
horizontal crustal velocity fields in the Chinese mainland |
| 2. |
Crustal structure in northern margin
of Tianshan mountains and seismotectonics of the 1906 Manas earthquake |
| 3. |
Crust and upper mantle structure in east
China and sea areas |
| 4. |
Three dimensional viscoelastic simulation
on dynamic evolution of stress field in North China induced by the
1966 Xingtai earth-quake |
| 5. |
A present-day tectonic stress map for
eastern Asia region |
| 6. |
Quantitative data about active tectonics
and possible locations of strong earthquakes in the future in the
northwestern Beijing |
| 7. |
Correlation between movement of tectonic
blocks and earthquakes in groups¡¡ |
| 8. |
Prediction of maximum magnitude and original
time of reservoir induced seismicity |
| 9. |
Theoretic analysis on phase delay phenomena
of well water level tide in the double medium aquifer model |
| 10. |
Experimental study on the relation between
the water content of surface soil and the acoustic wave |
| 11. |
Characteristics of the difference and
change in the comprehensive physical properties of rocks |
| Discussion |
|
| 1. |
A discussion on the application of b-value
to the prediction of seismic tendency |
| 2. |
A new model on the cause of Tangshan
earthquakes in 1976 |
| Research Note |
|
| 1. |
An earthquake data acquisition system
for mobile ob-servation¡¡ ¡¡¡¡ |
| 2. |
Strong earthquake activity
all over the world and strong-moderate earthquake activity within
and near China(April,2001¡«May,2001)¡¡ ¡¡ |
No.6
| 1. |
Model of rigid and elastic-plastic motion
in intraplate blocks and strain status of principal blocks in Chinese
mainland |
| 2. |
Three-dimensional Q structure in Jiashi
earthquake region of Xinjiang |
| 3. |
Study on correlativity among some seismological
prediction indexes related to earthquake frequency or energy |
| 4. |
Influence of statistical time range on
estimating seismicity parameters |
| 5. |
Surface wave tomography of the crust
and upper mantle of Chinese mainland and its neighboring region |
| 6. |
Estimation on site-amplification from
dif-ferent methods using strong motion data ob-tained in Tangshan,
China¡¡ |
| 7. |
Effects of the hanging wall and footwall
on peak acceleration during the Jiji (Chi-Chi), Taiwan Province, earthquake |
| 8. |
Effects of a covering layer in a circular-arc
canyon on incident plane SV waves¡¡ |
| 9. |
Numerical modeling calculation
for the spatial distribution characteristics of horizontal field transfer
functions |
| 10. |
The "peeling" method to process
apparent resistivity data for earthquake precursory monitoring¡¡ |
| 11. |
Accurate determination of calibration
factor for tidal gravity observation of a GWR-superconducting gravimeter |
| Research Notes |
|
| 1. |
Investigation of rupture
process of the 1999 M=5.4 Xiuyan, Liaoning, earthquake sequence¡¡ |
| 2. |
A study of design spectra
based on attenuation relationship of ground motion |
| 3. |
Strong earthquake activity
all over the world and strong-moderate earthquake activity within
and near China (June, 2001 ~ July, 2001)¡¡ |
| 4. |
Map of epicentre distribution
for 2000 |
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