Progress in Geophysics and Information Technology地球物理与信息技术研究进展

所属分类:地球科学  
出版时间:2012-3   出版时间:石油工业出版社   作者:China University of Petroleum 编   页数:1131  

内容概要

  《Progress in Geophysics and Information Technology》 is Written by the Xiao Lizhi,as follows: incorporates the main achievements in geophysical exploration, geophysical well logging, computer science and technology, electronic engineering and automation by people at the College of Geophysics and Information Engineering (GIE), China University of Petroleum (Beijing) in the past five years (2006- 2010).

书籍目录

Geophysical
Exploration
Physical
modelling
studies
of
3
-
D
P-
wave
seismic
for
fracture
detection
Reservoir
fluid
substitution
effects
on
seismic
profile
interpretation:
a
physical
modeling
experiment
C
Time-
lapse
seismic
reservoir
monitoring
technology
in
China
Reconstruction
from
antenna-
transformed
radar
data
using
a
time-
domain
reconstruction
method
A
breast
imaging
model
using
microwaves
and
a
time
domain
three
dimensional
reconstruction
method
Effect
of
regularization
parameters
on
geophysical
reconstruction
Analysis
of
complicated
structure
seismic
wave
fields
Pure
S
-
waves
in
land
P
-
wave
source
VSP
data
Propagation
characteristics
of
converted
refracted
wave
and
its
application
in
static
correction
of
converted
wave
Anisotropic
converted
wave
amplitude-
preserving
prestack
time
migration
by
the
pseudo
-
offset
method
A
new
time
space
domain
high-
order
finite
-
difference
method
for
the
acoustic
wave
equation
A
practical
implicit
finite-
difference
method,
examples
from
seismic
modelling
Acoustic
impedance
inversion
of
zero
-
offset
VSP
data
An
implicit
staggered
-
grid
finite
-
difference
method
for
seismic
modelling
Estimation
of
Q
and
inverse
Q
filtering
for
prestack
reflected
PP
-
wave
and
converted
PS
-
waves
A
hybrid
scheme
for
absorbing
edge
reflections
in
numerical
modeling
of
wave
propagation
Acoustic
VTI
modeling
with
a
time-
space
domain
dispersion-
relation
-
based
finite-
difference
scheme
A
seismic
modeling
analysis
of
wide
and
narrow
3D
observation
systems
for
channel
sand
bodies
Application
of
2.5D
cross
-
hole
electromagnetic
inversion
to
the
field
data
acquired
in
Gudao
oil
field,
east
China
Effects
of
fracture
scale
length
and
aperture
on
seismic
properties:
an
experimental
study
A
physical
model
study
of
effect
of
fracture
aperture
on
seismic
wave
Experimental
study
on
the
effect
of
fracture
scale
on
seismic
wave
characteristics
Application
of
neural
network
in
seismic
inversion
under
well
logging
restraint
The
multi-
scaled
morphology
apply
to
denoise
of
the
seismic
data
Tomography
in
frequency
domain
using
wave
equation
Seismic
reflection
characteristics
of
fluvial
sand
and
shale
thin
interbedded
layers
Effects
of
near
surface
absorption
on
the
reflection
characteristics
of
continental
interbedded
strata:
take
Dagang
oitfield
as
an
example
Modeling
air
gun
signatures
in
marine
seismic
exploration
considering
multiple
physical
factors
Characteristics
of
fluid
substitution
in
porous
rocks
Optimized
non-
hyperbolic
stack
imaging
based
on
interpretation
model
Enhancing
the
resolution
of
seismic
data
based
on
the
generalized
S-
transform
Radar
polarimetry
analysis
applied
to
single
-
hole
fully
polarimetric
borehole
radar
Consistency
analysis
of
subsurface
fracture
characterization
using
different
polarimetry
techniques
by
a
borehole
radar
Experimental
implementation
and
assessment
of
two
polarimetric
calibration
approaches
applied
for
a
fully
polarimetric
borehole
radar
A
fully
polarimetric
borehole
radar
based
numerical
modelling,
fully
polarimetric
response
to
synthetic
fractures
and
"fluid
substitution"
Purposeless
repeated
acquisition
time-
lapse
seismic
data
processing
Reservoir
prediction
using
pre-
stack
inverted
elastic
parameters
Free-
surface
multiple
attenuation
using
inverse
data
processing
in
the
coupled
plane-
wave
domain
Subtle
trap
recognition
method
based
on
seismic
sedimentology:
a
case
study
from
shengli
oilfield
Fracture
effects
in
seismic
attenuation
images
reconstructed
by
waveform
tomography
Measuring
veloeitv
dispersion
and
attenuation
in
the
exploration
seismic
frequency
bandGeophysical
Well
LoggingComputer
Science
and
TechnologyElectronic
Engineering
and
Automation

编辑推荐

《Progress in Geophysics and Information Technology》 is Written by the Xiao Lizhi,as follows: incorporates the main achievements in geophysical exploration, geophysical well logging, computer science and technology, electronic engineering and automation by people at the College of Geophysics and Information Engineering (GIE), China University of Petroleum (Beijing) in the past five years (2006- 2010).

图书封面


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用户评论 (总计1条)

 
 

  •     没有想到这书居然基本写的是中国人的文章.这还不说,居然还要写英文的.难道过了四六级英语就写得好嘛!还有就是里面的图件只有彩色的能看清看懂的,都是黑白的.这本书唉.没啥太好说的.
 

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