中国含油气沉积盆地论

中国含油气沉积盆地论

图书基本信息
出版时间:1997-09-01
出版社:石油工业出版社
作者:田在艺,张庆春 著
页数:275
书名:中国含油气沉积盆地论
封面图片
中国含油气沉积盆地论

内容概要
  Since the founding of the People’s Republic of China,glorious achievements in petroleum industry of China have been accomplished. The annual production of crude oil has increased from 120,000 t in 1949 t0 146,000,000 t in 1995, and that of natural gas has reached 17,000,000,000 m3. Meanwhile, Chinese petroleum sci-entists and engineers are open minded, bold in-making innovations, and make painstaking efforts to achieve great successes in creating the theory of petroleum geol-ogy with Chinese characteristics.
书籍目录
FOREWORDCHAPTER
l
INTRODUCTION
TO
PETROLIFEROUS
SEDIMENTARY
BASIN1.1
Sedimentary
Basin
as
the
Basic
Geological
Unit
for
Oil/gas
Generation
and
Occurrence1.2
Controlling
Factors
ofS.edimentary
Basins
on
Oil/gas
Generation
and
Occurrence1.2.1
A
sedimentary
basin
formed
under
a
certain
tectonic
environment
is
favorable
to
oil/gas
generation
andevolution,
if
under
long-term
continued
subsidence1.2.2
Multi-cyclicity
of
crustal
movement
leads
to
multi-cyclicity
of
structural
evolution
and
deformat;on
ofthe
basin
and
the
formation
of
source-reservoir-seal
combinations
at
different
stages
and
various
typesof
oil/gas
pools1.2.3
Control
of
palaeoclimate
on
oil/gas
bearing
basins1.2.4
Sedimentary
system,
facies
and
diagenetics
control
the
richness
of
oil/gas1.2.5
0rganic-rich
source
rock
is
the
basis
for
oil/gas
generation,and
oil-generating
sag
controls
the
distribu-tion
of
oil/gas
pools1.2.6
Appropriate
palaeo-geotemperature
is
critical
to
oil/gas
generation1.2.7
0il/gas
migration
is
a
link
in
the
whole
process
of
generation,
migration
and
accumulation,
and
hydro-dynamics
has
an
important
influence
on
migration
and
accumulation1.2.8
Regional
structural
style
controls
the
type
and
distribution
of
traps1.2.9
Temporal
and
spatial
matching
of
source,
reservoir,
seal,
migration,
trap,
preservation
is
critical
for
anaccumulation
to
become
a
poolCHAPTER
2
REGIONAL
GEOLOGY
OF
CHINA2.1
Regional
Tectonic
Units
and
Their
Spatial
Distribution2.1.1
North
China
stable
continent
tectonic
province2.1.2
Tarim
stable
continent
tectonic
province2.1.3
Qaidam
stable
continent
tectonic
province2.1.4
Yangtze
stable
continent
tectonic
province2.1.5
Gondwana
northern
margin
tectonic
province2.1.6
Tianshan-Hinggan-Mongolia-Jilin/Heilongjiang
tectonic
province2.1.7
Qinling-Qilian
tectonic
province2.1.8
Kunlun
tectonic
province2.1.9
Songpan-Garze
tectonic
province2.1.10
Karakorum-Tanggula-Sanjiang
tectonic
province2.1.11
South
China
tectonic
province2.1.12
East
continental
margin
tectonuc
province2.2
Historical
Development
of
Crustal
Structure2.2.1
Fuping
Period2.2.2
Luliang
Period2.2.3
Jinning
Period2.2.4
Caledonian
Period2.2.5
Hercynian
Period2.2.6
Indosinian
Period2.2.7
Yanshanian
Period2.2.8
Himalayan
PeriodCHAPTER
3
TYPES
OF
PETROLIFEROUS
BASINS
IN
CHINA3.1
Significance
of
Basin
Classification
and
Previous
Classifications3.1.1
Significance
of
basin
classification3.1.2
Previous
basin
classification3.2
Types
and
Evolution
of
Petroliferous
Sedimentary
Basins
in
China3.2.1
Basin
types3.2.2
Basin
development
and
formation
of
Meso-Cenozoic
superposed
basinsCHAPTER
4
ANALYSIS
OF
PETROLIFEROUS
SEDIMENTARY
BASINS4.1
Introduction4.1.1
Sigruficance
and
basic
content
of
analysis
of
petroliferous
sedimentary
basins4.1.2
Multi-factor
synthetic
analysis
of
petroliferous
sedimentary
basins4.1.3
General
guideline
for
analysis
of
petroliferous
sedimentarv
basins4.2
Analysis
of
Basin
Subsidence
and
Burial
History4.2.1
Subsidence
and
fill-up
as
well
as
their
significance
in
petroleum
geology4.2.2
Mechanism
of
basin
subsidence4.2.3
Restoration
of
subsidence
and
burial
history
of
sedimentary
basins4.3
Thermal
Regimes
and
Thermal
History
Analysis
of
Sedimentary
Basins4.3.1
Geotherm
and
its
significance
to
hydrocarbon
generation4.3.2
Geotemperature
field
and
thermal
regime
of
sedimentary
basin4.3.3
General
methods
for
reconstructing
thermal
histories
of
sedimentarv
basins4.4
Multi-cyclic
Evolution
of
Basins
and
Multi-stage
Association
of
Source-Reservoir-Seal4.4.1
Multi-cyclicity
of
crustal
movement
and
superposed
basins4.4.2
Multi-cyclic
evolution
of
basins
and
multi-stage
hydrocarbon-generating
formation4.4.3
Multi-cyclic
sedimentary
formations
and
multi-stage
source-reservoir-seal
associations4.5
Depositional
Systems,
Diagenesis
and
Their
Relationships
with
Hydrocarbon
Accumulation4.5.1
Depositional
systems,
sedimentary
facies
and
temporal
and
spatial
distribution
of
sedimentary
basins4.5.2
Sedimentary
facies
belt
and
relatioriship
with
hydrocarbon
accumulation4.5.3
Diagenesis
and-
epigenesis
of
depositional
systems
and
their
relationships
with
oil
and
gas4.6
Source
Rock
Evaluation
and
Analysis
of
Hydrocarbon-Generation
Histow
of
Basins4.6.1
Basic
theory
of
hydrocarbon
generation4.6.2
Evaluation
of
source
rocks
in
petroliferous
basins4.6.3
Quantitative
calculation
of
hydrocarbon
generation
history4.7
Palaeoclimatology
and
Hydrocarbon-Bearing
Features
of
Sedimentary
Basins4.7.1
Palaeoclimatology
and
the
principle
ofits
reconstruction4.7.2
Palaeoclimate
condition
and
oil-bearing
features
of
sedimentary
basins……



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