炭材料科学与工程

炭材料科学与工程

图书基本信息
出版时间:2006-7
出版社:清华大学出版社
作者:(日本)稻垣道夫、(中国)康飞宇/国别:中国大陆
页数:610
字数:910000
书名:炭材料科学与工程
封面图片
炭材料科学与工程

内容概要
近年来由于富勒烯和碳纳米管的发现,炭材料研究受到了全球材料科学界、物理界和化学界的广泛关注。该书系统地介绍了炭材料的科学理论知识和工程应用实例。第一部分为绪论,介绍了写作本书的目的和炭材料的分类与发展史,以及炭的多样性。第二部分为炭材料的基础科学知识,主要介绍了炭材料的结构、性能和制备工艺,特别是炭化和石墨化的原理及其微观结构控制技术,多孔炭的孔径控制和炭材料掺杂其他原子的技术,炭材料的各类表征方法。第三部分主要为炭素材料的工程与应用问题,特别是新型炭材料的发展及其在能源、环保、原子能、国防方面的应用实例,涉及石墨电极,高密度各向同性石墨,高取向热解石墨,玻璃炭,纤维状炭,多孔炭,石墨层间化合物等。
作者简介
作者:(日本)稻垣道夫 康飞宇
书籍目录
1
Introduction 1.1
Carbon
Materials 1.2
Short
History
of
Carbon
Materials  References 1.3
Classic
Carbons,
New
Carbons
and
Nanocarbons
  1.3.1
Classic
carbons  1.3.2
New
carbons  1.3.3
Nanocarbons  References 1.4
Construction
and
Purposes
of
the
Present
Book2
Fundamentals
of
Carbon
Materials 2.1
Carbon
Families  2.1.1
Carbon?carbon
bonds  2.1.2
Carbon
families  2.1.3
Relations
to
neighboring
atoms 2.2
Structure
and
Texture
of
Carbon
Materials  2.2.1
Structure  2.2.2
Structural
development
with
heat
treatment(Carbonization
and
graphitization)  2.2.3
Nanotexture  2.2.4
Microtexture(Agglomeration)  References 2.3
Nanotexture
Development
in
Carbon
Materials(Carbonization)  2.3.1
Formation
processes
of
carbon
materials  2.3.2
Gas
phase
carbonization
  2.3.3
Solid
phase
carbonization  2.3.4
Liquid
phase
carbonization  References 2.4
Novel
Techniques
for
Carbonization  2.4.1
Template
method  2.4.2
Polymer
blend
method  2.4.3
Pressure
carbonization
  2.4.4
High
yield
carbonization  2.4.5
Low
temperature
carbonization  References 2.5
Structural
Development
in
Carbon
Materials(Graphitization)  2.5.1
Structure
parameters
  2.5.2
Graphitization
behavior
  2.5.3
Carbon
materials
with
planar
orientation  2.5.4
Carbon
materials
with
axial
orientation
  2.5.5
Carbon
materials
with
point
orientation
  2.5.6
Carbon
materials
with
random
orientation  2.5.7
Relations
among
structure
parameters
  2.5.8
Graphitization
process  2.5.9
Graphitizing
and
non?graphitizing
carbons  2.5.10
Heterogeneous
graphitization(Multiphase
graphitization)  References
 2.6
Acceleration
of
Graphitization  2.6.1
Catalytic
graphitization
  2.6.2
Stress
graphitization  2.6.3
Graphitization
of
exfoliated
carbon
fibers  References 2.7
Pore
Development
in
Carbon
Materials  2.7.1
Pores
in
carbon
materials  2.7.2
Identification
of
pores
in
carbon
materials……3
Engineering
and
Applications
of
Carbon
MaterialsReferencesAcknowledgementsSubject
Indexes

章节摘录
  It
has
to
be
pointed
out
that
the
authors
could
not
refer
to
all
papers
on
carbonmaterials
published
in
huge
numbers
of
journals, and
actually
the
authors
did
notintend
to
do
so.
The
authors
would
like
to
give
an
overview
on
fundamentals
ofscience
and
engineering
of
carbon
materials
from
the
point
of
view
of
structure
andtexture.  If
the
readers
can
get
a
general
view
on
carbon
materials
and
the
fundamentalconcepts
to
understand
and
to
study
the
carbon
materials,
it
will
be
a
great
pleas-ure
for
the
authors. In
addition,
the
authors
would
like
to
ask
all
readers
that
referring
to
the
original
papers
cited
in
this
book,
and
also
to
many
related
papers,which
were
not
cited
in
this
book,
is
strongly
suggested
in
order
to
understand
inmore
details.
It
has
to
be
emphasized
here
once
more
that
all
published
papers
arenot
cited
in
this
book
and
that
even
many
interesting
and
important
papers
aremissing
here.  One
carbon
material
has
different
aspects.
For
an
example,
porous
carbonswere
produced
through
different
processes,
from
carbonization
of
thermosettingprecursors
associated
with
activation,
through
the
template
method
without
activation,
from
aerogels,
from
the
carbonization
of
thermoplastic
precursors,
throughexfoliation
of
graphite
via
intercalation
compounds,
etc. The
porous
carbons
thusprepared
have
a
wide
range
of
pores
from
rrucropores
to
macropores,
and
as
a
consequence
are
applied
in
various
fields
for
adsorbents
of
various
molecules,
molecular
sieving,
storage
of
methane
and
hydrogen,
sorption
of
viscous
heavy
oils,electrodes
of
electric
double
layer
capacitors,
etc. For
another
example,
exfoliatedgraphite
was
used
as
the
raw
materials
for
flexible
graphite
sheets,
which
were
applied
in
various
fields
of
industries,
but
it
is
recently
found
to
be
a
good
sorbentfor
heavy
oils,
a
support
for
various
catalyst
metals,
and
also
a
raw
material
formetal
carbides.
Because
of
these
reasons,
porous
carbons
and
exfoliated
graphiteare
explained
in
different
chapters
and
sections
in
the
present
book.
All
carbonmaterials
are
in
exactly
the
same
situation.
Therefore,
the
readers
are
strongly
re-quested
to
read
through
whole
parts
of
the
present
book
first,
even
though
they
areinterested
in
a
specialized
carbon
material,
then
to
visit
the
sections
which
arewritten
on
the
specified
carbon
material,
and
then
the
original
papers
cited
and
also
those
not
cited
in
the
present
book.  ……


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评论与打分
  •     五颗星,在炭材料的书籍中,这个算是比较有质量的了
  •     这本书是碳材料方面很不错的书,推荐购买 特别是电池专业的
  •     碳素材料,对我们做锂电的人很有用的资料
  •     看同事买的,自己本想看看而已,不过最后还是决定买一本收藏。值得。不过可惜是06年版的,稍稍有点久远。
  •     收到书了,很好的,免得东奔西跑了,非常感谢,赞一个
  •     这本书很不错,但是封面有刮蹭的痕迹。
  •     比正版差远了,但是在中国就凑合着用吧
  •     英文感觉和美国有差异,内容挺好的
  •     原汁原味,日本人写的,很详细,从最基础的讲起,脉络清晰,个人感觉蛮不错的,joyo的服务也很不赖!
  •     炭材料领域的科普用书
  •     专业书籍,值得一读。早该向康飞宇先生要一本的。
  •     都不错,就是书有一点点脏
  •     这是有关炭材料很有用的书,从基础到应用,一气呵成。读后很受启发。