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Handbook of Fuel Cells: Fundamentals, Technology, Applications, 4-volume set

Handbook of Fuel Cells: Fundamentals, Technology, Applications, 4-volume settkL$~%wW
Wolf Vielstich (Editor), Arnold Lamm (Editor), Hubert Gasteiger (Editor)FK}9X qPg
ISBN: 978-0-471-49926-8
)v7Kw'F c;\:B Hardcover"fK1{&E(r'J
2690 pages
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PCpHp May 2003 u0bc(e3{7[$i
Wiley List Price:         US $2,300.00q} C7j6_2v:sfj&C

@(^S4_C1f{d This four volume set brings together for the first time in a single reference work the fundamentals, principles and the current state-of-the-art in fuel cells. Its publication reflects the increasing importance of and the rapidly growing rate of research into alternative, clean sources of energy.
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With internationally renowned Editors, International Advisory Board members, and Contributors from academia and industry, it guides the reader from the foundations and fundamental principles through to the latest technology and cutting-edge applications, ensuring a logical, consistent approach to the subject.p |Pe*C2O@ b
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The Handbook is divided into three main themes, covered in four volumes:
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(lTu8}1y2|2M     * Volume 1: "Fundamentals and Survey of Systems""c6Qp{5Egi0P
    * Volume 2: "Fuel Cell Electrocatalysis"
0]]3`%IwQ!O     * Volumes 3 and 4: "Fuel Cell Technology and Applications"
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#d7lZM O Volume 1, "Fundamentals and Survey of Systems", provides the necessary backg round information on fuel cells, including the fundamental principles such as the thermodyamics and kinetics of fuel cell reactions, mass and heat transfer in fuel cells, and an overview of the key principles of the most important types of fuel cell, and their related systems and applications.
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| b;B8g9F| Volume 2, "Fuel Cell Electrocatalysis", is concerned with the most important basic phenomenon of fuel cell electrodes, electrocatalysis. It includes an introduction to the topic, and a detailed account of the theory. A number of the key practical methods used to study this phenomenon are discussed, as are a number of the key surface reactions. Finally, a number of other related topics associated with energy conversion are discussed.,?f9jm#nhd
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Volumes 3 and 4, "Fuel Cell Technology and Applications" open with an overview of a range of sustainable energy supplies for fuel cell development. The key issue of fuel storage is considered in detail, before a detailed discussion of the most important types of fuel cells and their applications is presented. Among these, polymer electrolyte membrane fuel cell systems, alkaline fuel cell modules and systems, phosphoric acid fuel cells, direct methanol fuel cells, molten carbonate fuel cells and solid oxide fuel cells are covered in depth. The use of fuel cells in a range of systems is then considered, including portable systems, propulsion systems and electric utility systems. In addition to domestic and industrial systems, use of fuel cells in such novel environments as the space shuttle and submarines is addressed. Finally, Volume 4 closes with a discussion of the future prospects of fuel cell systems.`7rLz jS
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Comprising approximately 170 articles by more than 200 contributors, "The Handbook of Fuel Cells: Fundamentals, Technology and Applications", will be an invaluable source of reference for all those working directly in this important and dynamic field, for electrochemists, and for scientists, engineers and policy-makers involved in the quest for clean and sustainable energy sources. )?{2{tYN(u!} SI
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VOLUME 1: FUNDAMENTALS AND SURVEY OF SYSTEMS.
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Contributors to Volume 1.
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f7mf_~$Weyg1} Foreword.
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awE'Th4KgYfW7G Preface.8R*A_bu
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Abbreviations and Acronyms.
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\]!W P%O&| Part 1: Thermodynamics and kinetics of fuel cell reactions.*\XhO'|'wY\

p6Kf.[^jQ Part 2: Mass transfer in fuel cells.;U Wf'x`4Q)x3`k
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Part 3: Heat transfer in fuel cells.)Aj9~MdY"f4yXlR

'U7~`;F%P3|9I Part 4: Fuel cell principles, systems and applications.
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3aR)J*UQA4A-eV Contents for Volumes 2, 3 and 4.
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Subject Index.

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VOLUME 2: ELECTROCATALYSIS.
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9cro!p4wZ6oK? Contributors to Volume 2.2O2ndE@'KO,Y+m

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c*G&\ Foreword.7V"l` aSG,f"h3G

QZ y/[N_Q Preface.2^n.Z)V4v3g&Q?

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Rt{ L Abbreviations and Acronyms.
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Part 1: Introduction.A%H4P#e0h"ky
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Part 2: Theory of electrocatalysis.
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n3P*A:u"ly.L7w.]*z(? y Part 3: Methods in electrocatalysis.
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Part 4: The hydrogen oxidation/evolution reaction.
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xh;s]2pS%L[:n&? Part 5: The oxygen reduction/evolution reaction.-j+ib~-I$r0f0S
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Part 6: Oxidation of small organic molecules.
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B0YI/[}3Z Part 7: Other energy conversion related topics.

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X$N Contents for Volumes 1, 3 and 4.T)W9iQMMq4T5q![ Mx
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Subject Index.
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VOLUME 3: FUEL CELL TECHNOLOGY AND APPLICATIONS: PART 1.$MuR&A-C

r-dey S oK7w] Contributors to Volumes 3 and  4.
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Foreword.cf+U6i2K ~2\
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Preface.
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Abbreviations and Acronyms.
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Fs(z$q8Q3nX Part 1: Sustainable energy supply.
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Part 2: Hydrogen storage and hydrogen generation. ovpw0T5Ku}

E wO/l4w Development prospects for hydrogen storage.
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Chemical hydrogen storage devices.
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Reforming of methanol and fuel processor development.
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Fuel processing from hydrocarbons to hydrogen.
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k6U.\5jx!F.L Well-to-wheel efficiencies.[ @ux@&c5P0x

;r n.xz$r]9O i7_ Hydrogen safety, codes and standards.[n;` M,k
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Part 3: Polymer electrolyte membrane fuel cell systems (PEMFC).
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Bipolar plate materials and flow field design.
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Membrane materials.D'Lt.C'k4j5i

3f5Z,{`2o\8T Electro-catalysts.
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Vdn Su7N Membrane-electrode-assembly (MEA).
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N+Ice,Q8c Z State-of-the-art performance and durability.
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7MiFN?r VOLUME 4: FUEL CELL TECHNOLOGY AND APPLICATIONS, PART 2.Fu5r9{&R-_ s1C
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Contributors to Volume 3 and  4.-Vu`9LM,?t2H

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Foreword.
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Preface.
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Abbreviations and Acronyms.w eghGfE p
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Part 3: Polymer electrolyte membrane fuel cells and systems (PEMFC) (Continued from previous volume).
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System design and system-specific aspects.
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Air-supply components.
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Applications based on PEM-technology.v)X+[8he4\(K mP5s
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Part 4: Alkaline fuel cells and systems (AFC).
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Part 5: Phosphoric acid fuel cells and systems (PAFC).
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;e#]"?P+y2S&bs Part 6: Direct methanol fuel cells and systems (DMFC).
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6k(z2r9k9m%lfl Part 7: Molten carbonate fuel cells and systems (MCFC).(A:lxa-UGh2[_ fH
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Part 8: Solid oxide fuel cells and systems (SOFC).z@ rn0L!r.uQ
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Materials./Y wO8[ iPM+k%o5z

3y$c(wY#}b#f,UE Stack and system design.
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-fG3h)};G New concepts.+h*I&]L O,kj7T
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Part 9: Primary and secondary metal/air cells.
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e$rc3q6lY Part 10: Portable fuel cell systems.v*yeC4?I7R'VG


r5f8F,x*} Part 11: Current fuel cell propulsion systems._w"c"e^6o)Ys

OPE Ct PEM fuel cell systems for cars/buses.
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PEM fuel cell systems for submarines.
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AFC fuel cell systems.+{,e1])UgH};m
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Part 12: Electric utility fuel cell systems.
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Part 13: Future prospects of fuel cell systems.(Mm m$Kq'Vp;Az

FW;xU{]%B Contents for Volumes 1 and 2. ]S^Y-is$[
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3G4j?9x#OZ7@(M!g8` Subject Index.

我出重金200赠送板上朋友能找到此书者。谢谢
/DaH p&mRwk Ku/k`V7?
[[i] 本帖最后由 punkx 于 2008-05-27 09:57 编辑 [/i]]

回复 2# 的帖子

没有朋友主动请缨啊。呵呵
6i\O?1k1yR }'wh 我再加200金。共400金奖励此书的全文下载提供者。这本可以说上是一本FC大全。

很难，我这里只有纸版的！

回复 4# 的帖子

如果朋友可以辛苦点，我们可以给nanost申请几个vip作为奖励。谢谢。

回复 4# 的帖子

扫描上来奖励你5个vip

太多了，很快我就会离开现在的这个单位了，没有太多时间和精力。在网上能够找到这几章，很不系统，需要的话我可以发上来。实在是对不住大家！ tSD:s&z Uyx:~
14 Hydrogen/oxygen (air) fuel cells with alkaline electrolytes  Volume 1, Part 4, pp 267–280/U }Y-R^7_
Ammonia crackers  Volume 3, Part 2, pp 121–1277^*z%wDg:t(C
Stack materials and design   Volume 4, Part 4, pp 765–773%K%@&]+z*X o8V'AAh6u.Mz
A comparison between the alkaline fuel cell (AFC) and the polymer electrolyte  membrane (PEM) fuel  cell   Volume 4, Part 4, pp 789–793  
+n)[G sX Alkaline methanol/air power devices    Volume 4, Part 9, pp 1125–1129.I|R5v4{6[N K
Automotive development    Volume 4, Part 11, pp 1217–1223
$P;NRtG Combinatorial catalyst development methods   Volume 2, Part 3, pp 334–347
*`$x\}v Two-phase flow and transport    Volume 3, Part 3, pp 337–347
y2q!r M6^` Methanol and CO electrooxidation   pp.603-613
8?nO-a:vv Catalyst coated composite membranes   Volume 3, Part 3, pp 566–575
^K@ n3tQ System design for vehicle applications: Daimler  Chrysler/[_j9N)sH
Hy.Power—A technology platform combining a fuel cell system and a supercapacitor 7l nK(h*C y,_Av0D
Volume 4, Part 11, pp 1184–1198#g7VORi$u
Life-cycle analysis of fuel cell system components   Volume 4, Part 13, pp 1293–1317
(^L5xi8AC_V Chapter 21  Biochemical fuel cells Diffusion media materials and characterisation

content:
3U/Ob-x?-? VOLUME 1: FUNDAMENTALS AND SURVEY OF SYSTEMS a;E
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Part 1: Thermodynamics and kinetics of fuel cell reactions } DQ.?{
1 The components of an electrochemical cell
pM^^2Q$mI y!p]"~ 2 The electrode-electrolyte interface
7h6}7B`!G0OS7c*{*X+O8` 3 Thermodynamics of electrodes and cells .M}rKV
4 Ideal and effective efficiencies of cell reactions and comparison to carnot cycles ^z|1\:Z uI!^
5 Kinetics of electrochemical reactions
.w |Y+y|8}"NW9V 6 Introduction to fuel-cell types 'Flhl8v*\
Part 2: Mass transfer in fuel cells ~.A5}/F;G1mDx#I
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7 Mass transfer at two-phase and three-phase interfaces J![xl&K
8 Mass transfer in flow fields
0G/p}%RvD Part 3: Heat transfer in fuel cells !o:wTG^"p
        9 Low temperature fuel cells
T-l7y}RWfml.t)M 10 High temperature fuel cells
&G;sh:\Z/k W.oW 11 Air-cooled PEM fuel cells
(mvk^]P-oH(?(gL Part 4: Fuel cell principles, systems and applications 2i|)p2s7nGZ2p&[$v)T
12 General scientific background before and during the beginning of fuel cell research PaLP5cfl!J,j
13 History of high temperature fuel cell development #qR!X,e"Jc?'F
14 Hydrogen/oxygen (air) fuel cells with alkaline electrolytes
PnTo s3`\@7Q_ 15 Hydrazine fuel cells Vje fk$m U:J
16 Phosphoric acid electrolyte fuel cells 3?2m3LO GK+b7O|{
17 Aqueous carbonate electrolyte fuel cells
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@h 18 Direct methanol fuel cells (DMFC
x)q%|]3v!U5f0I9o 19 Other direct-alcohol fuel cells VT!G)gNN M0q
20 Solid oxide fuel cells (SOFC)
"x.X%x'yOE a 21 Biochemical fuel cells
h;W`;r?9j` 22 Metal/air batteries: The zinc/air case X1ZRX:y2i
23 Seawater aluminium/air cells
,?7rlixR 24 Energy storage via electrolysis/fuel cells 1L!q u9M.y
VOLUME 2: ELECTROCATALYSIS
FFZgu3KST(| Part 1: Introduction
m#yC~O         1 What is electrocatalysis? -n#U1M*lg#Uw7D
2 The role of adsorption
,bZ0d _)~ ~^3h 3 Understanding electrocatalysis: From reaction steps to first-principles calculations #iF/g dKYx
4 Electrode potential as parameter 8Q!|*C p+s1h]
5 Catalysis by UPD metals
Q/J(A&k2C.R0q 6 Outer sphere reactions O'd{n9V.Kz!C)E
7 The NEMCA effect v!vM(HW!h%ESgP
Part 2: Theory of electrocatalysis
ey YT0esE \ 8 Electrode potential and double layer ;pr:XG0V*CZ
9 Reaction mechanism and rate determining steps
v;a@'wf7z[ 10 Adsorption - Volcano curve
8`L-GB
Y4v(h 11 Theorectical aspects of some prototypical fuel cell reactions
?"T-v2p%Qg,jY 12 Theory of electrochemical outer sphere reactions
-a8r(G&kf/k\"b 13 Theory of the NEMCA effect
T2Ys7x0W+JB-jfi Part 3: Methods in electrocatalysis
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H#J 14 Cyclic voltammetry .^ V)H[[pfqki#t2F}
15 Product analysis c.Z?t x
16 Vibrational spectroscopy
z4HK1}~u-N 17 Electrochemical impedance spectroscopy Q+v!F+|e!Hd4P
18 Ex-situ surface preparation and analysis: Transfer between UHV and electrochemical cell
0\"x[`0b E[[ T%T 19 Structure sensitive methods: AFM/STM
+l,A2Z Q)T3]5y*^D&Ri 20 EXAFS, XANES, SASXS
;K0[.ke4P 21 Normalization of porous active surfaces
)E'n!X:L~ R4gS 22 Rotating thin-film method for supported catalysts }'Q?~.{TX
23 Combinatorial catalyst development methods
5`BcY-z7@4etC:r 24 Numerical simulations of electrocatalytic processes )]6D3\5bJ
Part 4: The hydrogen oxidation/evolution reaction
ptpe6A d#k*K2{ 25 Reaction mechanisms of the H2 oxidation/evolution reaction n8a&Bg5ud9} d5z
26 The hydrogen electrode reaction and the electrooxidation of CO and H2/CO mixtures on well-characterized Pt and Pt-bimetallic surfaces
Zl2gq$t(_c-x 27 Oxidation reactions in high-temperature fuel cells
o5D"NC Gmu 28 New CO-tolerant catalyst concepts
+s,uSSC7]8A)w 29 Hydrogen evolution reaction
I;D"q|:q[W Part 5: The oxygen reduction/evolution reaction
?m5u BEl ~#@*N         30 Reaction mechanisms of the O2 reduction/evolution reaction
z cfiKM
~ 31 Oxygen reduction reaction on smooth single crystal electrodes
&P0ln3GMP 32 O2 reduction reaction on the Pt/polymerelectrolyte interface yUt}0b'S
33 Fundamental kinetics/transport processes in MEAs l(^ Iyk
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34 O2 reduction and structure-related parameters for supported catalysts
4i*] m,vNK2Z/uL;t^J 35 Oxide-based ORR catalysts %hGw"[ |#}
36 Chevrel phases and chalcogenides
VV,D:H#XJ 37 Macrocycles XV@^Bz#J*j
38 Poisons for the O2 reduction reaction
:F0c'c$HE:]:q*J 39 O2-reduction at high temperature: MCFC
V4~R!s;M 40 O2-reduction at high temperatures: SOFC A;}5^4?7zwW:B
Part 6: Oxidation of small organic molecules
Z4q{5`cP4?~:b 41 Methanol and CO electrooxidation.bM `3z EJ
42 Formic acid oxidation m
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43 Methanol and formic acid oxidation on ad-metal modified electrodes7S5uD:E${QY{
44 Methanol effects on the O2 reduction reaction
W7~:|0|#CNT 45 Oxidation of C2 molecules .u2y8l+Wp.`__
46 Oscillations and other dynamic instabilities \o mDT~:d`aX X
Part 7: Other energy conversion related topics K%If3vE$RE
47 Hydrogenation reactions 6Pe*{"Df8T3]4x
48 CO2-reduction, catalyzed by metal electrodes N?p`&GzI}
49 Electrochemical supercapacitors and their complementarity to fuel cells and batteries
j3yfjr:m 50 Technical characteristics of PEM electrochemical capacitors 5E2E;pS S4OflQ
VOLUME 3: FUEL CELL TECHNOLOGY AND APPLICATIONS: PART 1 B/w t#XL/vO0u
Part 1: Sustainable energy supply
4U(V_E0G lL 1 Alternative fuels and prospects - Overview 0j4D&c-UC:g
2 Natural gas for power generation and the automotive market XkoR+UC/Uk
3 Methanol from fossil and renewable resources
2fu+A3T0h&e1r4G 4 Synthetic hydrocarbons as long-term fuel option 1X8MT1s6s7p"p+a;j
5 Solar and wind energy coupled with electrolysis and fuel cells
/uTA1F'e Part 2: Hydrogen storage and hydrogen generation 8G;p]4bV7qYO
Development prospects for hydrogen storage !R x_.CJYs
6 High pressure storage As0o2D P4w&m4l v
7 Liquid hydrogen technology for vehicles Yf w5a1{,P
8 Hydride storage
Q#R!H-uYs,Z      Chemical hydrogen storage devices R"D!{"QZ
9 Aqueous borohydride solutions
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D"GR4_(xV 10 Ammonia crackers n"I!tgp5s?;w0j1T
     Reforming of methanol and fuel processor development
xmMi%V5`3k 11 Catalyst development and kinetics for methanol fuel processing i FO[ ecQ6y7L2k
12 Methanol reformer design considerations 2D0l \,G8fht
13 Mixed POX/steam-reforming reactor design considerations
u~P5B,GF![t+{      Fuel processing from hydrocarbons to hydrogen

SV)Y7k|~F p 14 Steam reforming, ATR, partial oxidation: catalysts and reaction engineering
:g Z e0gA1~;cm 15 Sulfur removal methods {,thq^5x
16 Catalyst development for water-gas shift
:{;[k$?1CkKx!pq 17 Membrane reactor concepts &L ^@3\}
18 PROX catalysts
Ha(W[8\9PG 19 Autothermal reforming
Ih6`!dh+Rx#l 20 Alternative design possibilities for integrated fuel processors g2W-x n)?4?)t6^
     Well-to-wheel efficiencies
z8mA+S(L"kW5L 21 Well-to-wheel efficiencies of different fuel choices
igQqS/C      Hydrogen safety, codes and standards te&Zb%Kob
22 Hydrogen safety, codes and standards for vehicles and stationary applications 5Sn9li%V/B[
Part 3: Polymer electrolyte membrane fuel cell systems (PEMFC)
/Y4yAw"MM~/K*^I              Bipolar plate materials and flow field design
4b9\9AY|{~a2yO 23 Basic materials corrosion issues
6oER+yx$tP+R 24 Performance and durability of bipolar plate materials Fm/C'zHy
25 Metal bipolar plates and coatings
k;e0F;J*`!_L&\W 26 Graphite-based bipolar plates
{0^u!^Vv?'QT 27 Serpentine flow field design
:Y0UB
c$V XsL 28 Interdigited flow field design !D
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29 Two-phase flow and transport
:oBA$Y[u      Membrane materials
}t$r'~noem 30 Perfluorinated membranes
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iigOb+E 31 First principles modelling of sulfonic acid based ionomer membranes
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32 Composite perfluorinate membranes %bBt"ST*`.s2h
33 Hydrocarbon membranes
/^SWX.E1?:Hd 34 High-temperature membranes
"G;i;K1c+_E V:^9k-H8|H 35 Inorganic/organic composite membranes
o2v2?@ba![?#] 36 Membrane/electrode additives for low-humidification operation
euz `"g&{/oL      Electro-catalysts `#I8KXW8aQ
37 Pt alloys as oxygen reduction catalysts
-B/H6e$r3x0a 38 High dispersion catalysts including novel carbon supports
(QK1Gn2Tq6c~ u 39 Development of CO-tolerant catalysts
4t@3e4vJ| 41 Precious metal supply requirements iG[*q cq7D2X.gT
     Membrane-electrode-assembly (MEA)
p'h1f+k:f5s D 42 Diffusion media materials and characterisation %ou.qWuL
43 Principles of MEA preparation -L`C.^ I
44 Catalyst coated composite membranes +Jg"[)L:B)H Q
45 Novel catalysts, catalysts support and catalysts coated membrane methods
"B*]s\,t2H-F      State-of-the-art performance and durability
.J%?7xgd9r4CxG 46 Beginning-of-life MEA performance - Efficiency loss contributions ,vFr"h)sMxb
47 Durability
nmd`-`-[ 48 Effect of ionic contaminants E(H [F:rNr
49 Mechanisms of membrane degradation
P#||9ZMMu 50 Reliability issues and voltage degradation
vzjG\5@n!D VOLUME 4: FUEL CELL TECHNOLOGY AND APPLICATIONS: PART 2 L7g!ia+`/[3C
Part 3: Polymer electrolyte membrane fuel cells and systems (PEMFC) cont…d
*Y+T,RiqNZ System design and system-specific aspects ,Q ^-GF%b7T+DHQ~
51 System design for stationary power generation
u\oMU,nuC 52 System design for vehicle applications: DaimlerChrylser
&l W)\+ga ] 53 System design for vehicle applications: GM/Opel !|2n'?Js8\ql%p]!B1PX
Air-supply components
9CK/l3{| cX*n0~ 54 Air-supply components Q6F YC)A,tVss
Applications based on PEM-technology AHU&Rgs)V!Z.i
55 Special applications using PEM-technology
8ii`{4j4k Part 4: Alkaline fuel cells and systems (AFC)
_ Q@ LuO.d^8}#wc 56 Stack materials and design
"M!plRE%HaE3n{t 57 System design and applications
-cRX`YV#Lw 58 A comparison between the alkaline fuel cell (AFC) and the polymer electrolyte membrane (PEM) fuel cell
+A ah]Y_*S&? [ v Part 5: Phosphoric acid fuel cells and systems (PAFC) #s d1d u7|/RX'VFT8_
59 Stack materials and stack design $u?!J;c.P%d9y,h0h
60 Catalyst studies and coating technologies "_2Z_]tJ,~G T
61 Experience with 200kW PC25 fuel cell power plant fd(KDgS
Part 6: Direct methanol fuel cells and systems (DMFC) mf,`;K7u4[
62 Transport/kinetic limitations and efficiency losses
uA }c;k$a E
E 63 New materials for DMFC MEAs
jR,Xach!y0T@2X1t(f 64 System design for transport applications 2oA.uAB@*f~7cDL
65 DMFC system design for portable applications e3S*fQB*_

7R!Qk.M0p6c,l9} } Part 7: Molten carbonate fuel cells and systems (MCFC) ,qpvI4R#l:v@2B%x
66 Stack material and stack design
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_iC'K/F@ 67 Electrolyte and material challenges
2tHoj*q-_H 68 System design
w)@!G B k,?zY{up%M 69 Durability
y%x[QV} Part 8: Solid oxide fuel cells and systems (SOFC)
9[)skJ,Y6V.[3\:Wg              Materials
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s1d-r4c 70 Current electrolytes and catalysts 6MZ F|-e(Y"n
s
71 Low temperature electrolytes and catalysts
-]4y5\%q$GA,hbX 72 MEA/cell preparation methods: Europe/USA
F9hf1}JJ 73 MEA/cell preparation methods: Japan/Asia DG"ri"o)W*DI
74 Interconnects
;P~S7n-S5C-M)}      Stack and system design
F+~Zi3ZU,OBx#Z&I 75 Internal reforming
7ZVu(sag @`c` 76 System design C2e)J }%mzVf9C!i1_G
     New concepts 5v9QG^
A?
77 New microtube concepts G6D HS}Z
78 Direct hydrocarbon SOFCs 4X9g u#K,PaQ
79 Novel elctrolytes operating at 400-600 C%ivd k6y Hu|
Part 9: Primary and secondary metal/air cells u(If#m%g;V9K#s
80 Alkaline methanol/air power devices
fv%kC2Vv{ Part 10: Portable fuel cell systems
Tokl$o jE 81 Portable direct methanol fuel cell systems
/Hn.d%_M.c LP4|'n$q\~ 82 Portable PEM systems 83 Small-szie PEM systems for special applications w*[Vb+iDba%? z
Part 11: Current fuel cell propulsion systems 9QPb'}G)Qe
     PEM fuel cell systems for cars/buses
y5Q*lu5W+S-UUX5k 84 DaimlerChrylser fuel cell activities x"XSX r|E
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85 General Motors/OPEL fuel cell activities - Driving towards a successful future
Hq w2o gk 86 Honda fuel cell activities a+A
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87 Hy.Power - A technology platform combining a fuel cell system and a supercapacitor
a*c|Bc9Rh      PEM fuel cell systems for submarines ?(aaC'I5V;{~4N]
88 H2/O2-PEM-fuel cell module for an air independent propulsion system in a submarine
/iy5j$_(E B~
E AFC fuel cell systems /R Hzm1NO*~ ~"^-T
89 Automotive development )v+}Zv2}
90 Space-shuttle fuel cell "BX`%CkcLW
Part 12: Electric utility fuel cell systems -zi&km)p*F1r])Q
91 PEMFC fuel cell systems_ASt:?Xk
92 MCFC fuel cell systems
m U Q UgE'{z 93 SOFC fuel cell systems ${yd$Wp0b|
Part 13: Future prospects of fuel cell systems
0xtxF4fa;]E)L 94 Life-cycle analysis of fuel cell system components U'o#_j7a(l
95 Market concepts, competing technologies and cost challenges for automotive and stationary applications "h L'fE}Bi8MA
96 Potential economic impact of fuel cell technologies ;{;_/r`+F3{xb

WN-U0d@K5H5`F8_D 希望大家能够找齐。

回复 8# 的帖子

上传上来，或者公布其下载链接，网址之类的话，我们都行动起来，慢慢补齐吧。

14 Hydrogen/oxygen (air) fuel cells with alkaline electrolytes  Volume 1, Part 4, pp 267–280
_%vz/? bHna%K#~ Ammonia crackers  Volume 3, Part 2, pp 121–127_"?d*^*xm
Stack materials and design   Volume 4, Part 4, pp 765–773'_.XB
SUFJ0K
A comparison between the alkaline fuel cell (AFC) and the polymer electrolyte  membrane (PEM) fuel  cell   Volume 4, Part 4, pp 789–793  
1~p:O4|-YT4T5R"},| Alkaline methanol/air power devices    Volume 4, Part 9, pp 1125–1129'[,k L})r#Z9e
Automotive development    Volume 4, Part 11, pp 1217–1223
)r#~Vf3]yL1y Combinatorial catalyst development methods   Volume 2, Part 3, pp 334–347

\!x K1l8O6[DCI Two-phase flow and transport    Volume 3, Part 3, pp 337–347KQ,nu$aM8FwK
Methanol and CO electrooxidation   pp.603-613'W\1_5Yy8a
Catalyst coated composite membranes   Volume 3, Part 3, pp 566–575x8~yZ'? @
System design for vehicle applications: Daimler  Chrysler
B,jD9Hy3}q*Z
k Hy.Power—A technology platform combining a fuel cell system and a supercapacitor
i9yt"?O]!e` Volume 4, Part 11, pp 1184–1198
$S}l"J2V9{7U Life-cycle analysis of fuel cell system components   Volume 4, Part 13, pp 1293–1317m+m}9tZ&P
Chapter 21  Biochemical fuel cells Diffusion media materials and characterisation
1~A;]}WI 这几章我放在网盘了，其它的大家找齐吧
o8^ ppZg'K,{ **** Hidden Message *****q!k'x7bI
B*{#L

Bb}+}I Y/IRYn [[i] 本帖最后由 apcvd 于 2008-07-02 07:25 编辑 [/i]]

第一次用网盘发东西，不知道好用不？不好用，给我发信息，我再传！比较难弄全，从去年就开始收集，就收集到这几章的电子版的。

回复 11# 的帖子

这些你都是从哪里收集的，:D

原来在燃料电池综合论坛上，现在好像停了！

很好的主题，大家共同努力

再上传一章
U{*?M4^8X*V Chapter 87
hGHR!K3lrP0@ Hy.Power—A technology platform combining a fuel cell system and a supercapacitor
1krBW*d'H!] 从一个作者主页下载的。_ iU!bA
[url]http://www.91files.com/?CGJGA2CNCQS4DT9SJTR0[/url]
:Y&i_AR2xci7G
!T?.QD\
]2@ M 不好意思，好像重复了。PUnpFQ-wu
I2^M&?[wB!y)@
[[i] 本帖最后由 happyboy2008 于 2008-06-21 10:53 编辑 [/i]]

能学习一下最好了:handshake :handshake

如果真的能找齐，真的是非常了不起的一件事情。因为现在各大论坛，至今还有任何一个关于这本书的连接呢。 期待。。支持。。

Thanks for sharing.

非常感谢能有这么好的东东！

以前在燃料電池綜合論壇有但印象中不完整看過，大家可以互相幫忙收集。