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Schriften des Forschungszentrums J
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Bibliographic information published
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II Proceedings WHEC2010 Computation
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IV Proceedings WHEC2010 Learning Cu
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VI Proceedings WHEC2010 Hydrogen Re
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Proceedings WHEC2010 1 FC Fuel Cell
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Proceedings WHEC2010 5 On-line In-s
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Proceedings WHEC2010 7 3 Results an
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Proceedings WHEC2010 9 References [
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Proceedings WHEC2010 12 powder spec
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Proceedings WHEC2010 14 3.2 Depende
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Proceedings WHEC2010 16 E ORR / V v
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Proceedings WHEC2010 18 [17] A. Ish
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Proceedings WHEC2010 20 Figure 1: P
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Proceedings WHEC2010 22 ] 1.0 / 0.5
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Proceedings WHEC2010 24 4 Conclusio
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Proceedings WHEC2010 26 i F * 10 3
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Proceedings WHEC2010 28 shows the r
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Proceedings WHEC2010 31 Fuel Starva
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Proceedings WHEC2010 33 Scanning El
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Proceedings WHEC2010 35 Figure 3: S
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Proceedings WHEC2010 37 Origin of D
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Proceedings WHEC2010 39 Mass transf
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Proceedings WHEC2010 41 measurement
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Proceedings WHEC2010 43 (Figure 6,
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Proceedings WHEC2010 45 Investigati
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Proceedings WHEC2010 47 Figure 2: T
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Proceedings WHEC2010 49 Figure 5: E
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Proceedings WHEC2010 51 Internal Cu
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Proceedings WHEC2010 53 the effect
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Proceedings WHEC2010 55 The channel
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Proceedings WHEC2010 57 One can als
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Proceedings WHEC2010 59 AQUIVION -
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Proceedings WHEC2010 61 One exhibit
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Proceedings WHEC2010 63 Delaware (U
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Proceedings WHEC2010 66 characteris
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Proceedings WHEC2010 68 100 mHz. At
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Proceedings WHEC2010 70 References
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Proceedings WHEC2010 72 In this wor
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Proceedings WHEC2010 74 Table 2: El
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Proceedings WHEC2010 76 Catalyst la
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Proceedings WHEC2010 79 Evaluation
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Proceedings WHEC2010 81 In our expe
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Proceedings WHEC2010 83 higher cell
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Proceedings WHEC2010 85 3. Tilting
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Proceedings WHEC2010 88 (aluminum a
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Proceedings WHEC2010 90 Cell voltag
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Proceedings WHEC2010 92 Cell power
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Proceedings WHEC2010 95 FC Fuel Cel
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Proceedings WHEC2010 99 Development
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Proceedings WHEC2010 101 Figure 2:
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Proceedings WHEC2010 103 Alternativ
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Proceedings WHEC2010 105 Cell volta
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Proceedings WHEC2010 107 Figure 6:
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Proceedings WHEC2010 109 Cell Resis
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Proceedings WHEC2010 111 'Ohmic res
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Proceedings WHEC2010 113 5.4 Ωcm -
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Proceedings WHEC2010 115 Ongoing Ef
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Proceedings WHEC2010 117 3 Failure
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Proceedings WHEC2010 119 It can be
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Proceedings WHEC2010 121 Characteri
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Proceedings WHEC2010 123 molecular
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Proceedings WHEC2010 126 setup, all
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Proceedings WHEC2010 128 Figure 4:
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Proceedings WHEC2010 130 Wirtschaft
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Proceedings WHEC2010 132 2 Experime
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Proceedings WHEC2010 134 Average ce
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Proceedings WHEC2010 136 References
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Proceedings WHEC2010 138 2 The Modu
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Proceedings WHEC2010 140 necessary,
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Proceedings WHEC2010 142 Pt/cm2 for
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Proceedings WHEC2010 144 Figure 3:
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Proceedings WHEC2010 146 decreases
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Proceedings WHEC2010 148 compounds
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Proceedings WHEC2010 150 counterpar
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Proceedings WHEC2010 152 4 Conclusi
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Proceedings WHEC2010 154 The membra
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Proceedings WHEC2010 156 The most i
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Proceedings WHEC2010 159 A Compact,
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Proceedings WHEC2010 161 3.1 Start-
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Proceedings WHEC2010 163 Figure 6 s
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Proceedings WHEC2010 166 Figure 1:
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Proceedings WHEC2010 168 Figure 4a:
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Proceedings WHEC2010 171 Analysis o
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Proceedings WHEC2010 173 voltage [%
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Proceedings WHEC2010 175 through
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Proceedings WHEC2010 178 second sec
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Proceedings WHEC2010 180 L a1 Z 2 =
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Proceedings WHEC2010 182 a) b) c) d
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Proceedings WHEC2010 185 Optimizati
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Proceedings WHEC2010 187 To prevent
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Proceedings WHEC2010 189 a) Copper
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Proceedings WHEC2010 191 homogeneit
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Proceedings WHEC2010 195 Current St
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Proceedings WHEC2010 198 The modell
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Proceedings WHEC2010 200 Autonomy o
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Proceedings WHEC2010 203 Direct Con
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Proceedings WHEC2010 205 ion curren
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Proceedings WHEC2010 207 current /
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Proceedings WHEC2010 209 cel voltag
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Proceedings WHEC2010 211 [3] H. Wan
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Proceedings WHEC2010 214 Table 1: P
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Proceedings WHEC2010 216 Voltage (V
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Proceedings WHEC2010 218 compared w
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Proceedings WHEC2010 220 2.1 GDE-ma
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Proceedings WHEC2010 222 2.3 Substr
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Proceedings WHEC2010 224 One way to
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Proceedings WHEC2010 226 [3] T. Kol
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Proceedings WHEC2010 228 which can
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Proceedings WHEC2010 230 Figure 3:
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Proceedings WHEC2010 232 References
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Proceedings WHEC2010 234 ΔG(T) V
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Proceedings WHEC2010 236 process (M
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Proceedings WHEC2010 239 Durability
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Proceedings WHEC2010 241 Figure 3 s
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Proceedings WHEC2010 243 anode cata
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Proceedings WHEC2010 245 Combined L
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Proceedings WHEC2010 247 Figure 1:
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Proceedings WHEC2010 249 5 Conclusi
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Proceedings WHEC2010 253 High-Tempe
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Proceedings WHEC2010 256 This contr
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Proceedings WHEC2010 258 The ASR va
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Proceedings WHEC2010 260 Another co
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Proceedings WHEC2010 262 Acknowledg
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Proceedings WHEC2010 264 Hence, pro
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Proceedings WHEC2010 266 From a sur
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Proceedings WHEC2010 268 Figure 3:
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Proceedings WHEC2010 270 data and a
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Proceedings WHEC2010 273 Developmen
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Proceedings WHEC2010 275 30 ml/min.
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Proceedings WHEC2010 277 observed,
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Proceedings WHEC2010 279 Figure 6:
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Proceedings WHEC2010 281 Electro-ca
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Proceedings WHEC2010 283 the alloy
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Proceedings WHEC2010 285 Figure 7:
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Proceedings WHEC2010 287 Preparatio
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Proceedings WHEC2010 289 which supp
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Proceedings WHEC2010 291 Figure 5 s
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Proceedings WHEC2010 394 such level
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Proceedings WHEC2010 397 HI Fuel In
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Proceedings WHEC2010 400 optimizing
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Proceedings WHEC2010 402 The presen
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Proceedings WHEC2010 404 References
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Proceedings WHEC2010 406 gradually
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Proceedings WHEC2010 408 Energy cos
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Proceedings WHEC2010 410 reaching a
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Proceedings WHEC2010 412 References
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Proceedings WHEC2010 414 A recent M
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Proceedings WHEC2010 416 Figure 4:
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Proceedings WHEC2010 419 The Implem
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Proceedings WHEC2010 421 algorithm
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Proceedings WHEC2010 423 HI Fuel In
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Proceedings WHEC2010 427 Integratio
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Proceedings WHEC2010 429 2. Base lo
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Proceedings WHEC2010 431 In Figure
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Proceedings WHEC2010 433 Hydrogen R
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Proceedings WHEC2010 435 Table 1: T
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Proceedings WHEC2010 437 The Hydrog
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Proceedings WHEC2010 439 Figure 3:
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Proceedings WHEC2010 441 6 Science
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Proceedings WHEC2010 444 In a Hydro
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Proceedings WHEC2010 446 4. The int
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