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Topics in Current Chemistry Recently Published and Forthcoming Volumes Functional Molecular Nanostructures Volume Editor: Schlüter, A.D. Vol. 245, 2004 Natural Product Synthesis II Volume Editor: Mulzer, J.H. Vol. 244, 2004 Natural Product Synthesis I Volume Editor: Mulzer, J.H. Vol. 243, 2004 Immobilized Catalysts Volume Editor: Kirschning, A. Vol. 242, 2004 Transition Metal and Rare Earth Compounds III Volume Editor: Yersin, H. Vol. 241, 2004 The Chemistry of Pheromones and Other Semiochemicals II Volume Editor: Schulz, S. Vol. 240, 2004 The Chemistry of Pheromones and Other Semiochemicals I Volume Editor: Schulz, S. Vol. 239, 2004 Orotidine Monophosphate Decarboxylase Volume Editors: Lee, J.K., Tantillo, D.J. Vol. 238, 2004 Long-Range Charge Transfer in DNA II Volume Editor: Schuster, G.B. Vol. 237, 2004 Long-Range Charge Transfer in DNA I Volume Editor: Schuster, G.B. Vol. 236, 2004 Spin Crossover in Transition Metal Compounds III Volume Editors: Gütlich, P., Goodwin, H.A. Vol. 235, 2004 Spin Crossover in Transition Metal Compounds II Volume Editors: Gütlich, P., Goodwin, H.A. Vol. 234, 2004 Spin Crossover in Transition Metal Compounds I Volume Editors: Gütlich, P., Goodwin, H.A. Vol. 233, 2004 New Aspects in Phosphorus Chemistry IV Volume Editor: Majoral, J.-P. Vol. 232, 2004 Elemental Sulfur and Sulfur-Rich Compounds II Volume Editor: Steudel, R. Vol. 231, 2003 Elemental Sulfur and Sulfur-Rich Compounds I Volume Editor: Steudel, R. Vol. 230, 2003 New Aspects in Phosphorus Chemistry III Volume Editor: Majoral, J.-P. Vol. 229, 2003 Dendrimers V Volume Editors: Schalley, C.A., Vögtle, F. Vol. 228, 2003 Colloid Chemistry II Volume Editor: Antonietti, M. Vol. 227, 2003 Colloid Chemistry I Volume Editor: Antonietti, M. Vol. 226, 2003 Modern Mass Spectrometry Volume Editor: Schalley, C.A. Vol. 225, 2003
Transition Metal and Rare Earth Compounds III Excited States, Transitions, Interactions Volume Editor: Hartmut Yersin With contributions by R. Beaulac · H. BØlisle · G. Bussi›re, C.-M. Che · C. Daniel A. Hauser · S. Kairouani · S.-W. Lai · V.S. Langford · C. Lescop D. Luneau · U. Oetliker · A. Pillonnet · C. Reber · P. Rey P.A. Tanner · M.E. von Arx · H. Yersin
Page 1: 241 Topics in Current Chemistry Edi
Page 5 and 6: Volume Editor Prof. Dr. Hartmut Yer
Page 7 and 8: Preface For a long time, the proper
Page 9 and 10: Contents Triplet Emitters for OLED
Page 11 and 12: Contents of Volume 214 Transition M
Page 13 and 14: 120 C. Daniel 4.1 Dissociative vs N
Page 15 and 16: 122 C. Daniel here, would be the tr
Page 17 and 18: 124 C. Daniel Zeta with polarizatio
Page 19 and 20: 126 C. Daniel The difficulty for th
Page 21 and 22: 128 C. Daniel Scheme 3 mathematical
Page 23 and 24: 130 C. Daniel racy will be produced
Page 25 and 26: 132 C. Daniel [12] has been applied
Page 27 and 28: 134 C. Daniel tation of ground stat
Page 29 and 30: 136 C. Daniel 2.6.1 Adiabatic Repre
Page 31 and 32: 138 C. Daniel @U=@Q þ KU ¼ 0 ð4
Page 33 and 34: 140 C. Daniel packet, the centre of
Page 35 and 36: Table 1 Calculated electronic allow
Page 37 and 38: 144 C. Daniel Table 2 Calculated el
Page 39 and 40: 146 C. Daniel Scheme 6 (B3LYP) calc
Page 41 and 42: 148 C. Daniel Scheme 7 sponding to
Page 43 and 44: 150 C. Daniel Table 5 Calculated el
Page 45 and 46: 152 C. Daniel 3.4 Spin-Orbit Effect
Page 47 and 48: 154 C. Daniel This work illustrates
Page 49 and 50: 156 C. Daniel from the first-row to
Page 51 and 52: 158 C. Daniel Fig. 4 (a) Initial wa
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160 C. Daniel linearly with the sys
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162 C. Daniel 48. Werner H-J (1987)
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164 C. Daniel 127. Aarnts MP, Wilms
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Top Curr Chem (2004) 241:97--118 DO
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Excited States and Optical Spectros
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Top Curr Chem (2004) 241:27--63 DOI
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Luminescent Cyclometalated Diimine
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66 A. Hauser et al. ceptor, play an
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68 A. Hauser et al. serve as therma
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70 A. Hauser et al. Fig. 4 Single c
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72 A. Hauser et al. are superimposa
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74 A. Hauser et al. and the finesse
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76 A. Hauser et al. Fig. 10 Mechani
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78 A. Hauser et al. k et D ¼ X A w
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80 A. Hauser et al. Fig. 14 FLN spe
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82 A. Hauser et al. The intrinsic l
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84 A. Hauser et al. Fig. 15 Quantum
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86 A. Hauser et al. Fig. 17 Scheme
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88 A. Hauser et al. Fig. 20 a Trans
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94 A. Hauser et al. below 2 K, the
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96 A. Hauser et al. 19. Sugano S, T
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168 P.A. Tanner 14 Conclusions ....
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170 P.A. Tanner ration, the stoichi
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172 P.A. Tanner Fig. 2 a Plot of la
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174 P.A. Tanner with smaller unit c
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176 P.A. Tanner Oh for elpasolites.
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178 P.A. Tanner Fig. 4a-g Infrared,
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180 P.A. Tanner Table 2 (continued)
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182 P.A. Tanner Table 3 Comparison
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184 P.A. Tanner belled. The unit ce
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186 P.A. Tanner sion curve for this
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188 P.A. Tanner so that B ð4Þ 0
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190 P.A. Tanner coordinates. One of
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192 P.A. Tanner
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194 P.A. Tanner where Wl ¼ ½Š l
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196 P.A. Tanner
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198 P.A. Tanner electric dipole mom
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200 P.A. Tanner respectively, where
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202 P.A. Tanner modified form in mo
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204 P.A. Tanner M00;f 1;q ¼ X n ½
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206 P.A. Tanner The sign of the int
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208 P.A. Tanner try notation of Gri
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210 P.A. Tanner Finally, it is note
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212 P.A. Tanner The actual assignme
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214 P.A. Tanner Fig. 13 35 K Raman
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216 P.A. Tanner terial, so that the
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218 P.A. Tanner Fig. 14a-c Electron
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220 P.A. Tanner 2 6 X 6 l;m;n 6 4
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222 P.A. Tanner allowed, and in var
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224 P.A. Tanner Table 7 Calculated
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226 P.A. Tanner Fig. 16 Lowest f-d,
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228 P.A. Tanner Fig. 18a, b 10 K f-
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230 P.A. Tanner It is interesting t
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232 P.A. Tanner Table 9 Selected en
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234 P.A. Tanner Fig. 20 Plots of Sl
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236 P.A. Tanner values are obtained
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238 P.A. Tanner X ½B k qCk q i ð
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240 P.A. Tanner their calculation h
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242 P.A. Tanner 13 Energy Transfer
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244 P.A. Tanner Table 11 (continued
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246 P.A. Tanner Fig. 24a-j Energy t
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248 P.A. Tanner Table 13 Structural
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250 P.A. Tanner s=6, although the c
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252 P.A. Tanner ask 2 ¼ 1 4 h es;a
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254 P.A. Tanner The HLO model has g
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256 P.A. Tanner Fig. 25a, b Lumines
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258 P.A. Tanner when excitation is
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260 P.A. Tanner Fig. 26 a Partial e
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262 P.A. Tanner 13.4.3 Upconversion
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264 P.A. Tanner ! 4 I15=2aG8½ŠD 0
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266 P.A. Tanner Fig. 27 a Power dep
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268 P.A. Tanner The study of f-d tr
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270 P.A. Tanner 41. Knudsen GP, Vos
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272 P.A. Tanner 119. Malta OL, Gouv
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274 P.A. Tanner 207. Tanner PA, Mak
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276 P.A. Tanner 290. Hehlen MP, Gü
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278 P.A. Tanner 379. Berry ME, May
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2 H. Yersin trix molecules with sub
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4 H. Yersin into substates, the tot
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6 H. Yersin Fig. 2 Example of an op
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8 H. Yersin 3 Exciton Formation and
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10 H. Yersin gram is simplified and
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12 H. Yersin to-matrix charge trans
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14 H. Yersin triplet excitons, are
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16 H. Yersin tions, but also induce
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18 H. Yersin 5 Photophysical Proper
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20 H. Yersin 5.3 Phosphorescence De
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22 H. Yersin 5.6 Electronic Charge
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24 H. Yersin 3. Tai WP, Inoue K, Oh
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26 H. Yersin 71. Wohlgenannt M, Tan
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280 Author Index Volumes 201-241 Br
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282 Author Index Volumes 201-241 Ga
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284 Author Index Volumes 201-241 Ko
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286 Author Index Volumes 201-241 Mu
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288 Author Index Volumes 201-241 Sh
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290 Author Index Volumes 201-241 Wu
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292 Subject Index DMCT 1, 12 DNA 56
Page 303:
294 Subject Index Resonant energy t
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