Highly excited atoms:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Cambridge [u.a.]
Cambridge Univ. Press
1998
|
| Ausgabe: | 1. publ. |
| Schriftenreihe: | Cambridge monographs on atomic, molecular, and chemical physics
9 |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXIII, 501 S. graph. Darst. |
| ISBN: | 0521432324 |
Internformat
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| 100 | 1 | |a Connerade, Jean P. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Highly excited atoms |c Jean-Patrick Connerade |
| 250 | |a 1. publ. | ||
| 264 | 1 | |a Cambridge [u.a.] |b Cambridge Univ. Press |c 1998 | |
| 300 | |a XXIII, 501 S. |b graph. Darst. | ||
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| 490 | 1 | |a Cambridge monographs on atomic, molecular, and chemical physics |v 9 | |
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Datensatz im Suchindex
| _version_ | 1804126683685453824 |
|---|---|
| adam_text | HIGHLY EXCITED ATOMS JEAN-PATRICK CONNERADE IMPERIAL COLLEGE OF SCIENCE
AND TECHNOLOGY CAMBRIDGE UNIVERSITY PRESS CONTENTS PREFACE XVII 1 1.1
1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9 1.10 1.11 1.12 1.13 1.14 1.15 1.16 2 2.1
2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9 2.10 CLOSED SHELLS, SPHERICITY,
STABILITY AND MAGIC NUMBERS MAGIC NUMBERS THE BIAXIAL THEOREM
CHEMICAL VALENCE IONISATION POTENTIALS COLLECTIVE MOTION IN CLOSED
SHELLS HOMOLOGOUS SEQUENCES THE HARTREE-FOCK EQUATIONS THE SCF PROCEDURE
THE OUTPUT OF AN SCF CALCULATION UNIQUENESS OF THE SOLUTION .
RELATIVISTIC CENTRAL FIELDS COMPUTER CODES HEISENBERG S CONCEPT OF
HOLES PERIODIC TABLES FOR IONS CLOSED SHELLS AND NEGATIVE IONS CLOSED
SHELLS: SUMMARY RYDBERG STATES RYDBERG SERIES IN H AND H-LIKE SYSTEMS
THE SERIES LIMIT AND THE BINDING ENERGY UNITS RYDBERG STATES OF
MANY-ELECTRON SYSTEMS CONSERVATION OF ANGULAR MOMENTUM AND DEGENERACY
FURTHER LIMITS: OPTICAL AND INNER-SHELL EXCITATIONS SCALING WITH N*
RELATIVISTIC DILATION OF LEVEL SPACINGS THE ALKALI MODEL VARIATION OF
WAVEFUNCTIONS WITH N AND 1 1 2 4 5 7 8 9 12 13 14 14 16 17 19 20 21 23
23 25 26 27 27 29 31 31 32 35 IX X CONTENTS 2.11 PSEUDO ONE-ELECTRON
SPECTRA 36 2.12 THE EXTENDED ALKALI MODEL 38 2.13 THE DETERMINATION OF
IONISATION POTENTIALS 41 2.14 THE SIZE OF RYDBERG STATES 42 2.15 A
MACROSCOPIC SIEVE FOR RYDBERG ATOMS 43 2.16 THE MAGIC RYDBERG STATES
OF ZEKE SPECTROSCOPY 45 2.17 COLLISIONS: FERMI S MODEL 46 2.18 CROSS
SECTIONS FOR ATTACHMENT: WIGNER THRESHOLD LAW 47 2.19 MEASUREMENTS OF
ELECTRON ATTACHMENT 48 2.20 COLLISIONS AND HIGH RYDBERG STATES 50 2.21 A
GAS OF RYDBERG ATOMS 50 2.22 EXCITATION OF RYDBERG STATES BY VERY SHORT
PULSES 51 2.23 THE IONISATION OF RYDBERG ATOMS BY VERY SHORT PULSES 55
2.24 NEGATIVE IONS 55 2.25 THE LANGEVIN INTERACTION IN MOLECULES 57 2.26
NEGATIVE IONS OF MOLECULES 58 2.27 EXCIMERS AND EXTERNAL FIELD EFFECTS
58 2.28 VERY HIGH RYDBERG STATES AND EXTERNAL FIELDS 59 2.29 RYDBERG
STATES IN MOLECULAR SPECTRA 60 2.30 RYDBERGISATION 61 2.31 MOLECULAR H
62 2.32 RYDBERG STATES IN TRIATOMIC MOLECULES . 64 2.33 POLYATOMIC
MOLECULES , 69 2.34 IMPURITIES AND EXCITONS IN SOLIDS 71 2.35
CONCLUSION: THE RYDBERG SIGNATURE AND ITS IMPLICATIONS 77 3 QUANTUM
DEFECT THEORY FOR BOUND STATES 79 3.1 INTRODUCTION 79 3.2 ANALYTIC
APPROACH TO THE QUANTUM DEFECT 80 3.3 SINGLE CHANNEL QDT 81 3.4
COMPARISON WITH AH INITIO THEORY: RECAPITULATION 83 3.5 TRANSITION TO
MQDT 85 3.6 INCLUSION OF TWO CHANNELS: THE LU-FANO GRAPH 86 3.7
PROPERTIES OF LU-FANO GRAPHS 89 3.8 CONTINUUM STATES 90 3.9 EXTENSION TO
MORE CHANNELS AND TO MORE LIMITS 91 3.10 LIMITATIONS OF EMPIRICAL QDT 93
3.11 LU-FANO GRAPHS FOR POLYATOMIC MOLECULES 94 3.12 CONCLUSION 96 4
ATOMIC / VALUES 97 4.1 LINE STRENGTHS OF DISCRETE TRANSITIONS . 97 4.2
SELECTION RULES 98 4.3 EINSTEIN RATE COEFFICIENTS 102 4.4 OSCILLATOR
STRENGTHS 103 4.4.1 CLASSICAL DISPERSION THEORY OF THE DRIVEN OSCILLATOR
103 CONTENTS XI 4.4.2 APPROXIMATION FOR NARROW PROFILES 104 4.4.3
ABSORPTION INTEGRATED OVER ALL FREQUENCIES 105 4.4.4 EXTENSION TO THE
SIMPLE QUANTUM THEORY 105 4.5 THE THOMAS-REICHE-KUHN SUM RULE 107 4.5.1
DIFFERENT WAYS OF DESCRIBING THE STRENGTH OF A LINE 109 4.6 THE COURSE
OF / VALUES IN A RYDBERG SERIES 110 4.6.1 INTENSITIES IN THE CONTINUUM
112 4.6.2 MINIMA IN THE CONTINUUM 114 4.6.3 THE FANO EFFECT 116 4.7 THE
INFLUENCE OF COLLISIONS ON HIGH RYDBERG MEMBERS 117 4.8 MEASUREMENTS OF
/ VALUES FOR HIGH RYDBERG MEMBERS 119 4.9 FARADAY ROTATION 121 4.10
ELECTRO- AND MAGNETO-OPTICAL EFFECTS 122 4.11 BASIS OF THE
MAGNETO-OPTICAL METHOD 123 4.12 RESULTS OF MEASUREMENTS 129 4.13 A MORE
GENERAL FORMULA FOR THE ROTATION ANGLE 130 4.14 NONLINEAR EFFECTS 131
4.15 CONCLUSION 131 5 CENTRIFUGAL BARRIER EFFECTS 132 5.1 INTRODUCTION
132 5.2 MINIMUM PRINCIPAL QUANTUM NUMBERS FOR H 133 5.3 THE DELAYED
ONSET EFFECT 134 5.4 THE COMBET-FARNOUX MINIMUM 136 5.5 RELATIONSHIP
WITH THE ALKALI AND EXTENDED ALKALI MODELS 137 5.6 GIANT RESONANCES IN
SOLIDS 138 5.7 THE GOPPERT-MAYER-FERMI THEORY OF ORBITAL CONTRACTION 139
5.8 WU S SEMICLASSICAL THEORY . 141 5.9 NUMERICAL APPROACHES * 143 5.10
THE D TRANSITION ELEMENTS 144 5.11 HOMOLOGOUS ORBITAL COLLAPSE 147 5.12
ORBITAL COLLAPSE AND RYDBERG EXCITATION 149 5.13 THE ORIGIN OF THE
DOUBLE WELL 150 5.14 THE MECHANISM OF ORBITAL COLLAPSE 151 5.15 THE
INFLUENCE OF ORBITAL COLLAPSE ON COLLISIONS 155 5.16 GIANT RESONANCES IN
FREE ATOMS 155 5.17 SUM RULES AND THE DISAPPEARANCE OF RYDBERG SERIES
157 5.18 THE BA+ PROBLEM 157 5.19 LEVINSON S THEOREM AND THE NATURE OF
THE RESONANCE 159 5.20 QDT IN A DOUBLE WELL 160 5.21 SHAPE AND GIANT
RESONANCES 163 5.22 THE G-HARTREE THEORY OF ORBITAL COLLAPSE 169 5.23
CONTROLLED ORBITAL COLLAPSE 170 5.24 TERM DEPENDENCE 174 5.25 SHAPE
RESONANCES IN MOLECULES 174 5.26 MBPT AND GIANT RESONANCES 175 XII
CONTENTS 5.26.1 MBPT 176 5.26.2 THE RPAE METHOD 181 5.27 CONCLUSION
185 6 AUTOIONISATION 187 6.1 BEUTLER-FANO RESONANCES 187 6.2
GENERAL BACKGROUND 189 6.3 THE THEORY OF AUTOIONISATION 190 6.4 THE FANO
FORMULA 190 6.5 THE FANO PARAMETRISATION 194 6.6 THE ASYMMETRIC
LINESHAPE 195 6.7 APPLICABILITY OF THE FANO FORMULA 198 6.8 AUGER
BROADENING 199 6.9 AUGER SPECTROSCOPY 201 6.10 AUTOIONISATION BY MQDT
202 6.11 COMPLEX QUANTUM DEFECTS AND SUPEREXCITED RYDBERG STATES 204
6.12 NONEXPONENTIAL DECAY AND AUTOIONISING STATES 205 6.13 THE / VALUES
OF AUTOIONISING LINES 206 6.14 THE REFRACTIVE INDEX OF A BEUTLER-FANO
RESONANCE 207 6.15 MAGNETO-OPTICS OF THE BEUTLER-FANO RESONANCE 208 6.16
INTERFERENCE IN A THREE-LEVEL SYSTEM 212 6.17 ALTERNATIVE DERIVATION OF
THE FANO FORMULA 215 6.18 CONCLUSION 217 7 INNER-SHELL AND
DOUBLE-EXCITATION SPECTRA 218 7.1 INTRODUCTION 218 7.2 INNER-SHELL
EXCITATION 218 7.3 THE SPECTATOR ELECTRONS APPROXIMATION 220 I 7.4 THE Z
+ L APPROXIMATION 223 7.5 DOUBLE EXCITATIONS 223 7.6 DOUBLE-HOLE STATES
HOLLOW ATOMS AND TRIPLE EXCITATION 226 7.7 INNER-SHELL EXCITATION AND
COULOMB EXPLOSIONS IN MOLECULES 227 7.8 DOUBLE-CIRCULAR STATES 228 7.9
TWO-ELECTRON JUMPS AND DOUBLE RYDBERG STATES 229 7.10 THE SPECIAL CASE
OF HE 230 7.11 THE HYPERSPHERICAL COORDINATE METHOD 233 7.12 DOUBLE
EXCITATIONS IN NEGATIVE IONS 236 7.13 ORIGINAL STUDIES OF DOUBLE
EXCITATIONS 237 7.14 SOME EXAMPLES OF QUASIPARTICLE BREAKDOWN 238 7.14.1
ZN, CDANDHG ~~~ ~~ 239 7.14.2 T 239 7.14.3 GA, IN AND PB 240 7.14.4 GE
AND SN 240 7.14.5 HIGHER MULTIELECTRON EXCITATIONS 240 7.14.6 ORBITAL
COLLAPSE AND DOUBLY-EXCITED STATES 242 7.15 TWO-STEP AUTOIONISATION 243
CONTENTS XIII 7.16 CONCLUSION 244 8 K-MATRIX THEORY OF AUTOIONISING
RESONANCES 246 8.1 INTRODUCTION 246 8.2 SCATTERING THEORY AND MQDT 247
8.3 TWO WELL-SEPARATED PARTICLES 248 8.4 TWO PARTICLES IN A COMPOUND
STATE 249 8.5 WIGNER S INTERACTION SPHERE 250 8.6 WIGNER S METHOD OF
RELATING S AND A 250 8.7 WIGNER S RESONANCE SCATTERING FORMULA 251 8.8
THE R-MATRIX FOR MANY RESONANCES 252 8.8.1 OUTWARDS CONSTRUCTION 252
8.8.2 INWARDS CONSTRUCTION 252 8.8.3 APPLYING THE MATCHING CONDITION 253
8.9 DEFINITION OF MEROMORPHY 253 8.10 DEPENDENCES ON A AND B 254 8.11
CHOICE OF B 254 8.11.1 SIMPLE CASE OF ONE RESONANCE AND ZERO ANGULAR
MOMENTUM 254 8.11.2 CASE OF NONZERO ANGULAR MOMENTUM 254 8.12 WHY THE
K-MATRIX IS INTRODUCED 255 8.13 IMPORTANCE OF ATOMIC PHYSICS FOR
SCATTERING THEORY 256 8.14 RECAPITULATION OF THE PROPERTIES OF S, R AND
K 257 8.15 APPLICATIONS IN ATOMIC SPECTRA 257 8.16 EXPERIMENTAL
BACKGROUND 260 8.17 INTERACTING AUTOIONISING RESONANCES 262 8.18 THE
ISOLATED AUTOIONISING RESONANCE 262 8.19 LASER EXCITATION AND
BEUTLER-FANO RESONANCES 266 8.20 LASER-INDUCED CONTINUUM STRUCTURE 267
8.21 OPTICAL ROTATION IN LICS 269 8.22 TWO OVERLAPPING RESONANCES IN A
FLAT CONTINUUM 273 8.23 GENERALISATION TO N OVERLAPPING RESONANCES WITH
ONE FLAT CONTINUUM AND THE CONNECTION TO QDT 273 8.24 AUTOIONISING
RYDBERG SERIES IN A FLAT CONTINUUM 275 8.25 RYDBERG SERIES IN A
MODULATED CONTINUUM 278 8.26 PERTURBATION BY AN ANTIRESONANCE 283 8.27
PERTURBATION BY A BROAD INTRUDER LEVEL 288 8.28 THE PROPERTIES AND
VARIATION OF Q 292 8.29 VANISHING PARTICLE WIDTHS 296 8.30 VANISHING
RADIATIVE WIDTHS 297 8.31 MORE THAN ONE SERIES OF AUTOIONISING
RESONANCES 298 8.32 EXTENSION TO THE HIGH ENERGY SPECTRUM 300 8.33
VANISHING FLUCTUATIONS 302 8.34 CONTROLLING SYMMETRIES THROUGH EXTERNAL
FIELDS 306 8.35 LU-FANO GRAPHS FOR AUTOIONISING SERIES 306 8.36 BASIC
THEORETICAL METHOD 308 8.36.1 ONE SERIES OF AUTOIONISING RESONANCES 308
XIV CONTENTS 8.36.2 TWO SERIES OF RESONANCES AND ONE CONTINUUM 309
8.36.3 DIRECTLY COUPLED SERIES OF AUTOIONISING RESONANCES 313 8.36.4
SPECIAL POINTS IN THE SPECTRA AND IN THE VIV 2 PLANE 315 8.37 NUMERICAL
STUDIES OF TWO-DIMENSIONAL PLOTS 318 8.38 CONCLUSION 324 9 ATOMS IN
STRONG LASER FIELDS 325 9.1 MULTIPHOTON SPECTROSCOPY 325 9.2 THE
DIFFERENT REGIMES OF EXCITATION 326 9.3 SELECTION RULES FOR TWO-PHOTON
EXCITATION 327 9.4 THE TWO-PHOTON TRANSITION RATE 328 9.5 RESONANT
ENHANCEMENT 329 9.6 THE THIRD-ORDER SUSCEPTIBILITY 330 9.7 MEASUREMENTS
OF ATOMIC / VALUE BY NONLINEAR OPTICS 330 9.8 SYMMETRY REVERSALS IN
RESONANT ENHANCEMENT 331 9.9 THE ROTATING WAVE APPROXIMATION 333 9.10
THE AUTLER-TOWNES SATELLITES OR AC STARK SPLITTING 335 9.11 COHERENT
EXCITATION OF CONTINUUM STATES 336 9.12 COHERENT EXCITATION OF AN
AUTOIONISING STATE 336 9.13 LASER-INDUCED MIXING OF AUTOIONISING STATES
337 9.14 LASER-INDUCED ORBITAL COLLAPSE 338 9.15 INFLUENCE OF THE
LASER INTENSITY ON SPECTRA 339 9.16 THE PONDEROMOTIVE POTENTIAL 339 9.17
VOLKOV STATES 340 9.18 THE NONPERTURBATIVE REGIME 341 9.19 THE ROLE OF
ATOMIC FORCES 343; 9.20 ATOMS IN VERY STRONG LASER FIELDS 343 9.21
STRONG FIELD PHYSICS AND QUANTUM OPTICS 344 9.22 THE GENERATION OF
STRONG LASER FIELDS 344 9.23 NOVEL EFFECTS IN THE STRONG FIELD PROBLEM
346 9.23.1 MULTIPLE IONISATION , 346 9.23.2 MULTIPHOTON ABSORPTION BY
QUASIFREE ELECTRONS 347 9.23.3 COMPUTATION OF ATI SPECTRA:
KELDYSH-FAISAL-REES THEORY^ 349 9.23.4 ANGULAR DISTRIBUTIONS 350 9.23.5
BOND SOFTENING AND COULOMB EXPLOSIONS 351 9.23.6 HIGH HARMONIC
GENERATION 353 9.24 GENERAL DISCUSSION OF STRONG FIELD EFFECTS 356
9.24.1 THE KRAMERS-HENNEBERGER FRAME 356 9.24.2 FLOQUET THEORY 357 9.25
AVOIDED CROSSINGS AND LANDAU-ZENER TRANSITIONS 359 9.26 EFFECTS DUE TO
LASER PULSE DURATION 360 9.27 CONCLUSION 362 CONTENTS XV 10 STATISTICAL
METHODS AND QUANTUM CHAOLOGY 363 10.1 INTRODUCTION 363 10.2 TOTAL
BREAKDOWN OF THE NI CHARACTERISATION - 365 10.3 THE STATISTICS OF
SPECTRA 365 10.4 SEMICLASSICAL QUANTISATION AND THE HARMONIC OSCILLATOR
366 10.5 CLOSED ORBITS 366 10.6 EBK QUANTISATION 368 10.7 THE
MANY-ELECTRON ATOM 369 10.8 THE KOLMOGOROV-ARNOLD-MOSER THEOREM 371 10.9
THE QUEST FOR CHAOS IN MANY-ELECTRON ATOMS 372 10.10 A CONNECTION TO
NUCLEAR PHYSICS: RANDOM MATRICES 372 10.11 LEVEL SPACINGS IN COMPLEX
ATOMS 375 10.12 THE INFLUENCE OF LINEWIDTHS 377 10.13
MULTICONFIGURATIONAL CALCULATIONS 378 10.14 THE HIGH MAGNETIC FIELD
PROBLEM 380 10.15 QUASI-LANDAU RESONANCES 384 10.16 TIME-REVERSAL
INVARIANCE AND MAGNETIC FIELDS 386 10.17 GAUSSIAN ORTHOGONAL ENSEMBLE
387 10.18 LEVEL STATISTICS FOR H IN A HIGH MAGNETIC FIELD 388 10.19
SCALED ENERGIES AND FOURIER TRANSFORMS 390 10.20 MANY-ELECTRON ATOMS 392
10.21 THE SPACINGS BETWEEN QUASI-LANDAU RESONANCES 394 10.22 STRONG
ELECTRIC FIELDS 395 10.23 MICROWAVE IONISATION 396 10.24 ATOMS IN HIGH
AC FIELDS 397 10.25 CLASSIFICATION OF EXCITATION/IONISATION PROCESSES
400 10.26 CONCLUSION 401 11 ATOMIC EFFECTS IN SOLIDS I 403 11.1
INTRODUCTION 403 11.2 LOCALISATION OF EXCITED STATES 405 11.3 CONTINUUM
EFFECTS: SEATON-COOPER MINIMA IN SOLIDS 407 11.4 CENTRIFUGAL EFFECTS 407
11.5 THE PERSISTENCE OF MULTIPLET STRUCTURE 408 11.6 THE QUASIPERIODIC
TABLE 408 11.7 PHOTON-STIMULATED DESORPTION 410 11.8 INTERCALATION AND
THE RECHARGEABLE LI BATTERY 413 11.9 BRIEF ACCOUNT OF INTERMEDIATE
VALENCE 415 11.10 HYBRID QUASIATOMIC MODELS 416 11.11 CENTRIFUGAL
BARRIER MODELS 418 11.12 SURVEY OF THE LANTHANIDES 419 11.12.1 DIVALENT
SM, EU, TM AND YB 421 11.12.2 THE CE INTERMETALLICS 422 11.12.3
RARE-EARTH DIOXIDES - COVALENT INSULATORS 423 11.13 X-RAY DICHROISM 425
11.14 EXTENDED X-RAY ABSORPTION FINE STRUCTURE 426 XVI CONTENTS 11.15
DEEP INNER-SHELL EXPERIMENTS 427 11.16 STRONG MAGNETIC FIELDS 428 12
ATOMIC CLUSTERS 429 12.1 INTRODUCTION 429 12.2 GENERAL PROPERTY OF
CLUSTERS 431 12.3 VAN DER WAALS CLUSTERS 433 12.4 CLUSTERS OF MOLECULAR
TYPE: THE FULLERENES 434 12.5 INTERCALATION OF ALKALIS IN FULLERITE 437
12.6 SHAPES OF CLUSTER GROWTH 438 12.7 METALLIC CLUSTERS 439 12.8
THEORETICAL MODELS 441 12.8.1 THE JELLIUM MODEL 442 12.8.2 THE HIICKEL
MODEL FOR ALKALI CLUSTERS 445 12.9 THE TRANSITION FROM THE ATOM TO THE
SOLID 446 12.10 MASS SELECTION OF CLUSTERS 451 12.11 COLLECTIVE
OSCILLATIONS IN CLUSTERS 453 12.12 ATOMIC GIANT RESONANCES IN CLUSTERS
453 12.13 GIANT RESONANCES IN METALLIC CLUSTERS 455 12.14 ELECTRON
ATTACHMENT TO CLUSTERS 459 12.15 POLARISATION AND NEGATIVE IONS OF
CLUSTERS 459 12.16 THE MIE SOLUTION AND THE DRUDE MODEL 461 12.17
INFLUENCE OF TEMPERATURE 462 12.18 APPLICATIONS OF MANY-BODY THEORY TO
CLUSTERS 463 12.19 COULOMBIC FISSION OF CLUSTERS 463 12.20 CONCLUSION:
TRANSITION TO THE SOLID 465 12.21 THE PARTHIAN SHOT 467, L REFERENCES
468 INDEX 497
|
| any_adam_object | 1 |
| author | Connerade, Jean P. |
| author_facet | Connerade, Jean P. |
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| author_sort | Connerade, Jean P. |
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| classification_tum | PHY 503f |
| ctrlnum | (OCoLC)35770861 (DE-599)BVBBV012081207 |
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| dewey-ones | 539 - Modern physics |
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| dewey-tens | 530 - Physics |
| discipline | Physik |
| edition | 1. publ. |
| format | Book |
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| id | DE-604.BV012081207 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T18:21:21Z |
| institution | BVB |
| isbn | 0521432324 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-008179704 |
| oclc_num | 35770861 |
| open_access_boolean | |
| owner | DE-703 DE-91G DE-BY-TUM DE-83 DE-188 |
| owner_facet | DE-703 DE-91G DE-BY-TUM DE-83 DE-188 |
| physical | XXIII, 501 S. graph. Darst. |
| publishDate | 1998 |
| publishDateSearch | 1998 |
| publishDateSort | 1998 |
| publisher | Cambridge Univ. Press |
| record_format | marc |
| series | Cambridge monographs on atomic, molecular, and chemical physics |
| series2 | Cambridge monographs on atomic, molecular, and chemical physics |
| spelling | Connerade, Jean P. Verfasser aut Highly excited atoms Jean-Patrick Connerade 1. publ. Cambridge [u.a.] Cambridge Univ. Press 1998 XXIII, 501 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Cambridge monographs on atomic, molecular, and chemical physics 9 Atomic spectroscopy Auger effect Rydberg states Atomphysik (DE-588)4003423-9 gnd rswk-swf Hochangeregter Zustand (DE-588)4318598-8 gnd rswk-swf Atomspektroskopie (DE-588)4143333-6 gnd rswk-swf Rydberg-Zustand (DE-588)4178785-7 gnd rswk-swf Vielelektronenproblem (DE-588)4188249-0 gnd rswk-swf Atomspektroskopie (DE-588)4143333-6 s Hochangeregter Zustand (DE-588)4318598-8 s Rydberg-Zustand (DE-588)4178785-7 s DE-604 Atomphysik (DE-588)4003423-9 s Vielelektronenproblem (DE-588)4188249-0 s Cambridge monographs on atomic, molecular, and chemical physics 9 (DE-604)BV007994942 9 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008179704&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Connerade, Jean P. Highly excited atoms Cambridge monographs on atomic, molecular, and chemical physics Atomic spectroscopy Auger effect Rydberg states Atomphysik (DE-588)4003423-9 gnd Hochangeregter Zustand (DE-588)4318598-8 gnd Atomspektroskopie (DE-588)4143333-6 gnd Rydberg-Zustand (DE-588)4178785-7 gnd Vielelektronenproblem (DE-588)4188249-0 gnd |
| subject_GND | (DE-588)4003423-9 (DE-588)4318598-8 (DE-588)4143333-6 (DE-588)4178785-7 (DE-588)4188249-0 |
| title | Highly excited atoms |
| title_auth | Highly excited atoms |
| title_exact_search | Highly excited atoms |
| title_full | Highly excited atoms Jean-Patrick Connerade |
| title_fullStr | Highly excited atoms Jean-Patrick Connerade |
| title_full_unstemmed | Highly excited atoms Jean-Patrick Connerade |
| title_short | Highly excited atoms |
| title_sort | highly excited atoms |
| topic | Atomic spectroscopy Auger effect Rydberg states Atomphysik (DE-588)4003423-9 gnd Hochangeregter Zustand (DE-588)4318598-8 gnd Atomspektroskopie (DE-588)4143333-6 gnd Rydberg-Zustand (DE-588)4178785-7 gnd Vielelektronenproblem (DE-588)4188249-0 gnd |
| topic_facet | Atomic spectroscopy Auger effect Rydberg states Atomphysik Hochangeregter Zustand Atomspektroskopie Rydberg-Zustand Vielelektronenproblem |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008179704&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV007994942 |
| work_keys_str_mv | AT conneradejeanp highlyexcitedatoms |