Nuclear reactions: an introduction
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Springer
2014
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| Schriftenreihe: | Lecture notes in physics
882 |
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| Beschreibung: | XXV, 365 S. Ill., graph. Darst. |
| ISBN: | 3642539858 9783642539855 |
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| 245 | 1 | 0 | |a Nuclear reactions |b an introduction |c Hans Paetz gen. Schieck |
| 264 | 1 | |a Heidelberg |b Springer |c 2014 | |
| 300 | |a XXV, 365 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
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| 338 | |b nc |2 rdacarrier | ||
| 490 | 1 | |a Lecture notes in physics |v 882 | |
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Datensatz im Suchindex
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CONTENTS
PART I NUCLEAR REACTIONS
1 INTRODUCTION: ROLE OF NUCLEAR REACTIONS IN NUCLEAR AND PARTICLE
PHYSICS
3
1.1 NUCLEAR REACTIONS IN NUCLEAR SPECTROSCOPY 3
1.2 EXTENSION OF NUCLEI 3
1.3 TYPICAL ENERGIES 5
1.3.1 BINDING ENERGIES OF NUCLEI 5
1.3.2 COULOMB BARRIER 6
1.3.3 "OPTICAL" ARGUMENT 7
1.4 NUCLEAR REACTION MODELS 8
1.4.1 HIERARCHY OF EXCITATIONS 8
1.5 EXERCISES 10
REFERENCES 11
2 CLASSICAL CROSS SECTION 13
2.1 DEFLECTION FUNCTION 13
2.2 RUTHERFORD SCATTERING 15
2.2.1 RUTHERFORD SCATTERING CROSS SECTION 15
2.2.2 MINIMAL SCATTERING DISTANCE
D
16
2.2.3 TRAJECTORIES IN THE POINT-CHARGE COULOMB FIELD 17
2.2.4 CONSEQUENCES 18
2.2.5 CONSEQUENCES OF THE RUTHERFORD EXPERIMENTS AND THEIR
HISTORIC SIGNIFICANCE 19
2.2.6 QUANTUM-MECHANICAL DERIVATION OF RUTHERFORD'S
FORMULA 19
2.2.7 DEVIATIONS FROM THE RUTHERFORD FORMULA 20
2.3 SCATTERING, DENSITY DISTRIBUTIONS, AND NUCLEAR RADII 21
2.3.1 NUCLEAR RADII FROM DEVIATIONS FROM RUTHERFORD
SCATTERING 21
2.3.2 COULOMB SCATTERING FROM AN EXTENDED CHARGE
DISTRIBUTION 21
XVII
HTTP://D-NB.INFO/1045474444
XVIII CONTENTS
2.3.3 ANSATZ FOR MODELS 26
2.3.4 EXPANSION INTO MOMENTS 26
2.3.5 RESULTS OF HADRON SCATTERING 28
2.4 ELECTRON SCATTERING 29
2.4.1 MATTER-DENSITY DISTRIBUTIONS AND RADII 33
2.4.2 SPECIAL CASES*NEUTRON SKINS AND HALO NUCLEI 33
2.5 EXERCISES 36
REFERENCES 37
3 ROLE OF CONSERVATION LAWS AND SYMMETRIES IN NUCLEAR REACTIONS . 39
3.1 GENERALITIES 39
3.1.1 DISCRETE TRANSFORMATIONS 41
3.1.2 CONTINUOUS TRANSFORMATIONS 41
3.2 CONSERVED QUANTITIES IN NUCLEAR REACTIONS 42
3.2.1 ENERGY CONSERVATION 42
3.2.2 MOMENTUM CONSERVATION 42
3.2.3 REACTION KINEMATICS 43
3.2.4 CONSERVATION OF ANGULAR MOMENTUM 43
3.2.5 CONSERVATION OF PARITY 44
3.2.6 NUCLEAR REACTIONS UNDER PARITY CONSERVATION 45
3.2.7 NUCLEAR REACTIONS UNDER PARITY VIOLATION 46
3.3 ISOSPIN IN NUCLEAR REACTIONS 48
3.3.1 FORMALISM 48
3.3.2 ISOSPIN AS CONSERVED QUANTITY 50
3.3.3 ISOSPIN BREAKING 51
3.4 EXCHANGE SYMMETRY IN NUCLEAR REACTIONS OF IDENTICAL PARTICLES . 52
3.4.1 IDENTICAL BOSONS WITH SPIN / = 0 54
3.4.2 IDENTICAL FERMIONS WITH SPIN 7 = 1/2 54
3.5 TIME-REVERSAL INVARIANCE 54
3.5.1 TIME REVERSAL, RECIPROCITY, AND DETAILED BALANCE . 56
3.5.2 OTHER NUCLEAR OBSERVABLES OF POSSIBLE TIME REVERSAL
VIOLATION TRV 58
3.6 EXERCISES 59
REFERENCES 59
4 CROSS SECTIONS 61
4.1 GENERAL APPEARANCE OF CROSS SECTIONS 61
4.1.1 NEUTRAL PARTICLES*ELASTIC SCATTERING
(N,
N)
61
4.1.2 NEUTRAL PARTICLES*INELASTIC NEUTRON SCATTERING 62
4.1.3 NEUTRAL PARTICLES*EXOTHERMIC REACTIONS WITH THERMAL
NEUTRONS (N, Y), (N, P), (N, F) ETC 63
4.1.4 NEUTRAL INCIDENT PARTICLES*ENDOTHERMIC REACTIONS
(Q
0) WITH CHARGED EXIT CHANNEL 63
4.1.5 CHARGED PARTICLES IN THE ENTRANCE AND EXIT CHANNELS . 64
4.1.6 THRESHOLD EFFECTS 64
4.1.7 OTHER PHENOMENA 65
CONTENTS XIX
4.2 FORMAL DESCRIPTION OF NUCLEAR REACTIONS 67
4.2.1 WAVE FUNCTION AND SCATTERING AMPLITUDE 67
4.2.2 SCATTERING AMPLITUDE AND CROSS SECTION 68
4.2.3 SCHRODINGER EQUATION 69
4.2.4 THE OPTICAL THEOREM 73
4.3 REMARK AND EXERCISE 74
REFERENCES 75
5 POLARIZATION IN NUCLEAR REACTIONS*FORMALISM
77
5.1 POLARIZATION FORMALISM 77
5.2 EXPECTATION VALUE AND AVERAGE OF OBSERVABLES
IN MEASUREMENTS 78
5.3 DENSITY OPERATOR, DENSITY MATRIX 78
5.3.1 GENERAL PROPERTIES OF
P
79
5.3.2 DENSITY MATRIX OF THE GENERAL MIXED STATE 79
5.3.3 EXAMPLES FOR DENSITY MATRICES 80
5.3.4 COMPLETE DESCRIPTION OF SPIN SYSTEMS 84
5.3.5 EXPANSIONS OF THE DENSITY MATRIX, SPIN TENSOR
MOMENTS 85
5.4 ROTATIONS, ANGULAR DEPENDENCE OF THE TENSOR MOMENTS 97
5.4.1 GENERALITIES 97
5.4.2 THE DESCRIPTION OF ROTATIONS BY ROTATION OPERATORS . 97
5.4.3 ROTATION OF THE DENSITY MATRIX AND OF THE TENSOR
MOMENTS 99
5.4.4 PRACTICAL REALIZATION OF ROTATIONS 101
5.4.5 COORDINATE SYSTEMS 101
5.5 EXERCISES 102
REFERENCES 103
6 NUCLEAR REACTIONS OF PARTICLES WITH SPIN 105
6.1 GENERAL 105
6.2 THE M MATRIX 106
6.3 TYPES OF POLARIZATION OBSERVABLES 108
6.4 COORDINATE SYSTEMS 110
6.4.1 COORDINATE SYSTEMS FOR ANALYZING POWERS 110
6.4.2 COORDINATE SYSTEMS FOR POLARIZATION TRANSFER ILL
6.4.3 COORDINATE SYSTEMS FOR SPIN CORRELATIONS 112
6.5 STRUCTURE OF THE M MATRIX AND NUMBER OF "NECESSARY"
EXPERIMENTS 115
6.6 EXAMPLES 118
6.6.1 SYSTEMS WITH SPIN STRUCTURE 1/2 + 0* -1/2 + 0 . 118
6.6.2 SYSTEMS WITH SPIN STRUCTURE 1 /2 + 1 /2* -1/2+1/2 . 119
6.6.3 SYSTEMS WITH SPIN STRUCTURE J + 1 AND THREE-NUCLEON
STUDIES ^ ^ 120
6.6.4 SYSTEMS WITH SPIN STRUCTURE 1 + 1 AND J + J
AND THE FOUR-NUCLEON SYSTEMS 121
XX
CONTENTS
6.6.5 PRACTICAL CRITERIA FOR THE CHOICE OF OBSERVABLES 121
6.7 EXERCISES 122
REFERENCES 122
7 PARTIAL WAVE EXPANSION 125
7.1 NEUTRAL PARTICLES 125
7.2 CHARGED PARTICLES 128
7.3 EXERCISES 129
REFERENCES 130
8 UNPOLARIZED CROSS SECTIONS 131
8.1 GENERAL FEATURES 131
8.2 INELASTICITY AND ABSORPTION 133
8.3 LOW-ENERGY BEHAVIOR OF THE SCATTERING 136
8.3.1 SCATTERING LENGTH A 137
8.3.2 ANALYTICALLY SOLVABLE MODELS FOR THE LOW-ENERGY
BEHAVIOR 139
8.4 EXERCISES 141
REFERENCES 143
9 THE NUCLEON-NUCLEON INTERACTION
145
9.1 THE OBSERVABLES OF THE NN SYSTEMS 145
9.1.1 NN OBSERVABLES 146
9.1.2 NN SCATTERING PHASES 148
9.1.3 NN INTERACTION AS EXCHANGE FORCE 149
9.2 FEW-NUCLEON SYSTEMS 152
9.2.1 THE TWO-NUCLEON SYSTEM 153
9.2.2 THE THREE-NUCLEON SYSTEM 154
9.2.3 ELASTIC SCATTERING IN THE THREE-NUCLEON SYSTEM 154
9.2.4 KINEMATICS OF THREE-NUCLEON BREAKUP REACTIONS . 154
9.2.5 RESULTS FOR THE THREE-NUCLEON BREAKUP REACTION 159
9.2.6 RECENT PROGRESS IN FEW-NUCLEON REACTIONS 159
9.2.7 OTHER FEW-NUCLEON SYSTEMS 162
9.3 EXERCISES 162
REFERENCES 165
10 MODELS OF REACTIONS*DIRECT REACTIONS 167
10.1 GENERALITIES 167
10.2 ELASTIC SCATTERING 167
10.3 OPTICAL MODEL 168
10.4 DIRECT (REARRANGEMENT) REACTIONS 169
10.5 STRIPPING REACTIONS 171
10.6 T MATRIX AND BORN SERIES 174
10.6.1 INTEGRAL EQUATIONS 174
10.7 BORN APPROXIMATION 175
10.7.1 FIRST BORN APPROXIMATION = PWBA * PLANE WAVE BORN
APPROXIMATION 175
CONTENTS XXI
10.7.2 DISTORTED WAVE BORN APPROXIMATION = DWBA 176
10.8 DETAILS OF THE BORN APPROXIMATIONS 176
10.9 EXERCISES 179
REFERENCES 180
11 MODELS OF REACTIONS*COMPOUND-NUCLEUS (CN) REACTIONS
181
11.1 GENERALITIES 181
11.2 THEORETICAL SHAPE OF THE CROSS SECTIONS 182
11.3 DERIVATION OF THE PARTIAL-WIDTH AMPLITUDE FOR NUCLEI (S WAVES
ONLY) 184
11.4 ROLE OF LEVEL DENSITIES 185
11.4.1 INDUCED NUCLEAR FISSION 187
11.5 SINGLE RESONANCES 188
11.5.1 GENERAL FEATURES 188
11.5.2 ALTERNATIVE DESCRIPTION OF RESONANCES 189
11.5.3 OVERLAPPING RESONANCES 192
11.5.4 ERICSON FLUCTUATIONS 192
11.5.5 ANALYSIS OF ERICSON FLUCTUATIONS 196
11.5.6 RESULTS FOR LEVEL WIDTHS 197
11.6 COMPLETE AVERAGING OVER THE CN STATES 197
11.6.1 GENERALITIES 197
11.6.2 HAUSER-FESHBACH FORMALISM 199
11.7 EXERCISES 202
REFERENCES 204
12 INTERMEDIATE STRUCTURES
207
12.1 HEAVY-ION SCATTERING AND MOLECULAR RESONANCES 207
12.2 STRUCTURES IN NEUTRON REACTIONS 209
12.2.1 NEUTRON-NUCLEUS IS 209
12.2.2 SINGLE-PARTICLE NEUTRON RESONANCES 209
12.3 GIANT RESONANCES 210
12.4 FISSION DOORWAYS 213
12.5 ISOBARIC ANALOG RESONANCES (IAR) 213
12.6 EXERCISES 217
REFERENCES 218
13 HEAVY-ION (HI) REACTIONS
22
1
13.1 GENERAL CHARACTERISTICS OF HI INTERACTIONS 221
13.2 SEMI-CLASSICAL PHENOMENA AND DESCRIPTION 223
13.2.1 ELASTIC SCATTERING 224
13.2.2 OTHER HI REACTION MODELS 225
13.2.3 MOLECULAR RESONANCES 225
13.2.4 HEAVY-ION REACTIONS AND SUPERHEAVIES SH 225
13.3 NUCLEAR SPECTROSCOPY AND NUCLEAR REACTIONS 226
13.4 HEAVY-ION REACTIONS AS SPECIAL TOOLS FOR NUCLEAR SPECTROSCOPY . 226
13.4.1 COULOMB EXCITATION 226
XXII
CONTENTS
13.4.2 FUSION-EVAPORATION REACTIONS 227
13.5 EXERCISES 228
REFERENCES 229
14 NUCLEAR ASTROPHYSICS 231
14.1 REACTION RATES 231
14.2 TYPICAL S-FACTOR BEHAVIOR 232
14.2.1 CALCULATION OF REACTION RATES IN PLASMAS 234
14.3 EXERCISES 239
REFERENCES 240
15 SPECTROSCOPY AT THE DRIPLINES, EXOTIC NUCLEI, AND RADIOACTIVE ION
BEAMS (RIB)
241
15.1 USE OF RIB 241
15.1.1 NUCLEAR RADII AND NEUTRON VS. PROTON DISTRIBUTIONS . . . 241
15.1.2 NUCLEAR MODELS FOR EXOTIC NUCLEI 242
15.1.3 GIANT RESONANCES OF EXOTIC NUCLEI 242
15.2 PRODUCTION OF RADIOACTIVE-ION BEAMS 242
15.2.1 THE ISOL PRINCIPLE 242
15.2.2 IFF AND POST-ACCELERATING SCHEMES 243
15.3 NUCLEAR REACTIONS AND THE WAY TO SUPERHEAVIES 244
REFERENCES 246
PART II TOOLS OF NUCLEAR REACTIONS
16 ACCELERATORS
251
16.1 ELECTROSTATIC ACCELERATORS 251
16.1.1 THE COCKROFT-WALTON ACCELERATOR 251
16.1.2 THE VAN-DE-GRAAFF (VDG) ACCELERATOR 252
16.2 RF ACCELERATORS 255
16.2.1 THE LINEAR ACCELERATOR (LINAC) 255
16.2.2 THE CYCLOTRON 255
16.2.3 BETATRON AND SYNCHROTRON 258
16.3 BEAM FORMING AND GUIDING ELEMENTS 260
16.3.1 ELECTROSTATIC LENSES 262
16.3.2 MAGNETIC LENSES 263
16.3.3 STRONG FOCUSING 265
16.4 ION SOURCES 266
16.4.1 UNPOLARIZED BEAMS 266
16.4.2 POLARIZED BEAMS AND TARGETS 269
16.5 PHYSICS AND TECHNIQUES OF THE GROUND-STATE ATOMIC BEAM
SOURCES ABS 271
16.5.1 PRODUCTION OF H AND D GROUND-STATE ATOMIC BEAMS . . . 271
16.5.2 DISSOCIATORS, BEAM FORMATION AND ACCOMMODATION . . . 272
16.5.3 STATE-SEPARATION MAGNETS*CLASSICAL AND MODERN
DESIGNS 273
16.5.4 RF TRANSITIONS 275
CONTENTS XXIII
16.6 IONIZERS 279
16.6.1 IONIZERS*ELECTRON-BOMBARDMENT AND COLLIDING-BEAMS
DESIGNS 279
16.6.2 SOURCES FOR POLARIZED
6,7
LI AND
23
NA BEAMS 283
16.6.3 OPTICALLY PUMPED POLARIZED ION SOURCES (OPPIS) . 283
16.7 PHYSICS OF THE LAMBSHIFT SOURCE LSS 284
16.7.1 THE LAMB SHIFT 284
16.7.2 LEVEL CROSSINGS AND QUENCH EFFECT 285
16.7.3 ENHANCEMENT OF POLARIZATION 286
16.7.4 PRODUCTION AND MAXIMIZATION OF THE BEAM POLARIZATION . 288
16.8 SPIN ROTATION IN BEAMLINES AND PRECESSION IN A WIEN FILTER . . .
293
16.8.1 SPIN ROTATION IN BEAMLINES 294
16.8.2 SPIN ROTATION IN A WIEN FILTER 295
16.9 EXERCISES 297
REFERENCES 299
17 DETECTORS, SPECTROMETERS, AND ELECTRONICS
301
17.1 IONIZATION CHAMBERS 301
17.2 SCINTILLATION DETECTORS 302
17.3 SOLID-STATE DETECTORS . . . 303
17.3.1 SI DETECTORS 304
17.3.2 PARTICLE IDENTIFICATION 306
17.3.3 MAGNETIC SPECTROGRAPHS 306
17.3.4 GE DETECTORS 307
17.4 NEUTRONS 309
17.4.1 PRODUCTION OF NEUTRONS 309
17.5 NEUTRON DETECTORS 310
17.5.1 NEUTRON-INDUCED REACTIONS 311
17.5.2 NEUTRONS AS REACTION PRODUCTS 311
17.5.3 DIFFERENT NEUTRON DETECTION METHODS DEPENDING
ON NEUTRON ENERGIES 311
17.6 POLARIZED NEUTRONS 313
17.6.1 MAGNETIZED MATERIALS 313
17.6.2 POLARIZED
3
HE AS SPIN FILTER 314
17.7 Y SPECTROSCOPY 315
REFERENCES 318
PART III APPLICATIONS OF NUCLEAR REACTIONS AND SPECIAL ACCELERATORS
18 MEDICAL APPLICATIONS
321
18.1 PARTICLE (HADRON) TUMOR THERAPY 321
18.2 ISOTOPE PRODUCTION 323
18.3 EXERCISES 324
REFERENCES 325
XXIV CONTENTS
19 NUCLEAR-ENERGY APPLICATIONS 327
19.1 FUSION-ENERGY RESEARCH 327
19.1.1 FUSION BASICS 327
19.1.2 NUCLEAR CROSS SECTIONS 327
19.2 FIVE-NUCLEON FUSION REACTIONS 328
19.2.1 "POLARIZED" FUSION 329
19.3 FOUR-NUCLEON REACTIONS 331
19.3.1 SUPPRESSION OF UNWANTED DD NEUTRONS 332
19.3.2 POSSIBLE REACTION-RATE ENHANCEMENT FOR THE DD
REACTIONS BY POLARIZATION? 334
19.4 OTHER FUSION REACTIONS 334
19.5 PRESENT STATUS OF "POLARIZED" FUSION 334
19.6 NEW CALCULATIONS FOR FEW-BODY SYSTEMS 335
19.6.1 THEORETICAL APPROACHES 336
19.7 NEW ASPECTS OF POLARIZED FUSION 337
19.7.1 EFFECT OF ELECTRON SCREENING 337
19.7.2 RATE ENHANCEMENT AND ELECTRON SCREENING 337
19.7.3 PELLET IMPLOSION DYNAMICS 338
19.7.4 TECHNICAL QUESTIONS 338
19.7.5 PRESERVATION OF POLARIZATION ON INJECTION 339
19.8 FUTURE OF POLARIZED FUSION 339
19.9 TRANSMUTATION OF NUCLEAR WASTE 339
19.10EXERCISES 340
REFERENCES 341
20 OTHER IMPORTANT APPLICATIONS OF NUCLEAR-REACTION TECHNIQUES . . 345
20.1 ARCHAEOLOGY, GEOLOGY, AND ART 345
20.1.1 ARCHAEOLOGY AND AGE DETERMINATION 345
20.2 MATERIALS ANALYSIS AND MODIFICATION 346
20.2.1 RBS 347
20.2.2 PIXE 347
20.2.3 NEUTRON RADIOGRAPHY 348
20.2.4 MATERIALS MODIFICATIONS 349
20.3 EXERCISES 349
REFERENCES 350
21 TRENDS AND FUTURE DEVELOPMENTS OF NUCLEAR REACTIONS
351
21.1 EXOTIC NUCLEI 351
21.2 LOW-CROSS SECTION REACTIONS 352
21.3 ACCELERATOR DEVELOPMENTS 352
21.4 THEORETICAL PROGRESS 353
REFERENCES 353
22
APPENDICES . . . .
22.1 APPENDIX A*'
22.2 APPENDIX B*1
-TABLES OF USEFUL NUMBERS AND RELATIONS
-PRACTICAL UNITS
355
355
356
CONTENTS XXV
22.3 APPENDIX C*ANGULAR-MOMENTUM RECOUPLING COEFFICIENTS . . . 357
22.3.1 COUPLING OF TWO ANGULAR MOMENTA 357
22.3.2 COUPLING OF THREE ANGULAR MOMENTA 357
22.3.3 COUPLING OF FOUR ANGULAR MOMENTA 358
22.3.4 SPHERICAL HARMONICS 358
22.4 APPENDIX D*GENERAL RESOURCES 359
REFERENCES 359
INDEX
361 |
| any_adam_object | 1 |
| author | Paetz gen. Schieck, Hans 1938-2021 |
| author_GND | (DE-588)125781709 |
| author_facet | Paetz gen. Schieck, Hans 1938-2021 |
| author_role | aut |
| author_sort | Paetz gen. Schieck, Hans 1938-2021 |
| author_variant | g s h p gsh gshp |
| building | Verbundindex |
| bvnumber | BV041742619 |
| classification_rvk | UD 8220 UN 2500 |
| ctrlnum | (OCoLC)867162678 (DE-599)DNB1045474444 |
| dewey-full | 539.75 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 539 - Modern physics |
| dewey-raw | 539.75 |
| dewey-search | 539.75 |
| dewey-sort | 3539.75 |
| dewey-tens | 530 - Physics |
| discipline | Physik |
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| id | DE-604.BV041742619 |
| illustrated | Illustrated |
| indexdate | 2024-09-10T01:09:25Z |
| institution | BVB |
| isbn | 3642539858 9783642539855 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-027189179 |
| oclc_num | 867162678 |
| open_access_boolean | |
| owner | DE-11 DE-384 DE-703 |
| owner_facet | DE-11 DE-384 DE-703 |
| physical | XXV, 365 S. Ill., graph. Darst. |
| publishDate | 2014 |
| publishDateSearch | 2014 |
| publishDateSort | 2014 |
| publisher | Springer |
| record_format | marc |
| series | Lecture notes in physics |
| series2 | Lecture notes in physics |
| spelling | Paetz gen. Schieck, Hans 1938-2021 Verfasser (DE-588)125781709 aut Nuclear reactions an introduction Hans Paetz gen. Schieck Heidelberg Springer 2014 XXV, 365 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Lecture notes in physics 882 Kernreaktion (DE-588)4030343-3 gnd rswk-swf Kernreaktion (DE-588)4030343-3 s DE-604 Erscheint auch als Online-Ausgabe 978-3-642-53986-2 Lecture notes in physics 882 (DE-604)BV000003166 882 X:MVB text/html http://deposit.dnb.de/cgi-bin/dokserv?id=4546991&prov=M&dok_var=1&dok_ext=htm Inhaltstext DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=027189179&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Paetz gen. Schieck, Hans 1938-2021 Nuclear reactions an introduction Lecture notes in physics Kernreaktion (DE-588)4030343-3 gnd |
| subject_GND | (DE-588)4030343-3 |
| title | Nuclear reactions an introduction |
| title_auth | Nuclear reactions an introduction |
| title_exact_search | Nuclear reactions an introduction |
| title_full | Nuclear reactions an introduction Hans Paetz gen. Schieck |
| title_fullStr | Nuclear reactions an introduction Hans Paetz gen. Schieck |
| title_full_unstemmed | Nuclear reactions an introduction Hans Paetz gen. Schieck |
| title_short | Nuclear reactions |
| title_sort | nuclear reactions an introduction |
| title_sub | an introduction |
| topic | Kernreaktion (DE-588)4030343-3 gnd |
| topic_facet | Kernreaktion |
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