Zircon:
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
Washington, DC
Mineralogical Soc. of America
2003
|
| Schriftenreihe: | Reviews in mineralogy and geochemistry
53 |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XVII, 500 S. Ill., graph. Darst. |
| ISBN: | 093995060X |
Internformat
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| 245 | 1 | 0 | |a Zircon |c ed.: John M. Hanchar ... |
| 264 | 1 | |a Washington, DC |b Mineralogical Soc. of America |c 2003 | |
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Datensatz im Suchindex
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REVIEWS IN MINERALOGY AND GEOCHEMISTRY VOLUME 53 2003 ZIRCON SUB
G8TTINGEN 7 R 1Y1 342 442 / *ILLLLLLLLLLL L 2004 A 17111 JOHN M. HANCHAR
THE GEORGE WASHINGTON UNIVERSITY WASHINGTON, D.C. PAUL W.O. HOSKIN
ALBERT-LUDWIGS-UNIVERSITAT FREIBURG FREIBURG IM BREISGAU, GERMANY FRONT
COVER: CATHODOLUMINESCENCE PHOTOMICROGRAPH OF ZIRCON CRYSTALS FROM THE
OLD WOMAN GRANODIORITE, SOUTHEASTERN CALIFORNIA. THE CRYSTALS WERE
MOUNTED IN EPOXY AND POLISHED TO REVEAL INTERIORS OF THE CRYSTAL. THE
BLUE-LUMINESCING CEN- TRAL REGIONS ARE INHERITED PROTEROZOIC CORES, AND
THE FINE-SCALE ZONED YELLOW-LUMI- NESCING RIMS ARE MAGMATIC OVERGROWTHS
OF MESOZOIC AGE. SIMILAR ZIRCON CRYSTALS FROM THIS SAMPLE HAVE BEEN
DATED USING THE SENSITIVE HIGH RESOLUTION ION MICRO PROBE (SHRIMP) AT
THE AUSTRALIAN NATIONAL UNIVERSITY. AGES OF INHERITED CORES RANGE FROM
1.8-1.4 GA; MAGMATIC OVERGROWTHS ARE -72 MA (FOSTER ET AL. 1989, MILLER
ET AL. 1992). THIS IMAGE WAS RECORDED ON KODAK EKTACHROME 200 FILM.
CONDITIONS USED: 12 KV, 0.7 MA WITH A COLD-CATHODE PATCO ELM-3
LUMINOSCOPE; 180 S EX- POSURE. THE FIELD OF VIEW ALONG THE WIDTH OF THE
PHOTOGRAPH IS APPROXIMATELY 770 UM. COURTESY OF J.M. HANCHAR (THE GEORGE
WASHINGTON UNIVERSITY) AND C.F. MILLER (VANDERBILT UNIVERSITY).
REFERENCES: FOSTER DA, HARRISON TM, MILLER CF (1989) AGE, INHERITANCE,
AND UPLIFT OF THE OLD WOMAN-PIUTE BATHOLITH, CALIFORNIA, AND
IMPLICATIONS FOR K-FELDSPAR AGE SPECTRA. J GEOL 97 232-243. MILLER CF,
HANCHAR JM, WOODEN JL, BENNETT VC, HARRISON TM, WARK DA, FOSTER DA
(1992) SOURCE REGIONS OF A GRANITE BATHOLITH: EVIDENCE FROM LOWER
CRUSTAL XENO- LITHS AND INHERITED ACCESSORY MINERALS. TRANS ROY SOC
EDINBURGH: EARTH SCI 83:49-62. [ALSO PUBLISHED IN GEOLOGICAL SOCIETY OF
AMERICA SPECIAL PAPER 272 (1992)]. SERIES EDITORS: PAULH. RIBBE & JODI
ROSSO MINERALOGICAL SOCIETY OF AMERICA GEOCHEMICAL SOCIETY TABLE OF
CONTENTS ZIRCON REVIEWS IN MINERALOGY AND GEOCHEMISTRY, VOL. 53 1
STRUCTURE AND CHEMISTRY OF ZIRCON AND ZIRCON-GROUP MINERALS ROBERT J.
FINCH, JOHN M. HANCHAR INTRODUCTION ; 1 STRUCTURE OF ZIRCON 2 CATION
POLYHEDRA 2 INTERSTITIAL SITES * 3 ZIRCON-GROUP MINERALS 4 SILICATES 7
ACTINIDE SILICATES 7 PHOSPHATES 8 BORATES 8 VANADATES 8 ARSENATES 9
CHROMATES 10 RELATED STRUCTURES 10 STRUCTURAL EFFECTS OF TEMPERATURE,
PRESSURE AND COMPOSITION 13 TEMPERATURE 13 PRESSURE 14 COMPOSITION 19
ACKNOWLEDGMENTS , 20 REFERENCES 21 2 THE COMPOSITION OF ZIRCON AND
IGNEOUS AND METAMORPHIC PETROGENESIS PAUL W. O. HOSKIN, URS SCHALTEGGER
INTRODUCTION.: 27 ANALYTICAL TECHNIQUES 28 ZIRCON AND IGNEOUS
PETROGENESIS 29 SATURATION, CRYSTALLIZATION, OCCURRENCES AND ZONING OF
IGNEOUS ZIRCON 29 MAJOR-ELEMENT COMPOSITION OF IGNEOUS ZIRCON 32
TRACE-ELEMENT COMPOSITION OF IGNEOUS ZIRCON 34 ZIRCON COMPOSITION AND
INVESTIGATIONS OF IGNEOUS PROCESSES 42 PROVENANCE-INDICATOR STUDIES
USING IGNEOUS ZIRCON COMPOSITION 43 ZIRCON AND METAMORPHIC PETROGENESIS
45 TEXTURAL CHARACTERIZATION OF METAMORPHIC ZIRCON ; 45 THE GROWTH OF
NEW ZIRCON DURING METAMORPHISM AND ITS COMPOSITION 46 SOLID-STATE
RECRYSTALLIZATION AND DISSOLUTION-REPRECPITATION OF PROTOLITH ZIRCON AND
COMPOSI- TIONAL CHANGES 48 HYDROTHERMAL ZIRCON 52 CONCLUSIONS AND
OUTLOOK 54 ACKNOWLEDGMENTS 55 REFERENCES, 55 IX 3 MELT INCLUSIONS IN
ZIRCON J. B. THOMAS, R. J. BODNAR, N. SHIMIZU, C. A. CHESNER
INTRODUCTION 63 PREVIOUS INVESTIGATIONS 65 METHODOLOGY 66 PETROGRAPHY OF
MELT INCLUSIONS HOSTED IN ZIRCON 67 HEATING AND HOMOGENIZATION OF
CRYSTALLINE MELT INCLUSIONS IN ZIRCON 69 MAJOR AND TRACE ELEMENT
COMPOSITIONS OF MELT INCLUSIONS IN ZIRCON 69 DETERMINING ZIRCON/MELT
TRACE ELEMENT PARTITION COEFFICIENTS USING MELT INCLUSIONS IN ZIRCON 72
TRACE ELEMENT PARTITIONING DATA AND INTERPRETATIONS 72 PETROGENETIC
IMPLICATIONS 77 SUMMARY OF TRACE ELEMENT PARTITIONING BY THE MIM
TECHNIQUE 78 ARE MI COMPOSITIONS REPRESENTATIVE OF THE BULK MELT? 79
BOUNDARY LAYER EFFECTS 79 RE-EQUILIBRATION OF MELT INCLUSIONS 81
POTENTIAL ERRORS DURING HOMOGENIZATION AND ANALYSIS 82 FUTURE DIRECTIONS
82 ACKNOWLEDGMENTS 83 REFERENCES 83 4 ZIRCON SATURATION THERMOMETRY JOHN
M. HANCHAR, E. BRUCE WATSON INTRODUCTION 89 ZIRCON SATURATION
THERMOMETRY 90 HISTORICAL DEVELOPMENT 90 APPLICATIONS OF ZIRCON
SATURATION THERMOMETRY 96 BACKGROUND 96 SELECTED EXAMPLES OF STUDIES
THAT USED ZIRCON SATURATION THERMOMETRY 97 CALCULATION OF ZIRCON
SATURATION TEMPERATURES 102 CONSIDERATIONS FOR USING ZIRCON SATURATION
THERMOMETRY WITH PLUTONIC ROCKS 102 BULK SAMPLE OR IN SITU ANALYSES? 103
CALCULATION OF M FOR GEOLOGIC SAMPLES 104 WORKED EXAMPLE TO DETERMINE M
AND ZR CONTENT AND ZIRCON SATURATION TEMPERATURE 105 SUMMARY : 109
ACKNOWLEDGMENTS 110 REFERENCES 110 5 DIFFUSION IN ZIRCON DANIELE J.
CHERNIAK, E. BRUCE WATSON INTRODUCTION 113 HISTORY*A BRIEF REVIEW OF
BULK-RELEASE AND EARLY LOWER-RESOLUTION DIFFUSION MEASUREMENTS 113
CATIONS 114 PB * 115 SUBSTITUTIONAL PROCESSES INVOLVING PB 118 DIFFUSION
SYSTEMATICS OF TRIVALENT CATIONS 119 SUBSTITUTIONAL PROCESSES FOR
TRIVALENT CATIONS 122 TETRAVALENT CATIONS 123 CATION DIFFUSION IN
ZIRCON*A GENERAL SUMMARY 125 OXYGEN DIFFUSION .~' 126 EXPERIMENTAL
RESULTS 126 DIFFUSION MECHANISMS 128 IMPLICATIONS AND APPLICATIONS OF
DIFFUSION FINDINGS 129 DIFFUSIVE FRACTIONATION 129 CLOSURE TEMPERATURES
129 THE PRESERVATION OF ZONING IN ZIRCON 130 PBLOSS 132 PRESERVATION OF
OXYGEN ISOTOPE SIGNATURES 134 18Q/16Q RETENTION IN ZIRCON CORES AND RIMS
135 RETENTION AT RIM AND CORE CENTERS DURING COOLING 138 FUTURE
DIRECTIONS 139 ACKNOWLEDGMENTS 139 REFERENCES 139 6 HISTORICAL
DEVELOPMENT OF ZIRCON GEOCHRONOLOGY DONALD W. DAVIS, IAN S. WILLIAMS,
THOMAS E. KROGH INTRODUCTION ". 145 PRELUDE .' 146 ISOTOPIC DATING OF
ZIRCON * 1955 TO 1973 148 ADVANCES IN TECHNIQUE * 1973 TO 1982 154
RESOLUTION OF THE PB LOSS PROBLEM * 1982 TO THE PRESENT 159 FURTHER
ADVANCES IN ID-TIMS METHODS 159 THE SENSITIVE HIGH-RESOLUTION ION
MICRO-PROBE (SHRIMP) 164 THE ZIRCON EVAPORATION METHOD 171 OTHER
DEVELOPMENTS 171 THE LEGACY OF ZIRCON DATING 171 ACKNOWLEDGMENTS 173
REFERENCES 173 7 ZIRCON U-TH-PB GEOCHRONOLOGY BY ISOTOPE DILUTION *
THERMAL IONIZATION MASS SPECTROMETRY (ID-TIMS) RANDALL R. PARRISH,
STEPHEN R. NOBLE INTRODUCTION ; 183 METHODS AND DATA PRESENTATION 184
BACKGROUND 184 EVOLUTION OF ANALYTICAL METHODS 184 MASS SPECTROMETRY 187
XI CATIONS 114 PB , 115 SUBSTITUTIONAL PROCESSES INVOLVING PB 118
DIFFUSION SYSTEMATICS OF TRIVALENT CATIONS 119 SUBSTITUTIONAL PROCESSES
FOR TRIVALENT CATIONS 122 TETRAVALENT CATIONS 123 CATION DIFFUSION IN
ZIRCON*A GENERAL SUMMARY 125 OXYGEN DIFFUSION .~ 126 EXPERIMENTAL
RESULTS 126 DIFFUSION MECHANISMS 128 IMPLICATIONS AND APPLICATIONS OF
DIFFUSION FINDINGS 129 DIFFUSIVE FRACTIONATION 129 CLOSURE TEMPERATURES
129 THE PRESERVATION OF ZONING IN ZIRCON 130 PBLOSS 132 PRESERVATION OF
OXYGEN ISOTOPE SIGNATURES 134 18 O/' 6 O RETENTION IN ZIRCON CORES AND
RIMS 135 RETENTION AT RIM AND CORE CENTERS DURING COOLING 138 FUTURE
DIRECTIONS 139 ACKNOWLEDGMENTS 139 REFERENCES 139 6 HISTORICAL
DEVELOPMENT OF ZIRCON GEOCHRONOLOGY DONALD W. DAVIS, IAN S. WILLIAMS,
THOMAS E. KROGH INTRODUCTION '. 145 PRELUDE .' 146 ISOTOPIC DATING OF
ZIRCON * 1955 TO 1973 148 ADVANCES IN TECHNIQUE * 1973 TO 1982 154
RESOLUTION OF THE PB LOSS PROBLEM * 1982 TO THE PRESENT 159 FURTHER
ADVANCES IN ID-TIMS METHODS 159 THE SENSITIVE HIGH-RESOLUTION ION
MICRO-PROBE (SHRIMP) 164 THE. ZIRCON EVAPORATION METHOD 171 OTHER
DEVELOPMENTS 171 THE LEGACY OF ZIRCON DATING 171 ACKNOWLEDGMENTS , , 173
REFERENCES 173 7 ZIRCON U-TH-PB GEOCHRONOLOGY BY ISOTOPE DILUTION *
THERMAL IONIZATION MASS SPECTROMETRY (ID-TIMS) RANDALL R. PARRISH,
STEPHEN R. NOBLE INTRODUCTION 183 METHODS AND DATA PRESENTATION 184
BACKGROUND 184 EVOLUTION OF ANALYTICAL METHODS 184 MASS SPECTROMETRY 187
XI ADVANCES IN CHEMICAL PROCEDURES AND TRACERS 187 STANDARDS,
REPRODUCIBILITY, CORRECTIONS, ERRORS, AND PRESENTATION 190 OTHER METHODS
OF ID OR TIMS 191 PB EVAPORATION (TIMS BUT NO ID) 191 ID-PIMMS (ID BUT
NO TIMS) 191 THE MAPPING OF U-TH-PB DATA ONTO DIAGRAMS 192 AGE EQUATIONS
* 192 WETHERILL CONCORDIA DIAGRAM 192 TERA-WASSERBURG DIAGRAM : 194
ISOCHRON DIAGRAM 194 THE INTERPRETED AGE OF CRYSTALLIZATION 194 ZIRCON
DATING APPLICATIONS AND U-TH-PB SYSTEMATICS 195 HIGH PRECISION DATING OF
IGNEOUS ZIRCON ACROSS THE SCOPE OF GEOLOGICAL TIME 195 DIFFICULTIES WITH
IGNEOUS U-PB ZIRCON GEOCHRONOLOGY 199 DATING OF METAMORPHIC ZIRCON 200
BADDELEYITE-ZIRCON REACTIONS IN CORONITIC GABBRO 200 GROWTH OF ZIRCON IN
GRANULITES AND UPPER AMPHIBOLITE FACIES ROCKS 200 METAMORPHIC GROWTH OF
ZIRCON IN AMPHIBOLITE FACIES 201 THE DATING OF ZIRCON IN ECLOGITE AND
OTHER UHP ROCKS 203 TH AND PA CHEMICAL PARTITIONING IN ZIRCON AND ITS
IMPLICATIONS 204 OTHER EXAMPLES WHERE ID-TIMS DATA HAS PROVED EFFECTIVE
207 SUMMARY 210 ACKNOWLEDGMENTS 210 REFERENCES ; 210 8 CONSIDERATIONS IN
ZIRCON GEOCHRONOLOGY BY SIMS TREVOR R. IRELAND, IAN S. WILLIAMS
INTRODUCTION 215 SELECTED APPLICATIONS 216 OLDEST ZIRCON IN THE SOLAR
SYSTEM 216 DEVELOPMENT OF FRACTIONATED LUNAR CRUST 217 THE OLDEST-KNOWN
TERRESTRIAL ROCKS 218 DETRITAL-ZIRCON AGE SPECTRA 218 ANALYSIS OF THIN
RIMS AND NEAR-SURFACE CONCENTRATION GRADIENTS (DEPTH PROFILES) 219 THE
YOUNGEST ZIRCONS .7.'. :. 219 TIMESCALE 219 INSTRUMENTAL AND ANALYTICAL
APPROACHES 220 SHRIMP 221 CAMECA 1270 221 OPERATIONAL COMPARISON 222
ZIRCON ANALYSIS , 222 PB ISOTOPES.; R . 223 CORRECTION FOR COMMON PB
224 U/PB CALIBRATION 225 OTHER MINERALS 227 MONAZITE . ; 227 XENOTIME
227 APATITE (+WHITLOCKITE) 227 XII TITANITE 228 BADDELEYITE '. 228
RUTILE 228 PEROVSKITE ., 228 ALLANITE * 228 DATA ANALYSIS 229 ANALYTICAL
UNCERTAINTIES . 230 207 PB/ 206 PB RATIO 230 . U-PB RATIO 230 STANDARDS
.' 231 DATA ASSESSMENT 233 COMPARISON OF DIFFERENT ANALYTICAL SESSIONS
234 FUTURE DEVELOPMENTS 236 ACKNOWLEDGMENTS 238 REFERENCES , 238 9
PRESENT TRENDS AND THE FUTURE OF ZIRCON IN GEOCHRONOLOGY: LASER ABLATION
ICPMS JAN KOSLER, PAUL J. SYLVESTER INTRODUCTION 243 LASER ABLATION :
244 LASER PRINCIPLES 244 LASER ABLATION SYSTEM .245 INTERACTION OF
LASER RADIATION WITH SOLID SAMPLES 246 CHOICE OF LASER ABLATION
PARAMETERS 247 INDUCTIVELY COUPLED PLASMA MASS SPECTROMETRY 249
INDUCTIVELY COUPLED PLASMA AS ION SOURCE 249 QUADRUPOLE ICPMS 250
MAGNETIC SECTOR ICPMS 251 TIME-OF-FLIGHT ICPMS 252 MASS DISCRIMINATION
(BIAS) AND FRACTIONATION OF ISOTOPES AND ELEMENTS 252 DATING OF ZIRCON
BY LASER ABLATION ICPMS : 253 PAST STUDIES OF U-PB ZIRCON DATING BY
LASER ABLATION ICPMS 254 ELEMENTAL FRACTIONATION OF PB AND U AND METHODS
OF CORRECTION 254 SAMPLING STRATEGIES 256 SPATIAL RESOLUTION 257
CORRECTION FOR INSTRUMENT MASS BIAS (STANDARDIZATION) 258 CORRECTION FOR
INITIAL COMMON-PB 260 PRECISION AND ACCURACY 261 STRATEGIES FOR DATA
ACQUISITION AND REDUCTION 262 LASER ABLATION ICPMS DATING IN PRACTICE
264 LASER ABLATION ICPMS DATING OF ZIRCON FOR SEDIMENTARY PROVENANCE
STUDIES 264 DATING MAGMATIC EVENTS BY LASER ABLATION ICPMS 265
APPLICATION OF LASER ABLATION ICPMS TO FISSION TRACK DATING OF ZIRCON
266 IN SITU DATING OF ACCESSORY MINERALS BY LASER ABLATION ICPMS 268
FUTURE PROSPECTS OF LASER ABLATION ICPMS DATING 269 QUADRUPOLE VS.
MAGNETIC SECTOR AND SINGLE- VS. MULTI-COLLECTOR COMPARISONS 270 NEW
APPLICATIONS IN LASER ABLATION ICPMS DATING OF ZIRCON 271 XIII TITANITE
228 BADDELEYITE 228 RUTILE 228 PEROVSKITE .* ., 228 ALLANITE ?. 228
DATA ANALYSIS 229 ANALYTICAL UNCERTAINTIES ; *. 230 207 PB/ 206 PB RATIO
230 U-PB RATIO 230 STANDARDS .' 231 DATA ASSESSMENT 233 COMPARISON OF
DIFFERENT ANALYTICAL SESSIONS 234 FUTURE DEVELOPMENTS 236
ACKNOWLEDGMENTS ; 238 REFERENCES ; 238 9 PRESENT TRENDS AND THE FUTURE
OF ZIRCON IN GEOCHRONOLOGY: LASER ABLATION ICPMS JAN KOSLER, PAUL J.
SYLVESTER INTRODUCTION 243 LASER ABLATION 244 LASER PRINCIPLES 244 LASER
ABLATION SYSTEM .245 INTERACTION OF LASER RADIATION WITH SOLID SAMPLES
246 CHOICE OF LASER ABLATION PARAMETERS :. 247 INDUCTIVELY COUPLED
PLASMA MASS SPECTROMETRY 249 INDUCTIVELY COUPLED PLASMA AS ION SOURCE
.249 QUADRUPOLE ICPMS 250 MAGNETIC SECTOR ICPMS 251 TIME-OF-FLIGHT ICPMS
252 MASS DISCRIMINATION (BIAS) AND FRACTIONATION OF ISOTOPES AND
ELEMENTS 252 DATING OF ZIRCON BY LASER ABLATION ICPMS 253 PAST STUDIES
OF U-PB ZIRCON DATING BY LASER ABLATION ICPMS 254 ELEMENTAL
FRACTIONATION OF PB AND U AND METHODS OF CORRECTION 254 SAMPLING
STRATEGIES 256 SPATIAL RESOLUTION 257 CORRECTION FOR INSTRUMENT MASS
BIAS (STANDARDIZATION) 258 CORRECTION FOR INITIAL COMMON-PB 260
PRECISION AND ACCURACY 261 STRATEGIES FOR DATA ACQUISITION AND REDUCTION
262 LASER ABLATION ICPMS DATING IN PRACTICE 264 LASER ABLATION ICPMS
DATING OF ZIRCON FOR SEDIMENTARY PROVENANCE STUDIES 264 DATING MAGMATIC
EVENTS BY LASER ABLATION ICPMS 265 APPLICATION OF LASER ABLATION ICPMS
TO FISSION TRACK DATING OF ZIRCON 266 IN SITU DATING OF ACCESSORY
MINERALS BY LASER ABLATION ICPMS 268 FUTURE PROSPECTS OF LASER ABLATION
ICPMS DATING 269 QUADRUPOLE VS. MAGNETIC SECTOR AND SINGLE- VS.
MULTI-COLLECTOR COMPARISONS 270 NEW APPLICATIONS IN LASER ABLATION ICPMS
DATING OF ZIRCON 271 XIII ACKNOWLEDGMENTS ; 271 REFERENCES 271 10
DETRITAL ZIRCON ANALYSIS OF THE SEDIMENTARY RECORD CHRISTOPHER M. FEDO,
KEITH N. SIRCOMBE, ROBERT H. RAINBIRD INTRODUCTION 277 STATISTICS AND
METHODOLOGY OF SAMPLING 278 SAMPLING 278 SAMPLE PREPARATION 279 ANALYSIS
280 DATA DISPLAY 281 INTERPRETATION . 282 AGE OF STRATIGRAPHIC
SUCCESSIONS 284 MAXIMUM AGE AND AGE BRACKETING 284 DIRECT DEPOSITIONAL
AGES 286 DISCONFORMITY RECOGNITION 287 PROVENANCE ANALYSIS 288
PETROGRAPHIC AND PETROLOGIC 288 GEOCHEMISTRY 288 FISSION TRACK (FT) 289
GEOCHRONOLOGY 289 PALEOGEOGRAPHIC AND TECTONIC RECONSTRUCTIONS 293
INTRODUCTION 293 INITIAL STUDIES*SHALER SUPERGROUP 294 REGIONAL
STUDIES*NORTHERN CORDILLERA 294 REGIONAL STUDIES*CENTRAL CORDILLERA 294
SIBERIA 295 SCOTLAND .' 295 A CRYPTIC GRENVILLIAN FORELAND BASIN IN THE
U.S. MID-CONTINENT 296 RODINIAN PALEOGEOGRAPHY 296 IMPLICATIONS FOR
EARLIEST EARTH HISTORY 297 SUMMARY '.'. 297 ACKNOWLEDGMENTS 298
REFERENCES 298 11 HIGH-PRECISION U-PB ZIRCON GEOCHRONOLOGY AND THE
STRATIGRAPHIC RECORD SAMUEL A. BOWRING, MARK D. SCHMITZ INTRODUCTION 305
THE GEOLOGIC'TIME SCALE 307 PROXIES FOR RADIOMETRIC GEOCHRONOLOGY:
CHEMOSTRATIGRAPHY 307 GEOCHRONOLOGICAL TECHNIQUES 308 MEASUREMENT
UNCERTAINTY 310 COMMON PB CORRECTION .:? 311 TRACER CALIBRATION AND
INTERLABORATORY COMPARISON 312 U DECAY CONSTANTS 312 XIV INTERMEDIATE
DAUGHTER PRODUCT DISEQUILIBRIA 313 GEOLOGICAL COMPLEXITY AND OPEN SYSTEM
BEHAVIOR 313 CRYSTAL INHERITANCE AND PB-LOSS 313 RESOLVING A GEOLOGICAL
"AGE" FROM A LARGE POPULATION OF ZIRCON DATES 314 SAMPLE SELECTION AND
ANALYTICAL STRATEGIES .- 315 THE NEOPROTEROZOIC-CAMBRIAN TRANSITION 316
TRIASSIC-JURASSIC BOUNDARY 318 THE END-PERMIAN EXTINCTION 320 SUMMARY ;
322 ACKNOWLEDGMENTS 323 REFERENCES 323 12 LU-HF AND SM-ND ISOTOPE
SYSTEMS IN ZIRCON PETER D. KINNY, ROLAND MAAS INTRODUCTION 327 THE LU-HF
ISOTOPE SYSTEM IN NATURE 327 HAFNIUM AS A GEOCHEMICAL TRACER 328 HF
ISOTOPES IN ZIRCON '. 329 MEASUREMENT TECHNIQUES 331 STUDIES OF MAGMATIC
ZIRCONS 331 STUDIES OF DETRITAL ZIRCON 332 STUDIES OF METAMORPHIC ZIRCON
334 STUDIES OF MANTLE ZIRCONS 334 CONCLUDING REMARKS: LU-HF ISOTOPES AND
ZIRCON 335 SM-ND ISOTOPE STUDIES OF ZIRCON '. 335 REE PATTERNS OF ZIRCON
336 SM-ND MINERAL DATING OF ZIRCON 336 INHERITED ND 338 CONCLUDING
REMARKS: SM-ND ISOTOPES AND ZIRCON 338 OUTLOOK 339 ACKNOWLEDGMENTS 339
REFERENCES 339 13 OXYGEN ISOTOPES IN ZIRCON JOHN W. VALLEY INTRODUCTION
343 ANALYSIS OF 5 18 O IN ZIRCON 343 LASER FLUORINATION 343 ION
MICROPROBE 343 STANDARDS 344 ZIRCON SAMPLE PREPARATION 345 MECHANICAL
SEPARATION OF ZIRCONS 346 SELECTION OF ZIRCONS 346 IMAGING ZIRCONS 348
OXYGEN ISOTOPE FRACTIONATION IN ZIRCON *. 348 OXYGEN DIFFUSION RATE IN
ZIRCON 349 ASSIMILATION VS. FRACTIONAL CRYSTALLIZATION 352 XV MANTLE
ZIRCONS 354 PRE-CAMBRIAN ZIRCONS , 355 ARCHEAN GRANITOIDS 355
VOLCANOGENIC MASSIVE SULFIDE DEPOSITS 357 HADEAN DETRITAL ZIRCONS 358
MID-PROTEROZOIC 359 CRUSTAL GROWTH AND MATURATION 363 SUPERIOR VS.
GRENVILLE PROVINCE : 363 EVOLUTION OF MAGMATIC 8 18 O THROUGH TIME 364
ULTRA-HIGH PRESSURE ECLOGITES, DABIE AND SULU 365 FELSIC. VOLCANISM,
WESTERN UNITED STATES 365 LOW S 18 O-RHYOLITES, YELLOWSTONE 365 TIMBER
MOUNTAIN / OASIS VALLEY CALDERA COMPLEX 368 BISHOP TUFF, LONG VALLEY
CALDERA 370 PHANEROZOIC GRANITES 371 BRITISH TERTIARY IGNEOUS PROVINCE
371 MESOZOIC AND CENOZOIC GRANITES OF THE WESTERN UNITED STATES 374
A-TYPE GRANITES, NORTHEASTERN CHINA 377 CENOZOIC GRANITOIDS OF THE
ANTARCTIC PENINSULA 377 FE-OXIDE MELT IN SYENITIC XENOLITHS 378 MAGMATIC
EPIDOTE-BEARING GRANITOIDS 378 ACKNOWLEDGMENTS 380 REFERENCES 380 14
RADIATION EFFECTS IN ZIRCON RODNEY C. EWING, ALKIVIATHES MELDRUM, LUMIN
WANG, WILLIAM J. WEBER, L. RENE CORRALES INTRODUCTION 387 EXPERIMENTAL
RESULTS 389 BULK PROPERTIES 390 LONG RANGE ORDER 392 SHORT-RANGE ORDER :
398 RECOVERY OF RADIATION DAMAGE ; 400 MODELS OF DAMAGE ACCUMULATION 405
TEMPERATURE "'. 406 ION MASS'AND ENERGY 410 COMPUTER SIMULATION OF
DEFECT FORMATION AND RADIATION DAMAGE 411 INTRINSIC AND EXTRINSIC DEFECT
ENERGIES 412 THRESHOLD DISPLACEMENT ENERGIES 413 COLLISION CASCADES '.
414 UNRESOLVED RESEARCH ISSUES 418 ACKNOWLEDGMENTS 420 REFERENCES : 420
XVI 15 SPECTROSCOPIC METHODS APPLIED TO ZIRCON LUTZ NASDALA, MING ZHANG,
ULF KEMPE, GERARD PANCZER, MICHAEL GAFT, MICHAEL ANDRUT, MICHAEL PLOTZE
INTRODUCTION 427 LUMINESCENCE SPECTROSCOPY OF ZIRCON 428
CATHODOLUMINESCENCE OF ZIRCON 428 LASER-INDUCED TIME-RESOLVED
PHOTOLUMINESCENCE OF ZIRCON 435 VIBRATIONAL SPECTROSCOPY OF ZIRCON 438
INFRARED ABSORPTION SPECTROSCOPY OF ZIRCON 438 RAMAN SPECTROSCOPY OF
ZIRCON 443 OTHER SPECTROSCOPIC TECHNIQUES 449 ELECTRONIC ABSORPTION
SPECTROSCOPY 449 MBSSBAUER SPECTROSCOPY 455 ELECTRON PARAMAGNETIC
RESONANCE 455 OTHER SPECTROSCOPIC METHODS 459 ACKNOWLEDGMENTS 460
REFERENCES 460 16 ATLAS OF ZIRCON TEXTURES FERNANDO CORFU, JOHN M.
HANCHAR, PAUL W.O. HOSKIN, PETER KINNY INTRODUCTION 469 ZIRCON IMAGING
470 MORPHOLOGY OF ZIRCON 472 ZONING TEXTURES IN IGNEOUS ZIRCON 476
XENOCRYSTIC CORES 478 SUBSOLIDUS MODIFICATIONS AND GROWTH OF ZIRCON 480
LATE-MAGMATIC PHENOMENA 480 MEDIUM TO HIGH TEMPERATURE METAMORPHISM 481
HIGH-PRESSURE METAMORPHISM :. 486 HYDROTHERMAL ZIRCON 487 KIMBERLITIC
AND MANTLE-RELATED ZIRCON 488 IMPACT-RELATED TEXTURES 489 FRACTURING 489
ALTERATION 491 INCLUSIONS, INTERGROWTHS AND OVERGROWTHS OF ZIRCON AND
OTHER MINERALS 493 CONCLUDING REMARKS 494 ACKNOWLEDGMENTS 495 REFERENCES
495 XVII |
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| genre_facet | Aufsatzsammlung Konferenzschrift |
| id | DE-604.BV017774250 |
| illustrated | Illustrated |
| indexdate | 2024-07-20T07:52:11Z |
| institution | BVB |
| isbn | 093995060X |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-010675717 |
| oclc_num | 249241835 |
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| physical | XVII, 500 S. Ill., graph. Darst. |
| publishDate | 2003 |
| publishDateSearch | 2003 |
| publishDateSort | 2003 |
| publisher | Mineralogical Soc. of America |
| record_format | marc |
| series | Reviews in mineralogy and geochemistry |
| series2 | Reviews in mineralogy and geochemistry |
| spelling | Zircon ed.: John M. Hanchar ... Washington, DC Mineralogical Soc. of America 2003 XVII, 500 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Reviews in mineralogy and geochemistry 53 Zircon rasuqam Zircão larpcal Zircon Congresses Geochemie (DE-588)4020198-3 gnd rswk-swf Zirkon (DE-588)4190941-0 gnd rswk-swf Phosphate (DE-588)4134029-2 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content (DE-588)1071861417 Konferenzschrift gnd-content Zirkon (DE-588)4190941-0 s DE-604 Phosphate (DE-588)4134029-2 s Geochemie (DE-588)4020198-3 s Hanchar, John M. Sonstige oth Reviews in mineralogy and geochemistry 53 (DE-604)BV013377203 53 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=010675717&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Zircon Reviews in mineralogy and geochemistry Zircon rasuqam Zircão larpcal Zircon Congresses Geochemie (DE-588)4020198-3 gnd Zirkon (DE-588)4190941-0 gnd Phosphate (DE-588)4134029-2 gnd |
| subject_GND | (DE-588)4020198-3 (DE-588)4190941-0 (DE-588)4134029-2 (DE-588)4143413-4 (DE-588)1071861417 |
| title | Zircon |
| title_auth | Zircon |
| title_exact_search | Zircon |
| title_full | Zircon ed.: John M. Hanchar ... |
| title_fullStr | Zircon ed.: John M. Hanchar ... |
| title_full_unstemmed | Zircon ed.: John M. Hanchar ... |
| title_short | Zircon |
| title_sort | zircon |
| topic | Zircon rasuqam Zircão larpcal Zircon Congresses Geochemie (DE-588)4020198-3 gnd Zirkon (DE-588)4190941-0 gnd Phosphate (DE-588)4134029-2 gnd |
| topic_facet | Zircon Zircão Zircon Congresses Geochemie Zirkon Phosphate Aufsatzsammlung Konferenzschrift |
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