BIBLIOGRAFIA
papers referentes às tematicas abordadas durante o curso de inclusões fluidas divididas por tópicos. Estas constam na biblioteca do laboratório.
PAPERS DISPONIVEIS
Referências e links para artigos
SULFIDES IN CR-DIOPSIDE XENOLITHS FROM ALKALINEBASALT LAVAS, NÓGRÁD-GÖMÖR VOLCANIC FIELD, NORTH HUNGARY/SOUTH SLOVAKIA
Szabo Cs. & BodnarRJ (1995)
Geochimica et Cosmochimica Acta, 59,no. 19, 3917-3927
CHANGING ASCENT RATES OF MAGMAS IN THE NÓGRÁD-GÖMÖR VOLCANIC FIELD, NORTH HUNGARY/SOUTH SLOVAKIA: EVIDENCE FROM CO2 INCLUSIONS IN MANTLE XENOLITHS.
Szabo, Cs. and Bodnar, R. J. (1996)
Petrology, 4, no. 3, 221-230
METASOMATISM ASSOCIATED WITH SUBDUCTION-RELATED, VOLATILE-RICH SILICATE MELT IN THE UPPER MANTLE BENEATH THE NÓGRÁD-GÖMÖR VOLCANIC FIELD, NORTH HUNGARY/SOUTH SLOVAKIA: EVIDENCE FROM SILICATE MELT INCLUSIONS
Szabó, Cs., Bodnar, R.J. & Sobolev, A.V. (1996)
European Journal of Mineralogy, 8, 881-899
DETECTION OF SMALL AMOUNTS OF H2O IN CO2-RICH FLUID INCLUSIONS USING RAMAN SPECTROSCOPY
Berkesi M, Hidas K, Guzmics T, Dubessy J, Bodnar RJ, Szabó Cs, Vajna B and T Tsunogae (2009)
Journal of Raman Spectroscopy, 40, 1461-1463
INCLUSÕES FLUIDAS SINTÉTICAS
Inclusões fluidas sintéticas consistem em inclusões usadas para selar fraturas em um cristal fraturado e para precipitar novos sobrecrescimentos zonados no cristal. A quimida pode ser variável, sendo os os compostos mais comuns oriudos de combinações de C-O-H-S-Na-K-Ca-Cl-Cu-Fe.
SYNTHETIC FLUID INCLUSIONS. VI. QUANTITATIVE EVALUATION OF THE DECREPITATION BEHAVIOR OF FLUID INCLUSIONS IN QUARTZ AT ONE ATMOSPHERE CONFINING PRESSURE
Bodnar RJ, BinnsPR & Hall DL (1989)
Journal of Metamorphic Geology, 7,229-242
SYNTHETIC FLUID INCLUSIONS. VII. REEQUILIBRATION OF FLUID INCLUSIONS IN QUARTZ DURING LABORATORY-SIMULATED METAMORPHIC UPLIFT
Sterner SM &Bodnar RJ (1989)
Journal of Metamorphic Geology, 7, 243-260
POSTMETAMORPHIC UNROOFING HISTORY DEDUCED FROM PETROLOGY, FLUID INCLUSIONS, THERMOCHRONOMETRY, AND THERMAL MODELING: AN EXAMPLE FROM SOUTHWESTERN NEW ENGLAND
Hames WE, TracyRJ & Bodnar RJ (1989)
Geology, 17, 727-730
METHANE IN FLUID INCLUSIONS FROM GRANULITES: A PRODUCT OF HYDROGEN DIFFUSION?
Hall DL &Bodnar RJ (1990)
Geochimica et Cosmochimica Acta, 54,641-651
DEEP-SEATED FLUID INVOLVEMENT IN DUCTILE-BRITTLE DEFORMATION AND MINERALIZATION, SOUTH MOUNTAINS METAMORPHIC CORE COMPLEX, ARIZONA
Smith BM, Reynolds SJ, Day HW & Bodnar RJ (1991)
Geological Society of America Bulletin, 103, 559-569
EVIDENCE FOR POST-ENTRAPMENT DIFFUSION OF HYDROGEN INTO PEAK METAMORPHIC FLUID INCLUSIONS FROM THE MASSIVE SULFIDE DEPOSITS AT DUCKTOWN, TENNESSEE
Hall DL, BodnarRJ & Craig JR (1991)
AmericanMineralogist, 76, 1344-1355
FLUID INCLUSION CONSTRAINTS ON THE UPLIFT HISTORY OF THEMETAMORPHOSED MASSIVE SULFIDE DEPOSITS AT DUCKTOWN, TENNESSEE
Hall D, Bodnar RJ& Craig JR (1991)
Journalof Metamorphic Geology, 9, 551-565
EXPERIMENTAL EVIDENCE AND GEOLOGIC IMPLICATIONS OF HYDROGEN MOVEMENT INTO AND OUT OF FLUID INCLUSIONS IN QUARTZ
Mavrogenes JA & Bodnar RJ (1994)
Geochimica et Cosmochimica Acta, 58, 141-148
FLUID INCLUSION EVIDENCE FOR AN ANTICLOCKWISE METAMORPHIC P-T PATH IN CENTRAL MASSACHUSETTS
Winslow DM, Bodnar RJ & Tracy RJ (1994)
Journal of Metamorphic Geology, 12, 361-371
FLUID INCLUSIONS AS TECTONOTHERMOBAROMETERS: RELATION BETWEEN P-T HISTORY AND RE-EQUILIBRATION MORPHOLOGY DURING CRUSTAL THICKENING
Vityk MO, BodnarRJ & Schmidt C (1994)
Geology, 22, 731-734
DO FLUID INCLUSIONS IN HIGH GRADE METAMORPHIC TERRANES PRESERVE PEAK METAMORPHIC DENSITY DURING RETROGRADE DECOMPRESSION?
Vityk MO & Bodnar RJ (1995)
American Mineralogist, 80, 641-644
TEXTURAL EVOLUTION OF SYNTHETIC FLUID INCLUSIONS IN QUARTZ DURING RE-EQUILIBRATION, WITH APPLICATIONS TO TECTONIC RECONSTRUCTION
Vityk MO & BodnarRJ (1995)
Contributions to Mineralogy and Petrology, 121,309-323
NATURAL AND SYNTHETIC RE-EQUILIBRATION TEXTURESOF FLUID INCLUSIONS IN QUARTZ (MARMAROSH DIAMONDS): EVIDENCE FOR REFILLINGUNDER CONDITIONS OF COMPRESSIVE LOADING
Vityk, M., Bodnar,R.J. & Dudok, I. (1995)
European Journal of Mineralogy, 7,1071-1087
COMPARISON OF DECREPITATION, MICROTHERMOMETRIC AND COMPOSITIONAL CHARACTERISTICS OF FLUID INCLUSIONS IN BARREN AND AURIFEROUS MESOTHERMAL QUARTZ VEINS OF THE COWARRA GOLD DISTRICT, NEW SOUTH WALES, AUSTRALIA
Mavrogenes, J.A., Bodnar, R. J., Graney, J. R., McQueen, K. G. & Burlinson, K. (1995)
Journal of Geochemical Exploration, 54, 167-175
HYDROCARBON INCLUSIONS INMARMAROSH DIAMONDS: EVIDENCE FOR TECTONIC HISTORY OF THE FOLDED CARPATHIANS?
Vityk, M. O., Bodnar, R.J. & Dudok, I. V. (1996)
Tectonophysics, 255, 163-174
AN OCCURRENCE OF THE METASTABLE CRISTOBALITE IN HIGH PRESSURE GARNET GRANULITE
Darling, R.S.,Chou, I-Ming & Bodnar, R.J. (1997)
Science, 276, 91-93
FLUID INCLUSIONS IN HIGH PRESSURE/LOW TEMPERATURE ROCKS FROM THE CALABRIAN ARC (SOUTHERN ITALY): THE BURIAL AND EXHUMATION HISTORY OF THE SUBDUCTION-RELATED DIAMANTE-TERRANOVA UNIT
Invernizzi, C,Vityk, M.O., Cello, G. & Bodnar, R.J. (1998)
Journal of Metamorphic Geology, 16, 247-258
SYNTHETIC FLUID INCLUSIONS: XV. TEM INVESTIGATION OF PLASTIC FLOW ASSOCIATED WITH RE-EQUILIBRATION OF SYNTHETIC FLUID INCLUSIONS IN NATURAL QUARTZ
Vityk MO, Bodnar RJ & Doukhan, J-C (2000)
Contributions to Mineralogy and Petrology, 139, no. 3, 285-297
BURIAL AND EXHUMATIONHISTORY OF PENNSYLVANIAN STRATA, CENTRAL APPALACHIAN BASIN, AN INTEGRATED STUDY
Reed JS, Spotila JA, Eriksson KA & Bodnar RJ (2005)
Basin Research, 17, 259-268
DETECTION OF SMALL AMOUNTS OF H2O IN CO2-RICH FLUID INCLUSIONS USING RAMAN SPECTROSCOPY
Berkesi M, Hidas K, Guzmics T, Dubessy J, Bodnar RJ, Szabó Cs, Vajna B and T Tsunogae (2009)
Journal of Raman Spectroscopy, 40, 1461-1463
MINERAÇÃO & PETROLEO E GÁS
Conjunto de papers na biblioteca do laboratório referentes as áreas de mineração e de petróleo e gás
FLUID INCLUSION SYSTEMS IN METAPLAYA DEPOSITS AND THEIR RELATHIONSHIPS TO MINERALIZATION AND TECTONICS
Behr, H.J. and Horn, E.E (1982)
Chemical Geology 37 (p. 173-189)
QUANTITATIVE MODEL OF METAMORPHIC GENERATION OF RARE-METAL PEGMATITE WITH LITHIUM MINERALIZATION
A.m. Zasedatelev (1977)
Geochemistry (219-221)
METASOMATISM ASSOCIATED WITH SUBDUCTION-RELATED, VOLATILE-RICH SILICATE MELT IN THE UPPER MANTLE BENEATH THE NÓGRÁD-GÖMÖR VOLCANIC FIELD, NORTH HUNGARY/SOUTH SLOVAKIA: EVIDENCE FROM SILICATE MELT INCLUSIONS
Esta é uma citação do seu trabalho publicado. Certifique-se de listar onde seu trabalho foi publicado, seja este um livro, um ensaio, um artigo ou um manuscrito de pesquisa. Se o seu trabalho aparecer apenas em determinadas páginas, inclua esses detalhes e a data de publicação para facilitar a identificação e a busca do seu material.
INCLUSÕES TRIFÁSICAS EM ESMERALDAS, ÁGUA-MARINHA E TOPÁZIO
W. F. Eppler (1962)
The Journal of Gemmology vol. VIII (p. 245-250)
IMMOBILE ELEMENTS AS MONITORS OF MASS TRANSFER IN HYDROTHERMAL ALTERATION: PHELPS DODGE MASSIVE SULFIDE DEPOSIT, MATAGAMI, QUEBEC
W. H. Maclean and P. Kranidiotis (1986)
Economic Geology Vol. 82 (p. 963-970)
O ESTUDO DE INCLUSÕES FLUIDAS NA EXPLORAÇÃO DE PETRÓLEO
Carlos Eduardo Silva Coelho (2004/2005)
Petrobras Vol. 13 (p. 61-80)
THE FAZENDA BRASILEIRO GOLD DEPOSIT, BAHIA: GEOLOGY, HYDROTHERMAL ALTERATION, AND FLUID INCLUSION STUDIES
J. B. G. Teixeira, A. Kishida, M P. C. Marimon, R. P. Xavier, and I. McReath (1990)
Economic Geology Vol. 85 (p. 990-1009)
CHRONOLOGY AND ORIENTATION OF N2-CH4, CO2-H2O, AND H2O-RICH FLUID-INCLUSION TRAILS IN INTRAMETAMORPHIC QUARTZ VEINS FROM THE CUIABÁ GOLD DISTRICT, BRAZIL.
C. J. S. de Alvarenga (1989)
Mineralogical Magazine, v. 54, n. 375, p. 245-255, 1990
THE ROLE OF FLUIDS IN SYNTHECTONIC MASS TRANSPORT, AND THE LOCALIZATION OF METAMORPHIC VEIN TYPE ORE DEPOSITS
COX, S. F.; ETHERIDGE, M. A.; WALL, V. J(1987)
Ore Geology Reviews, v. 2, n. 1-3, p. 65-86.
FLUID INCLUSIONS AS SAMPLES OF ORE FLUIDS
Edwin Roedder
Chemistry of explored geothermal systems Chapter 12 pgs 515-563 Chemistry of explored geothermal systems Chapter 12 pgs 515-563
GOLD MINERALIZATION IN THE OKANAGAN VALLEY, SOUTHERN BRITISH COLUMBIA; FLUID INCLUSION AND STABLE ISOTOPE STUDIES.
Zhang, X., Nesbitt, B. E., & Muehlenbachs, K. (1989)
Economic Geology, 84(2), 410-424.
JUVENILE PETROLEUM PATHWAY: FROM FLUIDS INCLUSIONS VIA TECTONIC PATHWAYS TO OIL FIELDS
Alexander A. Kitchka(2008)
PROPRIEDADES PVTX
Conjunto de papers na biblioteca do laboratório referentes a área termodinamica
EXPERIMENTAL DETERMINATION OF THE COMPOSITIONAL LIMITS OF IMMISCIBILITY IN THE SYSTEM CACL2-H20-CO2 AT HIGH TEMPERATURES AND PRESSURES USING SYNTHETIC FLUID INCLUSIONS
Yi-Gang Zhang and J. D. Frantz (1989)
Chemical geology 74 (289-308)
METHANE: AN EQUATION OF STATE WITH APPLICATION TO THE TERNARY SYSTEM H2O-CO2-CH4
Gary K. Jacobs and Derrill M. Kerrick (1981)
Geochimica et Cosmochimica Vol. 45 (p. 607-614)
MINERAL-SOLUTION EQUILIBRIA---IV. SOLUBILITIES AND THE THERMODYNAMIC PROPERTIES OF FECL IN THE SYSTEM FE2O3-H2-H2O-HCL
N. Z. Boctor, R. K. Popp and J. D. Frantz (1980)
Geochimica et Cosmochimica Vol. 44 (p. 1509-1518)
MINERAL-SOLUTION EQUILIBRIA---IV. SOLUBILITIES AND THE THERMODYNAMIC PROPERTIES OF FECL IN THE SYSTEM FE2O3-H2-H2O-HCL
N. Z. Boctor, R. K. Popp and J. D. Frantz (1980)
Geochimica et Cosmochimica Vol. 44 (p. 1509-1518)
TERMODINAMICA
Papers acerca de equações termodinamicas
EXPERIMENTAL DETERMINATION OF THE COMPOSITIONAL LIMITS OF IMMISCIBILITY IN THE SYSTEM CACL2-H20-CO2 AT HIGH TEMPERATURES AND PRESSURES USING SYNTHETIC FLUID INCLUSIONS
Yi-Gang Zhang and J. D. Frantz (1989)
Chemical geology 74 (289-308)
METHANE: AN EQUATION OF STATE WITH APPLICATION TO THE TERNARY SYSTEM H2O-CO2-CH4
Gary K. Jacobs and Derrill M. Kerrick (1981)
Geochimica et Cosmochimica Vol. 45 (p. 607-614)
MINERAL-SOLUTION EQUILIBRIA---IV. SOLUBILITIES AND THE THERMODYNAMIC PROPERTIES OF FECL IN THE SYSTEM FE2O3-H2-H2O-HCL
N. Z. Boctor, R. K. Popp and J. D. Frantz (1980)
Geochimica et Cosmochimica Vol. 44 (p. 1509-1518)
GENESE, EVOLUÇÃO E ESTRUTURA DA CROSTA & GRANULITOS E EVOLUÇÃO CRUSTAL
Papers acerca da temática de genese e evolução da crosta.
MAGMAS AS A SOURCE OF HEAT AND FLUIDS IN GRANULITE METAMORPHISM
B. Ronald Frost, Carol D. Frost, Jacques L. R. Touret
Fluid movements-Element transport and the composition of the deep crust, 1-18
THE LOWER LITHOSPHERE AS A MAJOR SOURCE FOR CONTINENTAL FLOOD BASALTS: A RE-APPRAISAL
Matrin A. Menzies (1992)
Magamatism and the causes of continental break-up (p. 31-39)
MULTIPLE GRANULITE-FACIES EVENTS IN THE SOUTHERN APPALACHIANS, USA
Eileen McLellan, Daniel Linder & Jerry Thomas (1989)
Evolution of Metamorphic Belts (309-314)
LATE ARCHEAN PROGRADE AMPHIBOLITE TO GRANULITE-FACIES RELATIONS IN THE FISKENAESSET REGION, SOUTHERN WEST GREENLAND
V. R. McGregor and C. R. L. Friend (1992)
Journal of Geology volume 100 (p. 207-219)
GRANULITE METAMORPHISM, FLUID BUFFERING, AND DEHYDRATION MELTING IN THE MADRAS CHARNOCKITES AND METAPELITES
A. Bhattacharya and S. K. Sen (1986)
Journal of Petrology, Vol. 27 (p. 1119-1141)
PETROGENETIC SIGNIFICANCE OF ORTHOPYROXENE-FREE GARNET + CLINOPYROXENE + PLAGIOCLASE +/- QUARTZ-BEARING METABASITES WITH RESPECT TO THE AMPHIBOLITE AND GRANULITE FACIES
D. R. M. Pattison (2003)
Journal of Metamorphic Geology, Volume 1 (p. 21-34)
LILE-DEPLETION GRANULITES: MYTH OR REALITY?
J. L. R. Touret (1996)
Petrology and Geochemistry of Magmatic suites of rocks in the continental and oceanic crusts (p. 53-72)
TEMPORAL EVOLUTION OF REGIONAL GRANULITE TERRANES: IMPLICATIONS FOR THE FORMATION OF LOWERMOST CONTINENTAL CRUST
K. Mezger (1992)
Developments in geotectonics 23 (p. 447-479)
ORIGIN AND EVOLUTION OF GRANULITES IN NORMAL AND THICKENED CRUSTS
D. J. Ellis (1987)
Geology v. 15 (p. 167-170)
MAXIMUM AND MINIMUM WATER CONTENTS OF GRANITIC MELTS GENERATED IN THE CRUTS: A REEVALUTION AND IMPLICATIONS
F. Holttz, W. Johannes, N. Tamic, H. Behrens(2001)
Lithos 56(2001) 1-14
THE ORIGINS OF GRANULITES: A METAMORPHIC PERSPECTIVE
S. L. Harley (1989)
Geological Magazine, Vol. 126, no.3 (p. 215-331)
PETROLOGIC ASPECTS OF PRECAMBRIAN GRANULITE FACIES TERRAINS BEARING ON THEIR ORIGINS
Robert C. Newton (1987)
Geodynamics Series, vol. 17 (p. 11-26)
FIELD RECOGNITION OF ROCKS TOTALLY RETROGRESSED FROM GRANULITE FACIES: AN EXAMPLE FROM ARCHAEAN ROCKS IN THE PAAMIUT REGION, SOUTH-WEST GREENLAND
V. R. McGregor, C. R. L. Friend (1997)
Precambrian Research 86 (p. 59-70)
METAMORPHISM OF REDUCED GRANULITES IN LOW-CO2 VAPOUR-FREE ENVIRONMENT
William Lamb & J.W. Valley
Nature vol 312(1) November 1984
CHARNOKITE GENESIS AND THE PROTEROZOIC CRUST
Jacques Martignole
Precambrian research, 9(1979) 303-310
GRANITES, GRANULITES AND CRUSTAL DIFFERENTIATION
D. Viezeuf, J. D. Clemens, C. Pin and E. Moinet
Granulites and crustal evolution, p. 59-85
GRANULITE METAMORPHISM: INTRODUCTION
B. J. Hensen R. H. Vernon
Journal of metamorphic geology, 1991, 9, 221-222