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Results: 1-12 |
Results: 12
ELECTRICAL-CONDUCTIVITY OF OLIVINE, WADSLEYITE, AND RINGWOODITE UNDERUPPER-MANTLE CONDITIONS
Authors: XU YS POE BT SHANKLAND TJ RUBIE DC
Citation: Ys. Xu et al., ELECTRICAL-CONDUCTIVITY OF OLIVINE, WADSLEYITE, AND RINGWOODITE UNDERUPPER-MANTLE CONDITIONS, Science, 280(5368), 1998, pp. 1415-1418
INCREASE OF ELECTRICAL-CONDUCTIVITY WITH PRESSURE AS AN INDICATOR OF CONDUCTION THROUGH A SOLID-PHASE IN MIDCRUSTAL ROCKS
Authors: SHANKLAND TJ DUBA AG MATHEZ EA PEACH CL
Citation: Tj. Shankland et al., INCREASE OF ELECTRICAL-CONDUCTIVITY WITH PRESSURE AS AN INDICATOR OF CONDUCTION THROUGH A SOLID-PHASE IN MIDCRUSTAL ROCKS, J GEO R-SOL, 102(B7), 1997, pp. 14741-14750
THERMOELASTIC EQUATION OF STATE OF JADEITE NAALSI2O6 - AN ENERGY-DISPERSIVE REITVELD REFINEMENT STUDY OF LOW-SYMMETRY AND MULTIPLE PHASES DIFFRACTION
Authors: ZHAO YS VONDREELE RB SHANKLAND TJ WEIDNER DJ ZHANG JZ WANG YB GASPARIK T
Citation: Ys. Zhao et al., THERMOELASTIC EQUATION OF STATE OF JADEITE NAALSI2O6 - AN ENERGY-DISPERSIVE REITVELD REFINEMENT STUDY OF LOW-SYMMETRY AND MULTIPLE PHASES DIFFRACTION, Geophysical research letters, 24(1), 1997, pp. 5-8
SLOW DYNAMICS IN THE NONLINEAR ELASTIC RESPONSE OF BEREA SANDSTONE
Authors: TENCATE JA SHANKLAND TJ
Citation: Ja. Tencate et Tj. Shankland, SLOW DYNAMICS IN THE NONLINEAR ELASTIC RESPONSE OF BEREA SANDSTONE, Geophysical research letters, 23(21), 1996, pp. 3019-3022
LABORATORY STUDY OF LINEAR AND NONLINEAR ELASTIC PULSE-PROPAGATION INSANDSTONE
Authors: TENCATE JA VANDENABEELE KEA SHANKLAND TJ JOHNSON PA
Citation: Ja. Tencate et al., LABORATORY STUDY OF LINEAR AND NONLINEAR ELASTIC PULSE-PROPAGATION INSANDSTONE, The Journal of the Acoustical Society of America, 100(3), 1996, pp. 1383-1391
ELECTRICAL-CONDUCTIVITY AND CARBON IN METAMORPHIC ROCKS OF THE YUKON-TANANA TERRANE, ALASKA
Authors: MATHEZ EA DUBA AG PEACH CL LEGER A SHANKLAND TJ PLAFKER G
Citation: Ea. Mathez et al., ELECTRICAL-CONDUCTIVITY AND CARBON IN METAMORPHIC ROCKS OF THE YUKON-TANANA TERRANE, ALASKA, J GEO R-SOL, 100(B6), 1995, pp. 10187-10196
A HIGH P-T SINGLE-CRYSTAL X-RAY-DIFFRACTION STUDY OF THERMOELASTICITYOF MGSIO3 ORTHOENSTATITE
Authors: ZHAO YS SCHIFERL D SHANKLAND TJ
Citation: Ys. Zhao et al., A HIGH P-T SINGLE-CRYSTAL X-RAY-DIFFRACTION STUDY OF THERMOELASTICITYOF MGSIO3 ORTHOENSTATITE, Physics and chemistry of minerals, 22(6), 1995, pp. 393-398
DISLOCATION MELTING OF IRON AND THE TEMPERATURE OF THE INNER-CORE BOUNDARY, REVISITED
Authors: POIRIER JP SHANKLAND TJ
Citation: Jp. Poirier et Tj. Shankland, DISLOCATION MELTING OF IRON AND THE TEMPERATURE OF THE INNER-CORE BOUNDARY, REVISITED, Geophysical journal international, 115(1), 1993, pp. 147-151
QUANTITATIVE OLIVINE-DEFECT CHEMICAL-MODEL - INSIGHTS ON ELECTRICAL-CONDUCTION, DIFFUSION, AND THE ROLE OF FE CONTENT
Authors: HIRSCH LM SHANKLAND TJ
Citation: Lm. Hirsch et Tj. Shankland, QUANTITATIVE OLIVINE-DEFECT CHEMICAL-MODEL - INSIGHTS ON ELECTRICAL-CONDUCTION, DIFFUSION, AND THE ROLE OF FE CONTENT, Geophysical journal international, 114(1), 1993, pp. 21-35
ELECTRICAL-CONDUCTION AND POLARON MOBILITY IN FE-BEARING OLIVINE
Authors: HIRSCH LM SHANKLAND TJ DUBA AG
Citation: Lm. Hirsch et al., ELECTRICAL-CONDUCTION AND POLARON MOBILITY IN FE-BEARING OLIVINE, Geophysical journal international, 114(1), 1993, pp. 36-44
ON THE COMBINATION OF THE MAGNETOTELLURIC AND THE GEOMAGNETIC DEPTHSOUNDING METHOD FOR RESOLVING AN ELECTRICAL-CONDUCTIVITY INCREASE AT 400KM DEPTH
Authors: BAHR K OLSEN N SHANKLAND TJ
Citation: K. Bahr et al., ON THE COMBINATION OF THE MAGNETOTELLURIC AND THE GEOMAGNETIC DEPTHSOUNDING METHOD FOR RESOLVING AN ELECTRICAL-CONDUCTIVITY INCREASE AT 400KM DEPTH, Geophysical research letters, 20(24), 1993, pp. 2937-2940
ELECTRICAL-CONDUCTIVITY OF THE EARTHS LOWER MANTLE
Authors: SHANKLAND TJ PEYRONNEAU J POIRIER JP
Citation: Tj. Shankland et al., ELECTRICAL-CONDUCTIVITY OF THE EARTHS LOWER MANTLE, Nature, 366(6454), 1993, pp. 453-455
Risultati: 1-12 |