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Results: 1-18 |
Results: 18
PREPARATION OF VOLATILE MOLECULAR LITHIUM-NIOBIUM ALLIOXIDES - CRYSTAL-STRUCTURES OF [NB(MU-OCH2SIME3)(OCH2SIME3)(4)](2) AND -OCH2SIME3)-(MU(2)-OCH2SIME3)(2)(OCH2SIME3)(3)](2)
Authors: GOEL SC HOLLINGSWORTH JA BEATTY AM ROBINSON KD BUHRO WE
Citation: Sc. Goel et al., PREPARATION OF VOLATILE MOLECULAR LITHIUM-NIOBIUM ALLIOXIDES - CRYSTAL-STRUCTURES OF [NB(MU-OCH2SIME3)(OCH2SIME3)(4)](2) AND -OCH2SIME3)-(MU(2)-OCH2SIME3)(2)(OCH2SIME3)(3)](2), Polyhedron, 17(5-6), 1998, pp. 781-790
NANOSTRUCTURE BY DESIGN - SOLUTION-PHASE-PROCESSING ROUTES TO NANOCRYSTALLINE METALS, CERAMICS, INTERMETALLICS, AND COMPOSITES
Authors: HABER JA GUNDA NV BUHRO WE
Citation: Ja. Haber et al., NANOSTRUCTURE BY DESIGN - SOLUTION-PHASE-PROCESSING ROUTES TO NANOCRYSTALLINE METALS, CERAMICS, INTERMETALLICS, AND COMPOSITES, Journal of aerosol science, 29(5-6), 1998, pp. 637-645
KINETIC INSTABILITY OF NANOCRYSTALLINE ALUMINUM PREPARED BY CHEMICAL SYNTHESIS - FACILE ROOM-TEMPERATURE GRAIN-GROWTH
Authors: HABER JA BUHRO WE
Citation: Ja. Haber et We. Buhro, KINETIC INSTABILITY OF NANOCRYSTALLINE ALUMINUM PREPARED BY CHEMICAL SYNTHESIS - FACILE ROOM-TEMPERATURE GRAIN-GROWTH, Journal of the American Chemical Society, 120(42), 1998, pp. 10847-10855
SOLUTION-LIQUID-SOLID GROWTH OF INDIUM-PHOSPHIDE FIBERS FROM ORGANOMETALLIC PRECURSORS - ELUCIDATION OF MOLECULAR AND NONMOLECULAR COMPONENTS OF THE PATHWAY
Authors: TRENTLER TJ GOEL SC HICKMAN KM VIANO AM CHIANG MY BEATTY AM GIBBONS PC BUHRO WE
Citation: Tj. Trentler et al., SOLUTION-LIQUID-SOLID GROWTH OF INDIUM-PHOSPHIDE FIBERS FROM ORGANOMETALLIC PRECURSORS - ELUCIDATION OF MOLECULAR AND NONMOLECULAR COMPONENTS OF THE PATHWAY, Journal of the American Chemical Society, 119(9), 1997, pp. 2172-2181
MORPHOLOGICAL CONTROL OF NANOCRYSTALLINE ALUMINUM NITRIDE - ALUMINUM CHLORIDE-ASSISTED NANOWHISKER GROWTH
Authors: HABER JA GIBBONS PC BUHRO WE
Citation: Ja. Haber et al., MORPHOLOGICAL CONTROL OF NANOCRYSTALLINE ALUMINUM NITRIDE - ALUMINUM CHLORIDE-ASSISTED NANOWHISKER GROWTH, Journal of the American Chemical Society, 119(23), 1997, pp. 5455-5456
PROGRESS IN MOLECULAR PRECURSORS FOR ELECTRONIC MATERIALS
Authors: BUHRO WE
Citation: We. Buhro, PROGRESS IN MOLECULAR PRECURSORS FOR ELECTRONIC MATERIALS, Advanced materials for optics and electronics, 6(4), 1996, pp. 175-184
TURNING DOWN THE HEAT ON SEMICONDUCTOR GROWTH - SOLUTION-CHEMICAL SYNTHESES AND THE SOLUTION-LIQUID-SOLID MECHANISM
Authors: BUHRO WE HICKMAN KM TRENTLER TJ
Citation: We. Buhro et al., TURNING DOWN THE HEAT ON SEMICONDUCTOR GROWTH - SOLUTION-CHEMICAL SYNTHESES AND THE SOLUTION-LIQUID-SOLID MECHANISM, Advanced materials, 8(8), 1996, pp. 685
CHEMICAL SYNTHESIS OF NANOCRYSTALLINE TITANIUM AND NICKEL ALUMINIDES FROM THE METAL CHLORIDES AND LITHIUM ALUMINUM-HYDRIDE
Authors: HABER JA CRANE JL BUHRO WE FREY CA SASTRY SML BALBACH JJ CONRADI MS
Citation: Ja. Haber et al., CHEMICAL SYNTHESIS OF NANOCRYSTALLINE TITANIUM AND NICKEL ALUMINIDES FROM THE METAL CHLORIDES AND LITHIUM ALUMINUM-HYDRIDE, Advanced materials, 8(2), 1996, pp. 163
MECHANICAL-PROPERTIES OF NANOCRYSTALLINE COPPER PRODUCED BY SOLUTION-PHASE SYNTHESIS
Authors: SURYANARAYANAN R FREY CA SASTRY SML WALLER BE BATES SE BUHRO WE
Citation: R. Suryanarayanan et al., MECHANICAL-PROPERTIES OF NANOCRYSTALLINE COPPER PRODUCED BY SOLUTION-PHASE SYNTHESIS, Journal of materials research, 11(2), 1996, pp. 439-448
DEFORMATION, RECOVERY, AND RECRYSTALLIZATION BEHAVIOR OF NANOCRYSTALLINE COPPER PRODUCED FROM SOLUTION-PHASE SYNTHESIZED NANOPARTICLES
Authors: SURYANARAYANAN R FREY CA SASTRY SML WALLER BE BUHRO WE
Citation: R. Suryanarayanan et al., DEFORMATION, RECOVERY, AND RECRYSTALLIZATION BEHAVIOR OF NANOCRYSTALLINE COPPER PRODUCED FROM SOLUTION-PHASE SYNTHESIZED NANOPARTICLES, Journal of materials research, 11(2), 1996, pp. 449-457
SONOCHEMICAL SYNTHESIS OF NANOCRYSTALLINE MOLYBDENUM DISILICIDE (MOSI2)
Authors: TRENTLER TJ SURYANARAYANAN R SASTRY SML BUHRO WE
Citation: Tj. Trentler et al., SONOCHEMICAL SYNTHESIS OF NANOCRYSTALLINE MOLYBDENUM DISILICIDE (MOSI2), Materials science & engineering. A, Structural materials: properties, microstructure and processing, 204(1-2), 1995, pp. 193-196
SYNTHESIS OF TITANIUM BORIDE (TIB)(2) NANOCRYSTALLITES BY SOLUTION-PHASE PROCESSING
Authors: BATES SE BUHRO WE FREY CA SASTRY SML KELTON KF
Citation: Se. Bates et al., SYNTHESIS OF TITANIUM BORIDE (TIB)(2) NANOCRYSTALLITES BY SOLUTION-PHASE PROCESSING, Journal of materials research, 10(10), 1995, pp. 2599-2612
SYNTHESIS AND CHARACTERIZATION OF C-60(CCL4)(10)
Authors: GANGOPADHYAY AK SCHILLING JS DELEO M BUHRO WE ROBINSON K KOWALEWSKI T
Citation: Ak. Gangopadhyay et al., SYNTHESIS AND CHARACTERIZATION OF C-60(CCL4)(10), Solid state communications, 96(8), 1995, pp. 597-600
SOLUTION-LIQUID-SOLID GROWTH OF CRYSTALLINE III-V SEMICONDUCTORS - ANANALOGY TO VAPOR-LIQUID-SOLID GROWTH
Authors: TRENTLER TJ HICKMAN KM GOEL SC VIANO AM GIBBONS PC BUHRO WE
Citation: Tj. Trentler et al., SOLUTION-LIQUID-SOLID GROWTH OF CRYSTALLINE III-V SEMICONDUCTORS - ANANALOGY TO VAPOR-LIQUID-SOLID GROWTH, Science, 270(5243), 1995, pp. 1791-1794
METALLOORGANIC ROUTES TO PHOSPHIDE SEMICONDUCTORS
Authors: BUHRO WE
Citation: We. Buhro, METALLOORGANIC ROUTES TO PHOSPHIDE SEMICONDUCTORS, Polyhedron, 13(8), 1994, pp. 1131-1148
DISILYLPHOSPHIDO COMPLEXES M[P(SIPH3)2]2, WHERE M=ZN, CD, HG, AND SN - EFFECTIVE STERIC EQUIVALENCY OF P(SIPH3)2 AND N(SIME3)2 LIGANDS
Authors: MATCHETT MA CHIANG MY BUHRO WE
Citation: Ma. Matchett et al., DISILYLPHOSPHIDO COMPLEXES M[P(SIPH3)2]2, WHERE M=ZN, CD, HG, AND SN - EFFECTIVE STERIC EQUIVALENCY OF P(SIPH3)2 AND N(SIME3)2 LIGANDS, Inorganic chemistry, 33(6), 1994, pp. 1109-1114
HOMOLEPTIC DISILYLPHOSPHIDO COMPLEXES (M[P(SIR3)2]X)N AND THEIR USE AS PRECURSORS TO PHOSPHIDE SEMICONDUCTOR NANOCLUSTERS
Authors: GOEL SC MATCHETT MA CHA DK CHIANG MY BUHRO WE
Citation: Sc. Goel et al., HOMOLEPTIC DISILYLPHOSPHIDO COMPLEXES (M[P(SIR3)2]X)N AND THEIR USE AS PRECURSORS TO PHOSPHIDE SEMICONDUCTOR NANOCLUSTERS, Phosphorus, sulfur and silicon and the related elements, 76(1-4), 1993, pp. 549-552
LOW-TEMPERATURE ORGANOMETALLIC SYNTHESIS OF CRYSTALLINE AND GLASSY TERNARY SEMICONDUCTORS M(II)M(IV)P(2) WHERE M(II) = ZN AND CD, AND M(IV)= GE AND SN
Authors: GOEL SC BUHRO WE ADOLPHI NL CONRADI MS
Citation: Sc. Goel et al., LOW-TEMPERATURE ORGANOMETALLIC SYNTHESIS OF CRYSTALLINE AND GLASSY TERNARY SEMICONDUCTORS M(II)M(IV)P(2) WHERE M(II) = ZN AND CD, AND M(IV)= GE AND SN, Journal of organometallic chemistry, 449(1-2), 1993, pp. 9-18
Risultati: 1-18 |