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Results: 1-20 |
Results: 20
SNO2-TIO2 SOLID-SOLUTIONS FOR GAS SENSORS
Authors: RADECKA M ZAKRZEWSKA K REKAS M
Citation: M. Radecka et al., SNO2-TIO2 SOLID-SOLUTIONS FOR GAS SENSORS, Sensors and actuators. B, Chemical, 47(1-3), 1998, pp. 194-204
DEFECT CHEMISTRY OF (LA,SR)MNO3
Authors: NOWOTNY J REKAS M
Citation: J. Nowotny et M. Rekas, DEFECT CHEMISTRY OF (LA,SR)MNO3, Journal of the American Ceramic Society, 81(1), 1998, pp. 67-80
THE EFFECT OF THERMAL-TREATMENT ON THE STRUCTURE, OPTICAL AND ELECTRICAL-PROPERTIES OF AMORPHOUS TITANIUM NITRIDE THIN-FILMS
Authors: TARNIOWY A MANIA R REKAS M
Citation: A. Tarniowy et al., THE EFFECT OF THERMAL-TREATMENT ON THE STRUCTURE, OPTICAL AND ELECTRICAL-PROPERTIES OF AMORPHOUS TITANIUM NITRIDE THIN-FILMS, Thin solid films, 311(1-2), 1997, pp. 93-100
EFFECT OF NB, CR, SN ADDITIONS ON GAS-SENSING PROPERTIES OF TIO2 THIN-FILMS
Authors: ZAKRZEWSKA K RADECKA M REKAS M
Citation: K. Zakrzewska et al., EFFECT OF NB, CR, SN ADDITIONS ON GAS-SENSING PROPERTIES OF TIO2 THIN-FILMS, Thin solid films, 310(1-2), 1997, pp. 161-166
SEMICONDUCTING PROPERTIES OF UNDOPED TIO2
Authors: NOWOTNY J RADECKA M REKAS M
Citation: J. Nowotny et al., SEMICONDUCTING PROPERTIES OF UNDOPED TIO2, Journal of physics and chemistry of solids, 58(6), 1997, pp. 927-937
DEFECT CHEMISTRY OF ANTIMONY DOPED SNO2 THIN-FILMS .1. MECHANISM OF SB INCORPORATION INTO SNO2 LATTICE
Authors: REKAS M SZKLARSKI Z
Citation: M. Rekas et Z. Szklarski, DEFECT CHEMISTRY OF ANTIMONY DOPED SNO2 THIN-FILMS .1. MECHANISM OF SB INCORPORATION INTO SNO2 LATTICE, Bulletin of the Polish Academy of Sciences. Chemistry, 44(3), 1996, pp. 155-162
DEFECT CHEMISTRY OF ANTIMONY DOPED SNO2 THIN-FILMS .2. ELECTRICAL-PROPERTIES
Authors: REKAS M SZKLARSKI Z
Citation: M. Rekas et Z. Szklarski, DEFECT CHEMISTRY OF ANTIMONY DOPED SNO2 THIN-FILMS .2. ELECTRICAL-PROPERTIES, Bulletin of the Polish Academy of Sciences. Chemistry, 44(3), 1996, pp. 163-177
ELECTRICAL-PROPERTIES OF UNDOPED COO - A DEBYE-HUCKEL APPROACH
Authors: BORCHARDT G KOWALSKI K NOWOTNY J REKAS M WEPPNER W
Citation: G. Borchardt et al., ELECTRICAL-PROPERTIES OF UNDOPED COO - A DEBYE-HUCKEL APPROACH, Journal of Materials Science, 31(19), 1996, pp. 5185-5190
THE STUDIES OF HIGH-TEMPERATURE INTERACTION OF NB-TIO2 THIN-FILMS WITH OXYGEN
Authors: RADECKA M REKAS M
Citation: M. Radecka et M. Rekas, THE STUDIES OF HIGH-TEMPERATURE INTERACTION OF NB-TIO2 THIN-FILMS WITH OXYGEN, Journal of physics and chemistry of solids, 56(8), 1995, pp. 1031-1037
THERMOPOWER AND ELECTRICAL-CONDUCTIVITY OF SINGLE-CRYSTAL AND POLYCRYSTALLINE COO
Authors: BORCHARDT G KOWALSKI K NOWOTNY J REKAS M WEPPNER W
Citation: G. Borchardt et al., THERMOPOWER AND ELECTRICAL-CONDUCTIVITY OF SINGLE-CRYSTAL AND POLYCRYSTALLINE COO, Journal of the European Ceramic Society, 14(4), 1994, pp. 369-376
THERMOPOWER AND ELECTRICAL-CONDUCTIVITY OF SINGLE-CRYSTAL AND POLYCRYSTALLINE COO
Authors: BORCHARDT G KOWALSKI K NOWOTNY J REKAS M WEPPNER W
Citation: G. Borchardt et al., THERMOPOWER AND ELECTRICAL-CONDUCTIVITY OF SINGLE-CRYSTAL AND POLYCRYSTALLINE COO, Journal of the European Ceramic Society, 14(4), 1994, pp. 369-376
DEFECT STRUCTURE, ELECTRICAL-PROPERTIES AND TRANSPORT IN BARIUM-TITANATE .2. CONSISTENCY REQUIREMENTS BETWEEN DEFECT MODELS AND CRYSTAL PROPERTIES
Authors: NOWOTNY J REKAS M
Citation: J. Nowotny et M. Rekas, DEFECT STRUCTURE, ELECTRICAL-PROPERTIES AND TRANSPORT IN BARIUM-TITANATE .2. CONSISTENCY REQUIREMENTS BETWEEN DEFECT MODELS AND CRYSTAL PROPERTIES, Ceramics international, 20(4), 1994, pp. 217-224
DEFECT STRUCTURE, ELECTRICAL-PROPERTIES AND TRANSPORT IN BARIUM-TITANATE .3. ELECTRICAL-CONDUCTIVITY, THERMOPOWER AND TRANSPORT IN SINGLE-CRYSTALLINE BATIO3
Authors: NOWOTNY J REKAS M
Citation: J. Nowotny et M. Rekas, DEFECT STRUCTURE, ELECTRICAL-PROPERTIES AND TRANSPORT IN BARIUM-TITANATE .3. ELECTRICAL-CONDUCTIVITY, THERMOPOWER AND TRANSPORT IN SINGLE-CRYSTALLINE BATIO3, Ceramics international, 20(4), 1994, pp. 225-235
DEFECT STRUCTURE, ELECTRICAL-PROPERTIES AND TRANSPORT IN BARIUM-TITANATE .4. THERMOPOWER OF POLYCRYSTALLINE BATIO3 WITHIN THE N-P TRANSITION RANGE
Authors: NOWOTNY J REKAS M
Citation: J. Nowotny et M. Rekas, DEFECT STRUCTURE, ELECTRICAL-PROPERTIES AND TRANSPORT IN BARIUM-TITANATE .4. THERMOPOWER OF POLYCRYSTALLINE BATIO3 WITHIN THE N-P TRANSITION RANGE, Ceramics international, 20(4), 1994, pp. 237-250
DEFECT STRUCTURE, ELECTRICAL-PROPERTIES AND TRANSPORT IN BARIUM-TITANATE .5. WORK FUNCTION
Authors: NOWOTNY J REKAS M
Citation: J. Nowotny et M. Rekas, DEFECT STRUCTURE, ELECTRICAL-PROPERTIES AND TRANSPORT IN BARIUM-TITANATE .5. WORK FUNCTION, Ceramics international, 20(4), 1994, pp. 251-255
DEFECT STRUCTURE, ELECTRICAL-PROPERTIES AND TRANSPORT IN BARIUM-TITANATE .6. GENERAL DEFECT MODEL
Authors: NOWOTNY J REKAS M
Citation: J. Nowotny et M. Rekas, DEFECT STRUCTURE, ELECTRICAL-PROPERTIES AND TRANSPORT IN BARIUM-TITANATE .6. GENERAL DEFECT MODEL, Ceramics international, 20(4), 1994, pp. 257-263
DEFECT STRUCTURE, ELECTRICAL-PROPERTIES AND TRANSPORT IN BARIUM-TITANATE .7. CHEMICAL DIFFUSION IN NB-DOPED BATIO3
Authors: NOWOTNY J REKAS M
Citation: J. Nowotny et M. Rekas, DEFECT STRUCTURE, ELECTRICAL-PROPERTIES AND TRANSPORT IN BARIUM-TITANATE .7. CHEMICAL DIFFUSION IN NB-DOPED BATIO3, Ceramics international, 20(4), 1994, pp. 265-275
ELECTRICAL SURFACE VERSUS BULK PROPERTIES OF FE-DOPED TIO2 SINGLE-CRYSTALS
Authors: BERNASIK A REKAS M SLOMA M WEPPNER W
Citation: A. Bernasik et al., ELECTRICAL SURFACE VERSUS BULK PROPERTIES OF FE-DOPED TIO2 SINGLE-CRYSTALS, Solid state ionics, 72, 1994, pp. 12-18
THERMOELECTRIC-POWER OF TETRAGONAL ZRO2
Authors: SLOMA M WEPPNER W REKAS M
Citation: M. Sloma et al., THERMOELECTRIC-POWER OF TETRAGONAL ZRO2, Solid state ionics, 72, 1994, pp. 89-93
POSITIVE TEMPERATURE-COEFFICIENT OF RESISTIVITY FOR BATIO3-BASED MATERIALS
Authors: NOWOTNY J REKAS M
Citation: J. Nowotny et M. Rekas, POSITIVE TEMPERATURE-COEFFICIENT OF RESISTIVITY FOR BATIO3-BASED MATERIALS, Ceramics international, 17(4), 1991, pp. 227-241
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