ACNP - Italian Periodicals Catalogue

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Results: 1-23 |

Results: 23

TRIVALENT ALUMINUM ION CONDUCTING CHARACTERISTICS IN AL-2(WO4)(3) SINGLE-CRYSTALS

Authors: IMANAKA N TAMURA S HIRAIWA M ADACHI G DABKOWSKA H DABKOWSKI A GREEDAN JE

Citation: N. Imanaka et al., TRIVALENT ALUMINUM ION CONDUCTING CHARACTERISTICS IN AL-2(WO4)(3) SINGLE-CRYSTALS, Chemistry of materials, 10(9), 1998, pp. 2542-2545

TRIVALENT ALUMINUM IONIC-CONDUCTION IN THE ALUMINUM TUNGSTATE SCANDIUM TUNGSTATE LUTETIUM TUNGSTATE SOLID-SOLUTION SYSTEM

Authors: TAMURA S EGAWA T OKAZAKI Y KOBAYASHI Y IMANAKA N ADACHI G

Citation: S. Tamura et al., TRIVALENT ALUMINUM IONIC-CONDUCTION IN THE ALUMINUM TUNGSTATE SCANDIUM TUNGSTATE LUTETIUM TUNGSTATE SOLID-SOLUTION SYSTEM, Chemistry of materials, 10(7), 1998, pp. 1958-1962

TRIVALENT RARE-EARTH ION CONDUCTION IN THE RARE-EARTH TUNGSTATES WITHTHE SC-2(WO4)(3)-TYPE STRUCTURE

Authors: IMANAKA N KOBAYASHI Y FUJIWARA K ASANO T OKAZAKI Y ADACHI GY

Citation: N. Imanaka et al., TRIVALENT RARE-EARTH ION CONDUCTION IN THE RARE-EARTH TUNGSTATES WITHTHE SC-2(WO4)(3)-TYPE STRUCTURE, Chemistry of materials, 10(7), 1998, pp. 2006-2012

THE BINARY RARE-EARTH-OXIDES

Authors: ADACHI G IMANAKA N

Citation: G. Adachi et N. Imanaka, THE BINARY RARE-EARTH-OXIDES, Chemical reviews, 98(4), 1998, pp. 1479-1514

RARE-EARTH CONTRIBUTION IN SOLID-STATE ELECTROLYTES, ESPECIALLY IN THE CHEMICAL SENSOR FIELD

Authors: IMANAKA N ADACHI G

Citation: N. Imanaka et G. Adachi, RARE-EARTH CONTRIBUTION IN SOLID-STATE ELECTROLYTES, ESPECIALLY IN THE CHEMICAL SENSOR FIELD, Journal of alloys and compounds, 250(1-2), 1997, pp. 492-500

TRIVALENT AL3+ ION CONDUCTION IN ALUMINUM TUNGSTATE SOLID

Authors: KOBAYASHI Y EGAWA T TAMURA S IMANAKA N ADACHI GY

Citation: Y. Kobayashi et al., TRIVALENT AL3+ ION CONDUCTION IN ALUMINUM TUNGSTATE SOLID, Chemistry of materials, 9(7), 1997, pp. 1649-1654

FAST LI-CIRCLE-PLUS CONDUCTING CERAMIC ELECTROLYTES

Authors: ADACHI GY IMANAKA N AONO H

Citation: Gy. Adachi et al., FAST LI-CIRCLE-PLUS CONDUCTING CERAMIC ELECTROLYTES, Advanced materials, 8(2), 1996, pp. 127

A TIP-TYPE CARBON-DIOXIDE GAS-SENSOR PROBE BASED ON LITHIUM AND OXIDEIONIC CONDUCTORS

Authors: IMANAKA N HIROTA Y ADACHI G

Citation: N. Imanaka et al., A TIP-TYPE CARBON-DIOXIDE GAS-SENSOR PROBE BASED ON LITHIUM AND OXIDEIONIC CONDUCTORS, Sensors and actuators. B, Chemical, 25(1-3), 1995, pp. 380-382

SELECTIVE NITROGEN-DIOXIDE SENSOR-BASED ON NICKEL COPPER-OXIDE MIXED WITH RARE-EARTHS

Authors: BANNO S IMANAKA N ADACHI G

Citation: S. Banno et al., SELECTIVE NITROGEN-DIOXIDE SENSOR-BASED ON NICKEL COPPER-OXIDE MIXED WITH RARE-EARTHS, Sensors and actuators. B, Chemical, 25(1-3), 1995, pp. 619-622

STRUCTURE AND MAGNETIC-PROPERTIES OF QUASI-ONE-DIMENSIONAL COBALT-DOPED SCANDIUM CUPRATE COMPOUNDS

Authors: IMANAKA N SHIMIZU T SAITO F KOBAYASHI Y ADACHI GY LIU G GREEDAN JE

Citation: N. Imanaka et al., STRUCTURE AND MAGNETIC-PROPERTIES OF QUASI-ONE-DIMENSIONAL COBALT-DOPED SCANDIUM CUPRATE COMPOUNDS, Nippon Seramikkusu Kyokai gakujutsu ronbunshi, 103(4), 1995, pp. 330-334

A DIRECT EVIDENCE FOR TRIVALENT ION CONDUCTION IN SOLIDS

Authors: IMANAKA N KOBAYASHI Y ADACHI GY

Citation: N. Imanaka et al., A DIRECT EVIDENCE FOR TRIVALENT ION CONDUCTION IN SOLIDS, Chemistry Letters, (6), 1995, pp. 433-434

SELECTIVE NITROGEN-DIOXIDE GAS SENSOR-BASED ON RARE EARTH CUPRATE SEMICONDUCTORS

Authors: IMANAKA N HIROTA Y ADACHI GY

Citation: N. Imanaka et al., SELECTIVE NITROGEN-DIOXIDE GAS SENSOR-BASED ON RARE EARTH CUPRATE SEMICONDUCTORS, Journal of the Electrochemical Society, 142(6), 1995, pp. 1950-1951

SELECTIVE NO2 SENSING CHARACTERISTICS OF SC2O3 MIXED NICKEL COPPER-OXIDE

Authors: IMANAKA N BANNO S ADACHI GY

Citation: N. Imanaka et al., SELECTIVE NO2 SENSING CHARACTERISTICS OF SC2O3 MIXED NICKEL COPPER-OXIDE, Chemistry Letters, (2), 1994, pp. 319-322

FLUX GROWTH OF SC-2(WO4)(3) SINGLE-CRYSTALS

Authors: KOBAYASHI Y IMANAKA N ADACHI G

Citation: Y. Kobayashi et al., FLUX GROWTH OF SC-2(WO4)(3) SINGLE-CRYSTALS, Journal of crystal growth, 143(3-4), 1994, pp. 362-364

FLUX GROWTH OF Y2CU2O5 SINGLE-CRYSTALS

Authors: IMANAKA N ADACHI G DABKOWSKA H DABKOWSKI A GREEDAN JE

Citation: N. Imanaka et al., FLUX GROWTH OF Y2CU2O5 SINGLE-CRYSTALS, Journal of crystal growth, 141(1-2), 1994, pp. 150-152

HIGH LI+ CONDUCTING CERAMICS

Authors: AONO H IMANAKA N ADACHI G

Citation: H. Aono et al., HIGH LI+ CONDUCTING CERAMICS, Accounts of chemical research, 27(9), 1994, pp. 265-270

CO2 DETECTION WITH LITHIUM SOLID-ELECTROLYTE SENSORS

Authors: IMANAKA N MURATA T KAWASATO T ADACHI G

Citation: N. Imanaka et al., CO2 DETECTION WITH LITHIUM SOLID-ELECTROLYTE SENSORS, Sensors and actuators. B, Chemical, 13(1-3), 1993, pp. 476-479

LUMINESCENCE PROPERTIES OF SR DOPED YTTRIUM TANTALATE PHOSPHORS

Authors: MINAMIDANI T SHINOMIYA G CHIKUTEI S KONDO T SAKATA T MORI H IMANAKA N ADACHI G

Citation: T. Minamidani et al., LUMINESCENCE PROPERTIES OF SR DOPED YTTRIUM TANTALATE PHOSPHORS, Nippon kagaku kaishi, (5), 1993, pp. 656-664

SINGLE SURFACE SEALED TYPE CARBON-DIOXIDE GAS SENSOR-BASED ON A LITHIUM IONIC CONDUCTOR

Authors: IMANAKA N MURATA T ADACHI GY

Citation: N. Imanaka et al., SINGLE SURFACE SEALED TYPE CARBON-DIOXIDE GAS SENSOR-BASED ON A LITHIUM IONIC CONDUCTOR, Denki Kagaku Oyobi Kogyo Butsuri Kagaku, 61(7), 1993, pp. 909-910

IONIC-CONDUCTIVITY OF BETA-FE2(SO4)3 TYPE LI3CR2(PO4)3 BASED ELECTROLYTE

Authors: AONO H SUGIMOTO E SADAOKA Y IMANAKA N ADACHI GY

Citation: H. Aono et al., IONIC-CONDUCTIVITY OF BETA-FE2(SO4)3 TYPE LI3CR2(PO4)3 BASED ELECTROLYTE, Chemistry Letters, (12), 1993, pp. 2033-2036

LITHIUM CONDUCTING AMORPHOUS SOLID ELECTROLYTES OBTAINED BY EXPLOSIONMETHOD

Authors: IMANAKA N SHIMIZU T ADACHI G

Citation: N. Imanaka et al., LITHIUM CONDUCTING AMORPHOUS SOLID ELECTROLYTES OBTAINED BY EXPLOSIONMETHOD, Solid state ionics, 62(3-4), 1993, pp. 167-171

ELECTRICAL-PROPERTIES AND CRYSTAL-STRUCTURE OF SOLID-ELECTROLYTE BASED ON LITHIUM HAFNIUM PHOSPHATE LIHF2(PO4)3

Authors: AONO H SUGIMOTO E SADAOKA Y IMANAKA N ADACHI GY

Citation: H. Aono et al., ELECTRICAL-PROPERTIES AND CRYSTAL-STRUCTURE OF SOLID-ELECTROLYTE BASED ON LITHIUM HAFNIUM PHOSPHATE LIHF2(PO4)3, Solid state ionics, 62(3-4), 1993, pp. 309-316

THE ELECTRICAL-PROPERTIES OF CERAMIC ELECTROLYTES FOR LIMXTI2-X(PO4)3+YLI2O, M = GE, SN, HF, AND ZR SYSTEMS

Authors: AONO H SUGIMOTO E SADAOKA Y IMANAKA N ADACHI G

Citation: H. Aono et al., THE ELECTRICAL-PROPERTIES OF CERAMIC ELECTROLYTES FOR LIMXTI2-X(PO4)3+YLI2O, M = GE, SN, HF, AND ZR SYSTEMS, Journal of the Electrochemical Society, 140(7), 1993, pp. 1827-1833

Risultati: 1-23 |