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Results: 1-25 | 26-50 | 51-57
Results: 1-25/57
CO2 gas sensor with the combination of tetravalent zirconium cation and divalent oxide anion conducting solids with water-insoluble oxycarbonate electrode
Authors: Imanaka, N Ogura, A Kamikawa, M Adachi, G
Citation: N. Imanaka et al., CO2 gas sensor with the combination of tetravalent zirconium cation and divalent oxide anion conducting solids with water-insoluble oxycarbonate electrode, ELECTROCH C, 3(8), 2001, pp. 451-454
A chlorine gas sensor based on the combination of Mg2+ cation conducting and O2- anion conducting solid electrolytes with lanthanum oxychloride as anauxiliary electrode
Authors: Imanaka, N Okamoto, K Adachi, G
Citation: N. Imanaka et al., A chlorine gas sensor based on the combination of Mg2+ cation conducting and O2- anion conducting solid electrolytes with lanthanum oxychloride as anauxiliary electrode, ELECTROCH C, 3(2), 2001, pp. 49-51
Multivalent cation conducting novel solid electrolytes
Authors: Imanaka, N Tamura, S Adachi, GY
Citation: N. Imanaka et al., Multivalent cation conducting novel solid electrolytes, ELECTROCH, 69(10), 2001, pp. 802-805
Carbon dioxide gas sensing with the combination of divalent magnesium cation and divalent oxide anion conducting solid electrolytes with neodymium oxycarbonate based auxiliary electrode
Authors: Imanaka, N Kamikawa, M Adachi, G
Citation: N. Imanaka et al., Carbon dioxide gas sensing with the combination of divalent magnesium cation and divalent oxide anion conducting solid electrolytes with neodymium oxycarbonate based auxiliary electrode, ELECTROANAL, 13(15), 2001, pp. 1291-1294
Rare earth ion conduction in solids
Authors: Adachi, G Imanaka, N Tamura, S
Citation: G. Adachi et al., Rare earth ion conduction in solids, J ALLOY COM, 323, 2001, pp. 534-539
Trivalent cation conduction in R1/3Zr2(PO4)(3) (R : rare earths) with the NASICON-type structure
Authors: Tamura, S Imanaka, N Adachi, G
Citation: S. Tamura et al., Trivalent cation conduction in R1/3Zr2(PO4)(3) (R : rare earths) with the NASICON-type structure, J ALLOY COM, 323, 2001, pp. 540-544
Carbon dioxide gas sensor with multivalent cation conducting solid electrolytes
Authors: Imanaka, N Kamikawa, M Tamura, S Adachi, G
Citation: N. Imanaka et al., Carbon dioxide gas sensor with multivalent cation conducting solid electrolytes, SENS ACTU-B, 77(1-2), 2001, pp. 301-306
A CO2 sensor based on a Sc3+ conducting SC1/3Zr2(PO4)(3) solid electrolyte
Authors: Tamura, S Imanaka, N Kamikawa, M Adachi, G
Citation: S. Tamura et al., A CO2 sensor based on a Sc3+ conducting SC1/3Zr2(PO4)(3) solid electrolyte, SENS ACTU-B, 73(2-3), 2001, pp. 205-210
Optimization of Sc3+ ion conduction in NASICON type solid electrolytes
Authors: Tamura, S Imanaka, N Adachi, G
Citation: S. Tamura et al., Optimization of Sc3+ ion conduction in NASICON type solid electrolytes, CHEM LETT, (7), 2001, pp. 672-673
High performance CO2 gas sensing with combination of multivalent ion conducting solid electrolytes with water-insoluble auxiliary electrode
Authors: Imanaka, N Ogura, A Kamikawa, M Adachi, GY
Citation: N. Imanaka et al., High performance CO2 gas sensing with combination of multivalent ion conducting solid electrolytes with water-insoluble auxiliary electrode, CHEM LETT, (7), 2001, pp. 718-719
Extraordinary high tetravalent cation conducting behaviors in solid
Authors: Imanaka, N Ueda, T Adachi, GY
Citation: N. Imanaka et al., Extraordinary high tetravalent cation conducting behaviors in solid, CHEM LETT, (5), 2001, pp. 446-447
Chloride ion conducting characteristics in rare earth oxychlorides
Authors: Imanaka, N Okamoto, K Adachi, G
Citation: N. Imanaka et al., Chloride ion conducting characteristics in rare earth oxychlorides, CHEM LETT, (2), 2001, pp. 130-131
Pressure-induced amorphization in negative thermal expansion Sc-2(WO4)(3)
Authors: Secco, RA Liu, H Imanaka, N Adachi, G
Citation: Ra. Secco et al., Pressure-induced amorphization in negative thermal expansion Sc-2(WO4)(3), J MAT SCI L, 20(14), 2001, pp. 1339-1340
High temperature P-31 NMR study on Mg2+ ion conductors
Authors: Kawamura, J Morota, K Kuwata, N Nakamura, Y Maekawa, H Hattori, T Imanaka, N Okazaki, Y Adachi, GY
Citation: J. Kawamura et al., High temperature P-31 NMR study on Mg2+ ion conductors, SOL ST COMM, 120(7-8), 2001, pp. 295-298
Direct evidence for trivalent cationic conduction in Nd3+-beta ''-Al2O3
Authors: Kohler, J Imanaka, N Urland, W Adachi, G
Citation: J. Kohler et al., Direct evidence for trivalent cationic conduction in Nd3+-beta ''-Al2O3, ANGEW CHEM, 39(5), 2000, pp. 904
Divalent magnesium ionic conduction in Mg1-2x(Zr1-xNbx)(4)P6O24 (x=0-0.4) solid solutions
Authors: Imanaka, N Okazaki, Y Adachi, G
Citation: N. Imanaka et al., Divalent magnesium ionic conduction in Mg1-2x(Zr1-xNbx)(4)P6O24 (x=0-0.4) solid solutions, EL SOLID ST, 3(7), 2000, pp. 327-329
Divalent magnesium ion conducting characteristics in phosphate based solidelectrolyte composites
Authors: Imanaka, N Okazaki, Y Adachi, G
Citation: N. Imanaka et al., Divalent magnesium ion conducting characteristics in phosphate based solidelectrolyte composites, J MAT CHEM, 10(6), 2000, pp. 1431-1435
A CO2 sensor based on a trivalent ion conducting Sc1/3Zr2(PO4)(3) solid electrolyte
Authors: Tamura, S Imanaka, N Kamikawa, M Adachi, G
Citation: S. Tamura et al., A CO2 sensor based on a trivalent ion conducting Sc1/3Zr2(PO4)(3) solid electrolyte, ADVAN MATER, 12(12), 2000, pp. 898-901
Trivalent rare earth ion conduction in the scandium tungstate type structure
Authors: Imanaka, N Tamura, S Kobayashi, Y Okazaki, Y Hiraiwa, M Ueda, T Adachi, G
Citation: N. Imanaka et al., Trivalent rare earth ion conduction in the scandium tungstate type structure, J ALLOY COM, 303, 2000, pp. 303-306
Trivalent ion conduction in molybdates having Sc-2(WO4)(3)-type structure
Authors: Imanaka, N Ueda, T Okazaki, Y Tamura, S Adachi, G
Citation: N. Imanaka et al., Trivalent ion conduction in molybdates having Sc-2(WO4)(3)-type structure, CHEM MATER, 12(7), 2000, pp. 1910-1913
Carbon dioxide gas sensing with the combination of divalent magnesium ion and oxide ion conducting solid electrolytes
Authors: Imanaka, N Yamamoto, T Adachi, G
Citation: N. Imanaka et al., Carbon dioxide gas sensing with the combination of divalent magnesium ion and oxide ion conducting solid electrolytes, CHEM LETT, (7), 2000, pp. 834-835
Tetravalent ion(Zr4+) conduction in solids
Authors: Imanaka, N Ueda, T Okazaki, Y Tamura, S Hiraiwa, M Adachi, GY
Citation: N. Imanaka et al., Tetravalent ion(Zr4+) conduction in solids, CHEM LETT, (5), 2000, pp. 452-453
CO2 gas sensing with the combination of trivalent Al3+ ion conducting Al-2(WO4)(3) single crystal solid and oxide ion conducting stabilized zirconia
Authors: Imanaka, N Kamikawa, M Hiraiwa, M Tamura, S Adachi, G
Citation: N. Imanaka et al., CO2 gas sensing with the combination of trivalent Al3+ ion conducting Al-2(WO4)(3) single crystal solid and oxide ion conducting stabilized zirconia, CHEM LETT, (1), 2000, pp. 68-69
Trivalent ion conducting solid electrolytes
Authors: Imanaka, N Kobayashi, Y Tamura, S Adachi, G
Citation: N. Imanaka et al., Trivalent ion conducting solid electrolytes, SOL ST ION, 136, 2000, pp. 319-324
A new trivalent cationic conducting solid electrolyte with NASICON-type structure
Authors: Tamura, S Imanaka, N Adachi, G
Citation: S. Tamura et al., A new trivalent cationic conducting solid electrolyte with NASICON-type structure, SOL ST ION, 136, 2000, pp. 423-426
Risultati: 1-25 | 26-50 | 51-57