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Results: 1-25 | 26-50 | 51-57

Results: 26-50/57

Single crystal growth of trivalent ion conducting aluminum tungstate-scandium tungstate solid solutions

Authors: Hiraiwa, M Tamura, S Imanaka, N Adachi, G Dabkowska, H Dabkowski, A

Citation: M. Hiraiwa et al., Single crystal growth of trivalent ion conducting aluminum tungstate-scandium tungstate solid solutions, SOL ST ION, 136, 2000, pp. 427-430

Enhanced Al3+ conduction in Al-2(WO4)(3)-Sc-2(MoO4)(3) solid solutions

Authors: Kohler, J Imanaka, N Adachi, GY

Citation: J. Kohler et al., Enhanced Al3+ conduction in Al-2(WO4)(3)-Sc-2(MoO4)(3) solid solutions, SOL ST ION, 136, 2000, pp. 431-436

Trivalent Sc3+ ion conduction in the Sc-2(WO4)(3)-Sc-2(MoO4)(3) solid solution

Authors: Okazaki, Y Ueda, T Tamura, S Imanaka, N Adachi, G

Citation: Y. Okazaki et al., Trivalent Sc3+ ion conduction in the Sc-2(WO4)(3)-Sc-2(MoO4)(3) solid solution, SOL ST ION, 136, 2000, pp. 437-440

Carbon dioxide gas sensing with the combination of trivalent Sc3+ ion conducting Sc-2(WO4)(3) and O2- ion conducting stabilized zirconia solid electrolytes

Authors: Imanaka, N Kamikawa, M Tamura, S Adachi, G

Citation: N. Imanaka et al., Carbon dioxide gas sensing with the combination of trivalent Sc3+ ion conducting Sc-2(WO4)(3) and O2- ion conducting stabilized zirconia solid electrolytes, SOL ST ION, 133(3-4), 2000, pp. 279-285

Electronic state of trivalent ionic conductors with Sc-2(WO4)(3)-type structure

Authors: Imanaka, N Tamura, S Adachi, G Kowada, Y

Citation: N. Imanaka et al., Electronic state of trivalent ionic conductors with Sc-2(WO4)(3)-type structure, SOL ST ION, 130(3-4), 2000, pp. 179-182

Thermal contraction behavior in Al-2(WO4)(3) single crystal

Authors: Imanaka, N Hiraiwa, M Adachi, G Dabkowska, H Dabkowski, A

Citation: N. Imanaka et al., Thermal contraction behavior in Al-2(WO4)(3) single crystal, J CRYST GR, 220(1-2), 2000, pp. 176-179

Single-crystal growth of aluminum tungstate-lutetium tungstate solid solution

Authors: Imanaka, N Hiraiwa, M Tamura, S Adachi, GY Dabkowska, H Dabkowski, A

Citation: N. Imanaka et al., Single-crystal growth of aluminum tungstate-lutetium tungstate solid solution, J CRYST GR, 209(1), 2000, pp. 217-219

Solid solution single crystal growth of the aluminum tungstate-scandium tungstate system by a modified CZ method

Authors: Imanaka, N Hiraiwa, M Tamura, S Adachi, G Dabkowski, A

Citation: N. Imanaka et al., Solid solution single crystal growth of the aluminum tungstate-scandium tungstate system by a modified CZ method, J CRYST GR, 208(1-4), 2000, pp. 466-470

Inclusions of nanometer-sized Al2O3 particles in a crystalline (Sc,Lu)(2)(WO4)(3) matrix

Authors: Imanaka, N Kohler, J Masui, T Adachi, GY Taguchi, E Mori, H

Citation: N. Imanaka et al., Inclusions of nanometer-sized Al2O3 particles in a crystalline (Sc,Lu)(2)(WO4)(3) matrix, J AM CERAM, 83(2), 2000, pp. 427-429

Trivalent cation conduction in the Sc-2(WO4)(3)-type structure

Authors: Adachi, G Kohler, J Imanaka, N

Citation: G. Adachi et al., Trivalent cation conduction in the Sc-2(WO4)(3)-type structure, ELECTROCH, 67(7), 1999, pp. 744-751

Nitrogen monoxide sensing with nitrosonium ion conducting solid electrolytes

Authors: Imanaka, N Yamamoto, T Adachi, G

Citation: N. Imanaka et al., Nitrogen monoxide sensing with nitrosonium ion conducting solid electrolytes, EL SOLID ST, 2(8), 1999, pp. 409-411

The enhancement of trivalent scandium ion conduction by forming scandium tungstate-scandium tantalate composites

Authors: Imanaka, N Asano, T Tamura, S Kobayashi, Y Adachi, G

Citation: N. Imanaka et al., The enhancement of trivalent scandium ion conduction by forming scandium tungstate-scandium tantalate composites, EL SOLID ST, 2(7), 1999, pp. 330-332

Ammonia sensing characteristics of solid electrolytes based on ammonium hydrogermanate

Authors: Imanaka, N Yoshikawa, S Yamamoto, T Adachi, G

Citation: N. Imanaka et al., Ammonia sensing characteristics of solid electrolytes based on ammonium hydrogermanate, EL SOLID ST, 2(7), 1999, pp. 352-353

Nitrogen oxides sensor based on silicon nitride refractory ceramics

Authors: Imanaka, N Hirota, Y Adachi, G

Citation: N. Imanaka et al., Nitrogen oxides sensor based on silicon nitride refractory ceramics, EL SOLID ST, 2(2), 1999, pp. 100-101

Electrochemical In2O3 crystal growth with the aid of In3+ conducting solidelectrolyte

Authors: Imanaka, N Kohler, J Adachi, G

Citation: N. Imanaka et al., Electrochemical In2O3 crystal growth with the aid of In3+ conducting solidelectrolyte, EL SOLID ST, 2(11), 1999, pp. 556-558

A new realization route of Al-2(WO4)(3)-Ln(2)(WO4)(3) (Ln = Lu, Eu) solid solution single crystals by electrochemical ion doping

Authors: Imanaka, N Hiraiwa, M Tamura, S Adachi, G

Citation: N. Imanaka et al., A new realization route of Al-2(WO4)(3)-Ln(2)(WO4)(3) (Ln = Lu, Eu) solid solution single crystals by electrochemical ion doping, EL SOLID ST, 2(11), 1999, pp. 570-571

CO2 sensor based on the combination of trivalent Sc3+ ion-conducting Sc-2(WO4)(3) and O2- ion-conducting stabilized zirconia solid electrolytes

Authors: Imanaka, N Kamikawa, M Tamura, S Adachi, G

Citation: N. Imanaka et al., CO2 sensor based on the combination of trivalent Sc3+ ion-conducting Sc-2(WO4)(3) and O2- ion-conducting stabilized zirconia solid electrolytes, EL SOLID ST, 2(11), 1999, pp. 602-604

Characteristics of blood flow in intrauterine growth-restricted fetuses with hypercoiled cord

Authors: Nishio, J Nakai, Y Mine, M Imanaka, N Ogita, S

Citation: J. Nishio et al., Characteristics of blood flow in intrauterine growth-restricted fetuses with hypercoiled cord, ULTRASOUN O, 13(3), 1999, pp. 171-175

New cation conducting solid electrolytes with the Sc-2(WO4)(3) type structure

Authors: Kohler, J Imanaka, N Adachi, GY

Citation: J. Kohler et al., New cation conducting solid electrolytes with the Sc-2(WO4)(3) type structure, J MAT CHEM, 9(6), 1999, pp. 1357-1362

Trivalent Sc3+ ion conduction in Sc1/3Zr2(PO4)(3) solids with the NASICON-Type structure

Authors: Tamura, S Imanaka, N Adachi, GY

Citation: S. Tamura et al., Trivalent Sc3+ ion conduction in Sc1/3Zr2(PO4)(3) solids with the NASICON-Type structure, ADVAN MATER, 11(18), 1999, pp. 1521

Ceramics sinterability enhancement at ambient pressure by boron oxide addition

Authors: Tamura, S Imanaka, N Adachi, G

Citation: S. Tamura et al., Ceramics sinterability enhancement at ambient pressure by boron oxide addition, ADVAN MATER, 11(1), 1999, pp. 64-66

Bivalent magnesium ionic conduction in the magnesium phosphate based composites

Authors: Imanaka, N Okazaki, Y Adachi, GY

Citation: N. Imanaka et al., Bivalent magnesium ionic conduction in the magnesium phosphate based composites, CHEM LETT, (9), 1999, pp. 939-940

Trivalent scandium ion conduction in the scandium tungstate-alumina composites

Authors: Imanaka, N Okazaki, Y Kobayashi, Y Tamura, S Asano, T Egawa, T Adachi, G

Citation: N. Imanaka et al., Trivalent scandium ion conduction in the scandium tungstate-alumina composites, SOL ST ION, 126(1-2), 1999, pp. 41-46

Rare earth conduction in M-2(WO4)(3)-Al2O3 (M = Sc, Lu) composites

Authors: Kohler, J Imanaka, N Adachi, G

Citation: J. Kohler et al., Rare earth conduction in M-2(WO4)(3)-Al2O3 (M = Sc, Lu) composites, SOL ST ION, 122(1-4), 1999, pp. 173-182

Trivalent ion conduction of the Sc-2(WO4)(3)-Lu-2(WO4)(3) system

Authors: Kobayashi, Y Egawa, T Tamura, S Imanaka, N Adachi, G

Citation: Y. Kobayashi et al., Trivalent ion conduction of the Sc-2(WO4)(3)-Lu-2(WO4)(3) system, SOL ST ION, 118(3-4), 1999, pp. 325-330

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