AAAAAA
Results:
1-16
|
Results: 16
Authors:
HANZAWA Y
HIROISHI D
MATSUURA C
ISHIGURE K
Citation: Y. Hanzawa et al., SOLUBILITY OF ZINC FERRITE IN HIGH-TEMPERATURE OXYGENATED WATER, Journal of nuclear materials, 252(3), 1998, pp. 209-215
Authors:
MATSUURA C
TSUKIFUJI R
SHINKAI H
Citation: C. Matsuura et al., ANNULAR LICHEN-PLANUS SHOWING A CHANGE IN METALLOTHIONEIN EXPRESSION ON IMMUNOHISTOCHEMISTRY, British journal of dermatology, 138(6), 1998, pp. 1043-1045
Authors:
FUJITA N
MATSUURA C
SAIGO K
Citation: N. Fujita et al., EVALUATION OF THE POTENTIAL DIFFERENCE INDUCED BETWEEN PLATINUM-ELECTRODES WITH AND WITHOUT GAMMA-RAY IRRADIATION, Radiation physics and chemistry, 50(5), 1997, pp. 457-463
Authors:
FUJITA N
MATSUURA C
SAIGO K
Citation: N. Fujita et al., RADIATION-INDUCED POTENTIAL DIFFERENCE BETWEEN ELECTRODES WITH AND WITHOUT GAMMA-RAYS, Radiation physics and chemistry, 49(3), 1997, pp. 357-362
Authors:
WU GZ
KATSUMURA Y
MATSUURA C
ISHIGURE K
KUBO J
Citation: Gz. Wu et al., RADIATION EFFECT ON THE THERMAL-CRACKING OF N-HEXADECANE .2. A KINETIC APPROACH TO CHAIN-REACTION, Industrial & engineering chemistry research, 36(9), 1997, pp. 3498-3504
RADIATION EFFECT ON THE THERMAL-CRACKING OF N-HEXADECANE .1. PRODUCTSFROM RADIATION-THERMAL CRACKING
Authors:
WU GZ
KATSUMURA Y
MATSUURA C
ISHIGURE K
KUBO J
Citation: Gz. Wu et al., RADIATION EFFECT ON THE THERMAL-CRACKING OF N-HEXADECANE .1. PRODUCTSFROM RADIATION-THERMAL CRACKING, Industrial & engineering chemistry research, 36(6), 1997, pp. 1973-1978
Authors:
HANZAWA Y
HIROISHI D
MATSUURA C
ISHIGURE K
NAGAO M
HAGINUMA M
Citation: Y. Hanzawa et al., HYDROLYSIS OF ZINC ION AND SOLUBILITY OF ZINC-OXIDE IN HIGH-TEMPERATURE AQUEOUS SYSTEMS, Nuclear science and engineering, 127(3), 1997, pp. 292-299
Authors:
FUJITA N
FUKUDA Y
MATSUURA C
SAIGO K
Citation: N. Fujita et al., RADIATION-ENHANCED H-CONTAINING SOLUTION SATURATED WITH CO2( GENERATION IN IRON), Radiation physics and chemistry, 48(3), 1996, pp. 297-304
Authors:
FUJITA N
FUKUDA Y
MATSUURA C
SAIGO K
Citation: N. Fujita et al., CHANGES IN PH AND REDOX POTENTIAL DURING RADIATION-INDUCED CO2 REDUCTION IN AN AQUEOUS-SOLUTION CONTAINING IRON-POWDER, Radiation physics and chemistry, 47(4), 1996, pp. 543-549
Authors:
WU GZ
KATSUMURA Y
MATSUURA C
ISHIGURE K
KUBO J
Citation: Gz. Wu et al., COMPARISON OF LIQUID-PHASE AND GAS-PHASE PURE THERMAL-CRACKING OF N-HEXADECANE, Industrial & engineering chemistry research, 35(12), 1996, pp. 4747-4754
Authors:
HANZAWA Y
HIROISHI D
MATSUURA C
ISHIGURE K
Citation: Y. Hanzawa et al., SOLUBILITY OF NICKEL FERRITE IN HIGH-TEMPERATURE PURE OR OXYGENATED WATER, Nuclear science and engineering, 124(2), 1996, pp. 211-218
THE EFFECT OF RADIATION AND METAL-ION ADDITION ON THE CO2 REDUCING REACTION IN IRON-CONTAINING WATER
Authors:
FUJITA N
FUKUDA Y
MATSUURA C
HIROISHI D
Citation: N. Fujita et al., THE EFFECT OF RADIATION AND METAL-ION ADDITION ON THE CO2 REDUCING REACTION IN IRON-CONTAINING WATER, Radiation physics and chemistry, 46(3), 1995, pp. 345-352
Authors:
FUJITA N
MORITA H
MATSUURA C
HIROISHI D
Citation: N. Fujita et al., RADIATION-INDUCED CO2 REDUCTION IN AN AQUEOUS-MEDIUM SUSPENDED WITH IRON-POWDER, Radiation physics and chemistry, 44(4), 1994, pp. 349-357
Authors:
FUJITA N
MATSUURA C
Citation: N. Fujita et C. Matsuura, RADIATION-INDUCED REDUCTION OF CO2 IN IRON-CONTAINING SOLUTION, Radiation physics and chemistry, 43(3), 1994, pp. 205-213
Authors:
DINOV KA
ISHIGURE K
HIROISHI D
MATSUURA C
Citation: Ka. Dinov et al., INTERACTION OF NICKEL IONS WITH MAGNETITE PARTICLES IN HIGH-TEMPERATURE WATER, Nuclear technology, 106(2), 1994, pp. 177-185
Authors:
DINOV K
ISHIGURE K
MATSUURA C
HIROISHI D
Citation: K. Dinov et al., SOLUBILITY OF MAGNETITE IN HIGH-TEMPERATURE WATER AND AN APPROACH TO GENERALIZED SOLUBILITY COMPUTATIONS, Journal of nuclear materials, 207, 1993, pp. 266-273
Risultati:
1-16
|