Authors: TSUSHIO Y TESSIER P ENOKI H AKIBA E

Citation: Y. Tsushio et al., HYDROGENATION PROPERTIES OF MG(1-X)M1(X)CU(2) (M1 = LA AND ND) WITH LARGER INTERSTITIAL SITES THAN MGCU2, Journal of alloys and compounds, 280(1-2), 1998, pp. 262-264

Authors: TSUSHIO Y AKIBA E

Citation: Y. Tsushio et E. Akiba, HYDROGENATION PROPERTIES OF MG-BASED LAVES PHASE ALLOYS, Journal of alloys and compounds, 269(1-2), 1998, pp. 219-223

Authors: TSUSHIO Y AKIBA E

Citation: Y. Tsushio et E. Akiba, HYDROGEN DESORPTION PROPERTIES OF THE QUATERNARY ALLOY SYSTEM MG(2-X)M1(X)NI(1-Y)M2(Y), Journal of alloys and compounds, 267(1-2), 1998, pp. 246-251

Authors: YAMAMOTO K TANIOKA S TSUSHIO Y SHIMIZU T MORISHITA T ORIMO S FUJII H

Citation: K. Yamamoto et al., INFLUENCE OF ELEMENTAL DIFFUSION ON LOW-TEMPERATURE FORMATION OF MGH2IN TIMN1.3T0.2-MG (T EQUALS 3D-TRANSITION ELEMENTS), Journal of alloys and compounds, 243(1-2), 1996, pp. 144-150

Authors: YAMAMOTO K TSUSHIO Y TANIOKA S SHIMIZU T MORISHITA T ORIMO S FUJII H

Citation: K. Yamamoto et al., FORMATION MECHANISM OF MGH2 AT LOW-TEMPERATURES IN TI0.6ZR0.4MN0.8CRCU0.2-(MG+MG2CU), Journal of alloys and compounds, 231(1-2), 1995, pp. 689-695

Authors: ORIMO S TABATA M FUJII H YAMAMOTO K TANIOKA S OGASAWARA T TSUSHIO Y

Citation: S. Orimo et al., LOW-TEMPERATURE FORMATION OF MGH2 IN TI0.6ZR0.4MN0.8CRCU0.2 MG/, Journal of alloys and compounds, 203(1-2), 1994, pp. 61-65