Journal of the Less-Common Metals 1991: Vol 172-174 Index

19 Pages·1991·4.7 MB·English

Journal of the Less-Common Metals, 172—174 (1991) 1391-1393 1391
Author Index of Volumes 172-174
Abe, T., 928 Blasser, S., 792 Enoki, T., 20
Abell, G. C., 643 Boebel, O., 419, 792 Ericsson, T., 784
Abell, J. S., 1285 Bouet, J., 1236 Ersson, N. O., 747
Achard, J. C., 198 Boulghallat, M., 1052 Erxmeyer, J., 419
Adnani, N., 579 Bouree-Vigneron, F., 198
Ahlzén, P.-J., 206, 618 Bowman, Jr., R. C., 29, 373, Fattah, A., 936
Akiba, E., 220, 1071 459, 643 Fenzl, W., 709
Albrecht, H., 1157 Braithwaite, N. St., 718 Filipek, S. M., 880
Altunolglu, A. K., 718 Bruning, T., 95 Fischer, A., 451, 808
Amano, M., 727 Bucur, R. V., 747 Fisher, I. A., 1320
Anderson, A. F., 36 Burger, J. P., 271, 293, 425 Flanagan, T. B., 42, 246, 254,
Anderson, I. S., 496 Buszko, M., 618 262
Andersson, Y., 206, 618 Forsthuber, M., 451
Andrew, P. L., 732 Cameron, L. M., 762 Frick, B., 678
Ansaldo, E. J., 759 Cann, C. D., 1297 Fromm, E., 824, 832, 1076
Antonov, V. E., 333, 343, 351, Cantrell, J. S., 29, 213, 643 Fruchart, D., 183, 191
358 Carstens, D. H. W., 1331 Fujitani, S., 220
Antonova, T. E., 343, 351, 358 Chamberod, A., 784 Fukai, Y., 8
Araki, T., 928 Chang, C.-T., 411 Fukuchi, M., 1371
Arons, R. R., 1388 Chanson, C., 1236 Furukawa, J., 1219
Asel, W., 1157 Chen, C.-P., 873, 1260, 1265 Furukawa, M., 56
Assmus, W., 319 Chen, F. L., 56 Furukawa, N., 220
Attalla, A., 643 Chiba, T., 20
Atzmony, U., 859 Clark, E. A., 699 Gamo, T., 1028, 1211
Au, M., 1168 Clay, K. R., 1009 Gavyra, Z., 107, 433
Clewley, J. D., 42 Gerard, N., 144, 1052
Baba, K., 246 Cochrane, R. W., 922 Gillan, M. J., 529
Bahurmuz, A. A., 1297 Coluzzi, B., 254, 262 Goto, T., 79
Baier, M., 333, 343, 351, 358 Conant, J. W., 867 Goudy, A. J., 1009
Baker, D. B., 373, 379 Condon, J. B., 124 Grant, D. M., 718
Bakony)i, I., 899 Conradi, M. S., 373, 379 Grayevsky, A., 293
Balness, H. R., 1297 Cook, J. C., 585 Groll, M., 1111, 1122
Barnes, R. G., 366, 379, 411, Costa, C., 262 Guthardt, D., 693
509, 603, 649 Cotts, R. M., 467, 624
Barry, P., 213 Cowlam, N., 770 Haasz, A. A., 732
Bauer, H. J., 343, 351 Hampele, M., 631
Beaudry, B. J., 411 Dantzer, P., 1147 Han, D.-G., 1044
Beisenherz, D., 693 Daou, J. N., 271, 293, 425, 522 Hanke, G., 936
Beiter, T. A., 213 Denda, A., 799 Harper, W. L., 116
Belhoul, M., 366, 411 Dianoux, A.-J., 685 Harris, I. R., 1273, 1285
Benham, M. J., 440 Dobrileit, R., 95 Harris, S. W., 759
Bennington, S. M., 307, 440 Dormann, E., 293 Hartmann, O., 759
Berk, N. G., 496 Dortmann, G., 419 Hashimoto, H., 799
Bershadsky, E., 997, 1036, Drew, G. D., 401 Hashimoto, S., 841
1138 Dreyssé, H., 395 Hautecler, S., 231
Berthier, Y., 191 Dumais, F., 1246 Havill, R. L., 770, 915
Birnbaum, H. K., 699 Hayakawa, H., 220, 1071
Blackburn, D. A., 718 El] Hammioui, M., 144 Hayashi, Y., 740, 851
Blaschko, O., 237 Encinias, P. D., 1331 Hayashida, H., 1227
1392
Hazama, T., 1175 Kojima, T., 799 Messer, R., 631
Hempelmann, R., 281, 301, Komaki, M., 727 Metzger, H., 1
585, 595, 603, 611, 685, 759 Komazaki, Y., 959, 1092, 1130 Minamitani, H., 832
Herget, G., 319 Konczos, G., 899 Mintz, M. H., 859
Heung, L. K., 1313 Kopilovskii, Yu., 333 Miranda, L., 557
Hilscher, G., 451 Kostler, H., 808 Mittelbach, S., 319
Hirscher, M., 658 Kreitzman, S. R., 759 Miura, S., 79
Hisano, A., 1018 Kritikos, M., 36 Miyajima, S., 20
Hjorvarsson, B., 776, 784 Kronmiuller, H., 658, 671 Miyake, M., 85
Hoke, H. C., 603 Kubas, G. J., 475 Miyakoshi, T., 851
Hong, C.-M., 1044 Kuhnes, U., 1157 Miyamura, H., 1175, 1185,
Hosoda, N., 824, 832 Kuriyama, N., 1175, 1185, 1194, 1205
Hoss6o, M., 899 1194, 1205 Mizubayashi, H., 908
Huai, Y., 922 Kusakabe, T., 64 Moriwaki, Y., 1028, 1211
Huang, X. Y., 880 Kycia, J., 1246 Moser, P., 522
Mosley, W. C., 1352
Ibanez-Meier, R., 649 Lagos, M., 557 Moyer, Jr., R. O., 459
Imamura, H., 1064 Latroche, M., 198 Millner, M., 319
Iniotakis, N., 1345 Laursen, T., 1306
Inokuchi, H., 20 Lauter, H.-J., 319
Nagashima, A., 1018
Ishido, Y., 1071 Le, L. P., 759
Nagy, I., 899
Ishikawa, H., 1175, 1185, Ledoux, G. A., 1297
Nakazawa, K., 20
1194, 1205 Lehner, F., 451
Narasaki, H., 1092
Iwaki, T., 1028, 1211 Lei, Y.-Q., 873, 1084, 1260,
Naruse, T., 908
Iwasaki, T., 1205 1265
Neumaier, K., 685
Iye, Y., 20 Leonardi, J., 1236
Nichols, G. S., 1338
Leslie, J. R., 1306
Niinikoski, T. O., 759
Jena, P., 387, 485 Lesmann, T., 231
Niki, Y., 246
Jeong, E.-K., 373 Lewis, F. A., 160
Ninomiya, N., 832
Johnson, J. R., 107, 433 Li, Q., 759 Nishimura, C., 727
Jones, D. G. R., 1285 Li, Z.-P., 1260, 1265
Nobile Jr., A., 1352
Jordy, C., 1236 Lin, Q.-Z., 1044
Nomura, K., 1071
Josephy, Y., 997, 1036, 1138 Lipkowitsch, N., 1
Norberg, R. E., 373, 379
Liu, B.-L., 1084
Noréus, D., 36
Kadir, K., 36 Liu, F., 485
Kadono, R., 759 Lovas, A., 899
Ogawa, H., 85
Kagawa, A., 64 Luke, G. M., 759
Oguro, K., 1205
Kanda, M., 1227 Luo, W., 42
Ohashi, K., 1371
Kanno, K., 1227 Lynch, F. E., 943
Ohashi, Y. H., 1371
Karlsson, E., 759, 784
Ohtani, Y., 832, 841, 983
Kato, A., 1175, 1205 Ma, F.-Q., 1084
Oka, T., 1381
Kawabata, K., 1381 Maeland, A. J., 643
Okuda, S., 908
Kawahata, T., 832, 983 Maier, C. U., 671
Ono, E., 64
Kay, B. D., 326 Majer, G., 631
Ono, F., 71
Kayano, H., 71 Makarov, E., 333
Ono, S., 220
Kelly, S. W., 572 Margerl, A., 685
Osborn, R., 440
Khanna, S. N., 387, 485 Masuda, M., 851
Otte, M., 1058
Kiefl, R. F., 759 Mauger, P. E., 624
Ozawa, M., 983
Kieninger, W., 880 Mazzolai, F. M., 254, 262
Kinoshita, K., 1185 McColm, I. J., 307
Kirchheim, R., 880, 890 McDowell, A. F., 624 Papaconstantopoulos, D. A.,
Kirkpatrick, J. R., 116, 124, McGuiness, P. J., 1273 401
867 McKergow, M. W., 169 Patel, B., 1246
Kjems, J. K., 169 MeNicholl, R.-A., 160 Paul-Boncour, V., 198
Kock, P., 95 Meli, F., 1252 Peisl, J., 1, 709
Percheron-Guégan, A., 198, Sexton, E. E., 1297 Velhoff, W., 936
1236 Seymour, E. F. W, 411, 572 Usher, S. P., 603
Pfiz, T., 759 Shaltiel, D., 293
Philipp, S., 136 Shamir, N., 859 Vajda, P., 271, 298, 425, 522
Pons, M., 1147 Sholl, C. A., 572, 603, 762 Vargas, P., 557
Pontonnier, L., 183, 191 Shu, W. M., 740 Vorderwisch, P., 231
Ponyatovsky, E. G., 333 Sinaga, S., 71
Wagner, F. E., 333, 343, 351,
Powell, G. L., 116, 867 Skroch, J. P., 401
358
Price, D. L., 301 Sobha, B., 254, 262
Wakao, S., 1219
Pusch, A., 709 Soubeyroux, J. L., 183, 191
Walters, R. T., 1352
Souers, P. C., 213
Wampler, W. R., 326
Rao, B. K., 387, 485 Stauffer, L., 395
Wang, L.-Z., 1084
Rauf, T., 95, 611, 816 Steiger, J., 419, 792
Wang, Q.-D., 873, 1084, 1168,
Reilly, J. J., 107, 433 Steinbinder, D., 685
1260, 1265
Remy, P., 522 Sternlieb, B., 759
Wang, X.-L., 959, 969
Richards, P. M., 326 Stoneham, A. M., 538
Wappling, R., 759
Richter, D., 281, 301, 585, Stoner, K. J., 1313
Weber, S. E., 485
595, 685, 759 Str6m-Olsen, J. O., 922, 1246
Weidinger, A., 419, 792
Riseman, T. M., 759 Stuhr, U., 319, 678
Weiss, A., 136
Rodmacgq, B., 784 Styles, G. A., 603
Wenzl, H., 936
Rodriguez, L., 557 Suda, S., 959, 969, 1092, 1130
Werner, R., 1111, 1122
Rogan, J., 557 Suzuki, K., 20
White, A. J., 1297
Ron, M., 997, 1036, 1138 Suzuki, M., 1227
Wierse, M., 1111
Ross, D. K., 169, 307, 440, 585 Suzuki, T., 983
Wiesinger, G., 451
Rowe, J. M., 281 Switendick, A. C., 1363
Winter, H., 293
Rundavist, S., 206
Wipf, H., 319, 678, 685, 693
Rush, J., 880 Tahara, A., 740
Witchell, D. G., 169
Rush, J. J., 281, 496 Takagi, A., 1185
Wolfers, P., 183
Ryan, D. H., 922, 1246 Tanaka, K., 928
Wordel, R., 333, 358
Rydén, J., 784 Tanaka, S., 71
Wortmann, G., 451
Taniguchi, R., 1381
Wright, M. S., 915
Saito, T., 220 Tapping, R. L., 1306
Wu, J., 873, 1084, 1168, 1260,
Sakai, T., 1175, 1185, 1194, Tegenfeldt, J., 618
1265
1205 Teichler, H., 548
Wulz, H.-G., 1076
Sakamoto, Y., 56, 64, 246, Tellgren, R., 206
254, 262 Terao, K., 1018 Yamaguchi, M., 79
Sanchez, P., 1236 Titman, J. M., 579, 770, 915 Yamamoto, H., 20
Sato, N., 1018 Tokumitsu, K., 153 Yamamoto, I., 79
Satoh, Y., 1227 Tompa, K., 899 Yamamoto, M., 1227
Sawa, H., 1219 Tong, X. Q., 747 Yamamoto, T., 71, 1381
Schlapbach, L., 451, 808, Torgeson, D. R., 366, 379, Yamanaka, S., 85
1252 411, 603, 649 Yamawaki, M., 71
Schmidt, P. C., 136 Toth-Kadar, E., 899 Yang, X. Q., 433
Schmidt, R., 319 Tran, R. S., 1313 Yonezu, I., 220
Schneider, G., 333 Triantafillidis, G., 183, 191 Yoshinari, O., 890, 928
Schober, H. R., 538 Tsuchiya, K.-I., 1371 Yuasa, A., 1194
Schober, T., 1058, 1345
Schoenberger, R. J., 366, 411 Uchida, H., 799, 832, 841, 983, Zarynow, A., 1009
Schone, H. E., 603 1018 Zhang, B., 343, 351
Schonfeld, C., 595 Uchida, H. H., 824, 832, 1076 Zhao, Y., 922
Schweibenz, R. G., 1009 Uchida, M., 1092 Zhou, H., 759
Seeger, A., 631 Udovic, T., 880 Zhu, H.-Y., 873
Seri, H., 1211 Udovic, T. J., 496, 880 Ziichner, H., 95, 585, 611, 816
1394 Journal of the Less-Common Metals, 172—174 (1991) 1394-1409
Subject Index for Volumes 172-174
50 K anomaly Adsorption
neutron diffraction studies of domain autocatalytic tritium adsorption in nio-
growth associated with the 50K bium and tantalum at room tempera-
anomaly in Pd—D, 169 ture, 1345
Aluminium
A15 structure effects of radiolytic tritium decay on
Mossbauer study of the hydrides of the thermodynamic behaviour of
Nb; Me with A15 structure, 358 LaNi, »5Alo75 tritides, 1352
Absorption hydrogen surface interactions on clean
absorption of hydrogen by vanadium-rich and on oxidized polycrystalline alu-
V-—Ti-based alloys, 64 minium and Al 5083 alloy, 859
absorption of hydrogen in superlattices influence of superconductivity on quan-
studied by the 'N(‘H, ay)'!?C_ reac- tum diffusion of the positive muon in
tion, 776 aluminium, 759
calorimetric enthalpies of absorption and Amorphous powders
desorption of protium and deuterium formation of metal hydride powders and
by palladium, 42 metal—hydrogen amorphous powders
characteristics of hydrogen absorption of mechanochemical reaction, 153
and reactivation of TiMn, »,Croos Anelastic relaxation
alloy, 1044 anelastic relaxation due to hydrogen and
comparison of the hydrogen absorption deuterium in disordered and ordered
process in as-quenched and relaxed Pd,Mn, 254
Zr59Nis9 glassy ribbons, 899 Applications
effect of hydrogen absorption on the metal hydride practical applications,
structural properties of the hyperstoi- 943
chiometric alloys Zr(M72 nFeog 28 ) 4 x>
183 Barium
effect of O,, N, and CO impurities on the hydrogen in YBaCuO films, 419
H, absorption rate of Ti films at 300 K, preparation and properties of compounds
824 of the complex metal oxides Y, BaMO,;
hydrogen absorption—desorption proper- (M=Cu, Zn) with added hydrogen,
ties of UCo, 71 433
hydrogen absorption/deposition studies static and dynamic dilatation of the high-
on some giant magnetostrictive REFe, T. superconductor EuBa,Cu,0,_;H,,
alloys and their powder metallurgical 425
processing by hydrogen decrepitation, Batteries
1285 cyclic behaviour of metal hydride elec-
reaction kinetics of H, absorption by lan- trodes and the cell characteristics
thanum with and without surface of nickel—metal hydride batteries,
oxide layers, 832 1227
effect of the partial replacement of nickel influence of binding materials for shaping
in LaNi, hydride with iron, cobalt, alloy electrodes on the performance of
and copper on absorption and desorp- a Ni/metal hydride battery, 1185
tion kinetics, 1009 nickel—metal hydride battery using mi-
Activation croencapsulated alloys, 1194
surface processes of H, in the initial acti- rare-earth-based alloy electrodes for a
vation of LaNi,, 983 nickel—metal hydride battery, 1175
1395
Bauer-—Schliinder model Chromatographic column
effective thermal conductivity in hydride flow in a metal hydride chromatographic
packed beds column, 1338
I. Study of basic mechanisms with help Chromium
of the Bauer and Schlinder model, chartacteristics of hydrogen absorption
1147 and reactivation of TiMn, o;Croo;
Beryllium alloy, 1044
crystallographic studies of compounds Cobalt
from the LiH + BeH, system, 213 hydriding kinetics of TiFe,;Co,); com-
Binding materials pounds, 1052
influence of binding materials for shaping hydrogen absorption—desorption proper-
alloy electrodes on the performance of ties of UCo, 71
a Ni/metal hydride battery, 1185 Mossbauer study of hydrides and deut-
Boron erides of iron and cobalt, 333
Hydridation of Re,Fe,,B compounds effect of the partial replacement of nickel
(Re = Nd, Ce, Y, Gd), 144 in LaNi; hydride with iron, cobalt,
hydrogen: its use in the processing of and copper on absorption and desorp-
NdFeB-type magnets, 1273 tion kinetics, 1009
Colouration
colouration of oxidized niobium surfaces
Caesium by electrochemical hydrogen charg-
solubility of hydrogen in CsCl-type group ing, 851
Ib—erbium alloys XEr (X=Cu, Ag, Compacts
Au), 136 metal hydride compacts for hydrogen iso-
Calcium tope separation, 1313
magnetic properties of Ca,_, Eu, RuH, thermal conductivity of porous metal ma-
studied by electron paramagnetic reso- trix hydride compacts, 1138
nance, 459 Composition
Catalysis some pressure—composition and electrical
catalytic effect of nickel, iron and palla- resistivity—composition relationships
dium on hydriding titanium and stor- of the Pd—Sc-—H system, 160
age materials, 1076 Copper
effects of pretreatments on the catalytic 57Fe Mossbauer study of the hydrides of
activities of hydrogen storage inter- Ni-—Cu alloys, 343
metallics, 1084 comparison of hydrogen diffusion in
Cathode Ti,PdH, with the behavior for
in situ observation of deuteride formation Ti,CuH, and Zr,PdH,., 643
in palladium foil cathode by X-ray effect of thin copper films on hydrogen
diffraction method, 1381 permeation through iron, 732
Ceramics hydrogen in YBaCuO films, 419
inelastic neutron scattering investigation hydrogen internal friction peak and ther-
of hydrogen sites in Y;Si,;H, ceramics, mal desorption spectrum in amor-
307 phous Cus9Zrs59, 908
Cerium preparation and properties of compounds
lattice dynamics of non-stoichiometric of the complex metal oxides Y, BaMO;
cerium deuteride, 231 (M=Cu, Zn) with added hydrogen,
on unstable magnetic ordering in Ce 3d 433
compounds and their hydrides, 451 static and dynamic dilation of the high-T,
Chemical bonding superconductor EuBa,Cu,07,_;H,, 425
chemical bonding of hydrogen molecules cycling behaviour of mischmetal-—nickel-
to transition metal complexes, 475 based metal hydride electrodes and the
Chlorine effects of copper plating on their perfor-
solubility of hydrogen in CsCl-type mance, 1265
group Ib-erbium alloys XEr (X= Czochralski hydrogen compressor copper
Cu, Ag, Au), 136 in crystal growth, 936
1396
effect of the partial replacement of nickel Depolarization
in LaNi; hydride with iron, cobalt, transverse field depolarization rates for
and copper on absorption and desorp- muons in metals, 762
tion kinetics, 1009 Deposition
Crystal field hydrogen absorption/deposition studies
proton nuclear magnetic resonance study on some giant magnetostrictive REFe,
of crystal field levels in praseodymium alloys and their powder metallurgical
hydrides, 366 processing by hydrogen decrepitation,
Crystal growth 1285
Czochralski hydrogen compressor copper Depth distribution
in crystal growth, 936 deuterium depth distribution in oxidized
Crystallographic studies
Zr—2.5wt.%Nb measured by nuclear
crystallographic studies of compounds reaction analysis, 1306
from the LiH + BeH, system, 213
Depth profiling
Current density
hydrogenated Fe—Ti superlattices studied
relation between discharge capacities and
by hydrogen depth profiling, Moss-
discharge current densities of hydride
bauer spectroscopy and X-ray diffrac-
electrodes, 1260
tion, 784
Cycling
Design
investigation of kinetics and structural
design of a new reactor system for the
changes in TiFe, ,Nip 2 after prolonged
kinetic study of metal hydrides under
cycling, 1036
isothermal conditions, 959
investigation of LaNi; after prolonged
Desorption
cycling, 997
calorimetric enthalpies of absorption and
Czochralski hydrogen compressor
desorption of protium and deuterium
Czochralski hydrogen compressor copper
by palladium, 42
in crystal growth, 936
hydrogen absorption—desorption proper-
ties of UCO, 71
Deuteride formation
in situ observation of deuteride formation
Decay
in palladium foil cathode by X-ray
effects of radiolytic tritium decay on
diffraction method, 1381
the thermodynamic behaviour of
Deuterides
LaNi, 2;Al) 75 tritides, 1352
Mossbauer study of hydrides and deut-
Decomposition
erides of iron and cobalt, 333
decomposition kinetics of palladium
Deuterium
nickel hydride, 107
anelastic relaxation due to hydrogen and
Decrepitation
deuterium in disordered and ordered
hydrogen absorption/deposition studies
Pd,Mn, 254
on some giant magnetostrictive REFe,
calorimetric enthalpies of absorption and
alloys and their powder metallurgical
desorption of protium and deuterium
processing by hydrogen decrepitation,
1285 by palladium, 42
Deformation deuterium depth distribution in oxidized
Some engineering methods for eliminat- Zr—2.5wt.%Nb measured by nuclear
ing deformation and expansion dam- reaction analysis, 1306
age of hydride storage containers, electronic structure and stability of palla-
1168 dium hydrogen (deuterium) systems,
Dehydriding PdH(D),,, 1 <n <3, 1363
thermodynamic properties and cyclic hy- interaction between two _ neighboring
driding—dehydriding stability of LaNi, deuterium atoms in palladium, 1371
thin films, 799 lattice dynamics of non-stoichiometric
Density modes cerium deuteride, 231
phase diagram and density modes of deu- localized modes of hydrogen and deu-
terium in NbQ oo», 1 terium in NiTiH, and NiTiD,, 319
1397
Mossbauer study of hydrides and deut- solubility and diffusivity of hydrogen in
erides of iron and cobalt, 333 amorphous) Pd7,.X%ggSi;g (X= Ag,
neutron diffraction studies of domain Cu, Cr, Fe, Ni) alloys, 890
growth associated with the 50K Dilatation
anomaly in Pd—D, 169 static and dynamic dilation of the high-T.
nuclear magnetic resonance studies of hy- superconductor EuBa,Cu,0,_;H,, 425
drogen and deuterium in tantalum, 631 Discharge capacity
phase diagram and density modes of deu- relation between discharge capacities and
terium in NbQ 09, 1 discharge current densities of hydride
surface effects in the reaction of H and D electrodes, 1260
with Pd-macroscopic manifestations, Disordered metal—hydrogen systems
867 nuclear magnetic dipolar relaxation in
Diffusion disordered metal—hydrogen systems,
comparison of hydrogen diffusion in 579
Ti,PdH, with the behavior for Dissolution
Ti,CuH, and Zr,PdH, 643
effects of prior hydrogen dissolution and
diffusion of hydrogen in _ transition hydriding on hydrogen solubility in
metals, 538 LaNi,;, 1018
diffusion of hydrogen isotopes as a probe Domain growth
to study the atomic microsctructure of neutron diffraction studies of domain
metals, 658 growth associated with the 50K
electrical resistance studies of hydrogen anomaly in Pd—D, 169
diffusion in niobium; an old problem
Dynamics
revisited, 699
anomalous hydrogen dynamics in rare
electrochemical measurements of hydro-
earth metals, 496
gen diffusion in the intermetallic com-
pound LaNi;, 611
hydrogen diffusion in amorphous Ni-—Zr,
Electrical resistance
922
electrical resistance studies of hydrogen
hydrogen diffusion in f.c.c. TiH,, 678
diffusion in niobium: an old problem
hydrogen diffusion in Nb, _, V, alloys, 624
revisited, 699
hydrogen permeation and diffusion in
Electrical resistivity
Fe—Ti alloys, 740
some pressure—composition and electrical
influence of the microstructure on hydro-
gen diffusion in Fe—Zr alloys, 671 resistivity—composition relationships
of the Pd—Sc—H system, 160
nuclear magnetic resonance studies of hy-
drogen and deuterium in tantalum, Electrochemical hydrogen charging
631 colouration of oxidized niobium surfaces
nuclear quadrupolar relaxation due to hy- by electrochemical hydrogen charg-
drogen diffusion in metal—hydrogen ing, 851
systems, 572 Electrochemical isotherms
quantum transition state theory and the electrochemical isotherm measurements
diffusion of hydrogen in metals, 529 on the PD-H and PdAg-H systems,
diffusion of hydrogen in disordered and 816
ordered Pd,;Mn as studied using the Electrochemical measurements
Gorsky relaxation, 262 electrochemical measurements of hydro-
diffusion of hydrogen in the A-15 com- gen diffusion in the intermetallic com-
pound Ti,Ir, 693 pound LaNi;, 611
Diffusion anisotropy Electrodes
NMR studies of diffusion anisotropy in new pressure—composition—temperature
metal hydride single crystals, 603 curve application: potential of the MH
Diffusivity electrode, 1236
solubility and diffusivity of hydrogen in characteristics of electrodes using amor-
palladium and Pd,,Ag.,; containing phous AB, hydrogen storage alloys,
lattice defects, 747 1205
1398
cyclic behaviour of metal hydride elec- Equilibrium pressure
trodes and the cell characteristics of control of hydrogen equilibrium pressure
nickel—metal hydride batteries, 1227 for C14-type Laves phase alloys, 1028
electrode characteristics of C15-type Equilibrium pressures
Laves phase alloys, 1211 influence of magnetic fields on the hydro-
influence of binding materials for shaping gen equilibrium pressures of ferromag-
alloy electrodes on the performance of netic hydrides, 79
a Ni/metal hydride battery, 1185 Erbium
rare-earth-based alloy electrodes for a solubility of hydrogen in CsCl-type
nickel—metal hydride battery, 1175 group Ib-erbium alloys XEr (X=
surface analysis of Ab;-type electrodes, Cu, Ag, Au), 136
1252 Etching
cycling behaviour of mischmetal-—nickel- effects of etching with HCl on the hydro-
based metal hydride electrodes and gen sorption properties of Mg.Ni, 873
the effects of copper plating on their Europium
performance, 1265 magnetic properties of Ca,_, Eu, RuH,
relation between discharge capacities and studied by electron paramagnetic reso-
discharge current densities of hydride nance, 45
electrodes, 1260 static and dynamic dilatation of the high-
Electron paramagnetic reasonance T. superconductor EuBa,Cu,0,_;H,,
magnetic properties of Ca,_,Eu,RuH, 425
studied by electron paramagnetic reso- Expansion
nance, 459 some engineering methods for eliminating
Electron—phonon interaction deformation and expansion damage of
calculations of the total energy, elec- hydride storage containers, 1168
tron—phonon interaction and Stoner
parameter in the 5d transition metal Ferromagnetic hydrides
hydrides, 401 influence of magnetic fields on the hydro-
Electronic density of states gen equilibrium pressures of ferromag-
magnetic resonance determination of the netic hydrides, 79
electronic density of states and the Flow
metal—non-metal transition in_ the flow in a metal hydride chromatographic
LaH,—LaH, system, 411 column, 1338
Electronic properties Friction
hydrogen in magnesium alloys and mag- internal friction of hydrogen in scandium,
nesium interfaces: preparation, elec- 522
tronic properties and interdiffusion,
808 Gadolinium
Electronic structure comment on “the magnetic and structural
electronic structure and stability of palla- ordering in the GdH,, , system”’ by P.
dium hydrogen (deuterium) systems, Vadja, J. N. Daou and J. P. Burger,
PdH(D),, 1 <n <3, 1363 1388
energetics and electronic structure of hy- magnetic and structural ordering in the
drogenated clusters, 387 GdH, , , system, 271
nuclear magnetic reasonance survey of
hydrogen motion and electronic struc- Gas purifiers
ture in a-phase (Nb-—Mo)-H alloys, application of SAES and HWT gas purifi-
649 ers for the removal of impurities from
Energetics helium—hydrogen gas mixtures, 1157
energetics and electronic structure of hy- Gettering
drogenated clusters, 387 gettering of hydrogen from Zr—2.5Nb
Engineering methods pressure tubes, 1297
some engineering methods for eliminating Glasses
deformation and expansion damage of muon spin rotation in an Ni—Ti metallic
hydride storage containers, 1168 glass hydride, 770
1399
neutron quasi-elastic scattering from hy- effects of prior hydrogen dissolution and
drogen in zirconium-—nickel metallic hydriding on hydrogen solubility in
glasses, 915 LaNi;, 1018
thermal desorption spectra of hydrogen hydriding kinetics of TiFe,;Co); com-
from glassy Pd,,Zrg; and crystalline pounds, 1052
PdZr,, 928 intermetallics V—20Ti and FeTi: a trans-
Glassy ribbons mission electron microscopy study of
comparison of the hydrogen absorption hydriding reactions and thermody-
process in as-quenched and relaxed namic stability, 1058
Zr; 9Nis9 glassy ribbons, 899 kinetics of the hydriding of uranium
Gold metal, 116
197Au Mossbauer study of the hydrides of linear solution for hydriding of uranium,
Ni-—Au alloys, 351 124
Gorsky relaxation thermodynamic properties and cyclic hy-
diffusion of hydrogen in disordered and driding—dehydriding stability of LaNi,
ordered Pd;Mn as studied using the thin films, 799
Gorsky relaxation, 262 Hydrogen chloride
Graphite effects of etching with HC] on the hydro-
two-dimensional metallic hydrogen lat- gen sorption properties of Mg,Ni, 873
tice in potassium—hydrogen-graphite Hydrogen isotopes
ternary systems, 20 diffusion of hydrogen isotopes as a probe
to study the atomic microstructure of
metals, 658
Hafnium Hydrogen jump geometry
effect of interstitial oxygen of hydrogen study of the hydrogen jump geometry in
solubility in titanium, zirconium and an a-LaNi;H, single crystal using
hafnium, 85 quasi-elastic neutron scattering, 595
hydrogen in Nb/Hf/Nb and Nb/Ti/Nb thin Hydrogen mobility
films, 792 nuclear magnetic resonance study of hy-
Heat pump drogen mobility in Zr,PD,_, , 618
development of a double-stage heat pump: Hydrogen motion
experimental and analytical surveys, NMR studies of localized interstitial hy-
1092 drogen motion in the h.c.p. metals Sc,
Heat transformer Y and Lu, 509
two-stage metal hydride heat transformer nuclear magnetic resonance survey of hy-
laboratory model: results of reaction drogen motion and electronic struc-
bed tests, 1122 ture in «-phase (Nb-—Mo)-H alloys,
Helium 649
application of SAES and HWT gas purifi- Hydrogen pressure
ers for the removal of impurities from relation between equilibrium hydrogen
helium—hydrogen gas mixtures, 1157 pressure and lattice parameters in
Hopping dynamics pseudobinary Zr—Mn alloy systems,
theory of hydrogen hopping dynamics in- 220
cluding hydrogen-— lattice correlations, Hydrogen-—lattice correlations
548 theory of hydrogen hopping dynamics in-
Hydridation cluding hydrogen-lattice correlations,
hydridation of Re,Fe,,B compounds 548
(Re = Nd, Ce, Y, Gd), 144 Hydrogenated clusters
Hydride former energetics and electronic structure of
selection of a hydride former for the sepa- hydrogenated clusters, 387
ration of hydrogen isotopes from inert Hyperstoichiometric alloys
gases, 1320 effect of hydrogen absorption on the
Hydriding structural properties of the hyperstoi-
effect of surface contaminations on the chiometric alloys Zr (Mnp7 2 Feo 28)2 . x
hydriding behaviour of LaNi;, 841 183
1400
Impurities investigation of kinetics and structural
application of SAES and HWT gas purifi- changes in TiFe,,Ni,. after prolonged
ers for the removal of impurities from cycling, 1036
helium—hydrogen gas mixtures, 1157 Mossbauer study of hydrides and deut-
effect of O,, N. and CO impurities on the erides of iron and cobalt, 333
H, absorption rate of Ti films at 300 K, structural and magnetic behaviour of
824 LeFe,H,, 191
Inelastic neutron scattering effect of the partial replacement of nickel
magnetic excitations in Tm—H observed in LaNi; hydride with iron, cobalt,
using inelastic neutron scattering, 440 and copper on absorption and desorp-
Inert gases tion kinetics, 1009
selection of a hydride former for the sepa- intermetallics V—20Ti and FeTi: a trans-
ration of hydrogen isotopes from inert mission electron microscopy study of
gases, 1320 hydriding reactions and _ thermody-
Interdiffusion namic stability, 1058
hydrogen in magnesium alloys and mag- Isotope separation
nesium interfaces: preparation, elec- metal hydride compacts for hydrogen
tronic properties and interdiffusion, isotope separation, 1313
808 selection of a hydride former for the sepa-
Interfaces ration of hydrogen isotopes from inert
hydrogen in magnesium alloys and mag- gases, 1320
nesium interfaces: preparation, elec- Isotopic exchange
tronic properties and interdiffusion, hydrogen isotopic exchange in palladium
808 hydride, 1331
Internal friction
hydrogen internal friction peak and ther-
mal desorption spectrum in amor- Kinetic energy
phous Cu; 9Zrs59, 908 kinetic energy of hydrogen in B-V.H stud-
Interstitial hydrogen ied by neutron Compton scattering,
NMR studies of localized interstitial hy- 301
drogen motion in the h.c.p. metals Sc, Kinetics
Y and Lu, 509 design of a new reactor system for the
Iridium kinetic study of metal hydrides under
diffusion of hydrogen in the A-15 com- isothermal conditions, 959
puted Ti,Ir, 693 investigation of kinetics and structural
Iron changes in TiFe, ,Niy. after prolonged
catalytic effect of nickel, iron and palla- cycling, 1036
dium on hydriding titanium and stor-
age materials, 1076
effect of thin copper films on hydrogen Lanthanum
permeation through iron, 732 effects of radiolytic tritium decay on
hydridation of Re,Fe,,B compounds the thermodynamic behaviour of
(Re = Nd, Ce, Y, Gd), 144 LaNi, »;Alo 75 tritides, 1352
hydriding kinetics of TiFe,;Cog, com- electrochemical measurements of hydro-
pounds, 1052 gen diffusion in the intermetallic com-
hydrogen permeation and diffusion in pound LaNi;, 611
Fe—Ti alloys, 740 investigation of LaNi,; after prolonged
hydrogen: its use in the processing of cycling, 997
NdFeB-type magnets, 1273 magnetic resonance determination of the
hydrogenated Fe—Ti superlattices studied electronic density of states and the
by hydrogen depth profiling, Moss- metal—non-metal transition in the
bauer spectroscopy and X-ray diffrac- LaH,-LaH, system, 411
tion, 784 reaction kinetics of H, absorption by lan-
influence of the microstructure on hydro- thanum with and without surface ox-
gen diffusion in Fe—Zr alloys, 671 ide layers, 832