Rapidly quenched materials: proceedings of the Seventh International Conference on Rapidly Quenched Materials, Stockholm, Sweden 13 - 17 August 1990 2
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Amsterdam u.a.
Elsevier
1991
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| Physical Description: | XII, S. 859 - 1445 Ill., graph. Darst. |
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| 245 | 1 | 0 | |a Rapidly quenched materials |b proceedings of the Seventh International Conference on Rapidly Quenched Materials, Stockholm, Sweden 13 - 17 August 1990 |n 2 |c H. Fredriksson ... (guest eds.) |
| 264 | 1 | |a Amsterdam u.a. |b Elsevier |c 1991 | |
| 300 | |a XII, S. 859 - 1445 |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 655 | 7 | |0 (DE-588)1071861417 |a Konferenzschrift |2 gnd-content | |
| 700 | 1 | |a Fredriksson, Hasse |e Sonstige |4 oth | |
| 711 | 2 | |a International Conference on Rapidly Quenched Materials |n 7 |d 1990 |c Stockholm |j Sonstige |0 (DE-588)5030364-8 |4 oth | |
| 773 | 0 | 8 | |w (DE-604)BV005537456 |g 2 |
| 856 | 4 | 2 | |m Digitalisierung TU Muenchen |q application/pdf |u http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003472061&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |3 Inhaltsverzeichnis |
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| adam_text | Contents
Part
2
A TOMIC
STR UCTURES
The influence of hydrogen contamination on the amorphization reaction of CuTi alloys
.................. 859
P. K. Ivison,
N.
Cowlarn (Sheffield, U.K.), I.
Soletta,
G.
Cocco
(Sassari, Italy),
S.
Enzo
(Venice, Italy) and L.
Battezzati
(Turin, Italy)
Amorphization in an immiscible Cu-V system by mechanical alloying and its structure observed by neutron diffraction
. . 863
T. Fukunaga,
M. Mori, K. Inou
and U. Mizutani (Nagoya, Japan)
Structural investigation of a mechanically alloyed
ΑΙ
-Fe
system
............................. 867
Y. D. Dong, W. H. Wang, L. Liu,
K. Q.
Xiao,
S. H.
Tong
and
Y.
Z. He (Hefei, China)
The structure of equiatomicNiTi, CuTi, NiZr and CuZr prepared by mechanical alloying
................. 872
M. S.
Boldrick
and
C. N. J.
Wagner (Los Angeles,
CA, U.S.A.)
X-ray diffraction studies of an amorphous Fe80_iCoISi6B14 alloy system
......................... 876
S.-C. Yu, K.-S. Kim, S.-O. Kim, T.-M. Kim (Cheongju, Korea) and S.-H. Lee (Pusan, Korea)
Short range order in
Ре^-^МдВ^,
............................................ 880
M.
Kopcewicz and W. Zych (Warsaw, Poland)
The atomic and magnetic structure of melt-spun amorphous Dy7Ni3
........................... 883
А. С
Harmon (Didcot, U.K.),
А. С
Wright (Reading, U.K.) and R.
N.
Sinclair (Didcot, U.K.)
Determination of static structure factors of metallic glasses by energy-dispersive X-ray scattering
............. 888
G. Fritsch and J. Keimel (Neubiberg, ERG.)
Quasicrystals: local structure versus global structure
................................... 893
S.
Lidin
(Stuttgart, F.R.G.)
Site of ruthenium in icosahedral Al-Mn-Ru-Si
..................................... 896
Y. Sakurai, Y. Tanaka, Y. Watanabe, S. Nanao (Tokyo, Japan), H. Kawata and M.
Ando (Ibaragj,
Japan)
Mössbauer
measurements and susceptibility measurements on crystalline and icosahedral AlCuFe alloys
......... 900
F.
Muller,
M.
Rosenberg
(Bochum,
F.R.G.),
W.
Liu and
U.
Köster
(Dortmund, F.R.G.)
Lattice properties of a model quasicrystaffine phase in comparison with those of crystalline and amorphous phases
.... 904
T.
Tei,
К.
Edagawa,
S.
Takeuchi (Tokyo, Japan) and K. Masuda-Jindo (Yokohama, Japan)
The scattering amplitudes for icosahedral quasicrystals with decorations
......................... 908
E. V. Shelekhov and Yu. A. Skakov (Moscow, U.S.S.R.)
OnthenatureoficosahedralphasesinAHFe.V.SiJalloys
................................ 912
V. R. V. Ramanan, D. J. Skinner and M. S. Zedalis (Morristown, NJ, U.S.A.)
Quasicrystalline
microstructures
in Algs.jCu^Cr^splats
................................ 917
H. Selke and P. L. Ryder (Bremen, F.R.G.)
Molecular dynamics study of the collective density excitations in monatomic glass
.................... 921
M. Dzugutov (Stockholm, Sweden)
Structure and vibrational dynamics of Ca70Mg30 glass
.................................. 927
N.
S. Saxena, A. Pratap, D. Bhandari and M. P. Saksena (Jaipur, India)
Molecular dynamics simulation of structural anisotropy in glassy metals
......................... 931
T. Tomida and T.
Egami
(Philadelphia, PA, U.S.A.)
Flow defects and diffusion defects in metailic glasses
................................... 935
A. van den Beukei and J. Sietsma (Delft, The Netherlands)
Annealing effects on X-ray diffraction peaks of melt-spun Al-Cu-Fe quasicrystals
.................... 939
K. Edagawa, A. Waseda, K. Kimura and H.
Ino
(Tokyo, Japan)
The inflation pattern of the three-dimensional Penrose tiling
............................... 943
R.
Lück
(Stuttgart, ERG.)
Quasicrystals in
ΑΙ
-Ni
alloys
.......,...................................... 947
C. Pohla
and P. L. Ryder (Bremen, F.R.G.)
CONTENTS
(continued)
Crystallization of the stable quasicrystal AlCuFe
.................................... 951
R.
van Buuren,
J.
Sietsma and A. van
den Beukei (Delft,
The Netherlands)
Element
redistribution and embrittlement of amorphous Ni-P during structural relaxation................
955
Ζ.
Ou
and T.-S. Xie (Shenyang, China)
A neutron diffraction study on amorphous
Fen25Zr0
75.................................. 959
C. Svensson
Huldt,
U.
Dahlborg (Stockholm,
Sweden),
W.
S. Howells (Didcot, U.K.)
and O. Rapp
(Stockholm,
Sweden)
Atomic motion at the glass
transition:
comparison between experimental and molecular-dynamics
investigations
...... 964
R.
Briining (Augsburg,
ERG.),
D. H.
Ryan,
J. O.
Ström-Olsen
and L. J.
Lewis
(Montreal,
Que., Canada)
Characterization of defects in metallic glasses
...................................... 968
M.
Calvo
(Nancy, France)
X-ray diffraction and EXAFS studies of sputter-deposited Ti-Pd films
.......................... 975
M. Yamada, H. Tsunoda, K. Tanaka (Nagoya, Japan) and K. Sumiyama (Sendai, Japan)
Interpretation of the asymmetry of the first neighbour peak in the pair correlation function of amorphous materials
.... 979
I.
Pócsik
(Budapest, Hungary)
X-ray structure analysis of Ni-Ti-
Al
and Cu-Ti-
Al
alloy glasses
............................ 983
M. Yamada,
N.
Matsui, K. Kurita, K. Tanaka, T. Fukunaga and U. Mizutani (Nagoya, Japan)
Structural characterization of
Ni-
V amorphous alloys prepared by mechanical alloying
.................. 987
T. Fukunaga (Nagoya, Japan), Y. Homma, K. Suzuki (Sendai, Japan) and M.
Misawa (Tsukuba,
Japan)
Neutron irradiation effects in metallic glasses
...................................... 992
A. Gupta, S. Habibi (Indore, India) and G.
Principi (Padova,
Italy)
Thermal expansion and fractional free volume changes of metallic glasses during heating
................. 996
F.-Q. Zheng (Yunnan, China)
Effector cooling condition on the internal field distribution of amorphous Fe-Si-B alloys
.................1000
Y. S.
Chao,
Y.
Yu,
H.
Chen,
L J. U
and S.-G. Zhang (Shenyang, China)
The rhomb unit structural model of amorphous alloys
..................................1004
S.-G. Zhang and Y. Yu (Shenyang, China)
Structure and density of transition metal-metalloid amorphous alloys
..........................1008
S.-G. Zhang and Y. Yu (Shenyang, China)
Pair potentials,
inherent structure and crystallization of liquids
..............................1012
U.
Dahlborg
and M. Dzugutov (Stockholm, Sweden)
CHEMICAL PROPERTIES
The use of rapidly solidified ribbons in automotive exhaust gas catalyst substrates
.....................1016
K. Emmerich
(Hanau,
FAG.)
Oxidation of amorphous NiZr sputtered films
......................................1021
R. W. Cochrane,
Y. Huai, M.
К.
McManus and
E.
Sacher
(Montreal,
Que.,
Canada)
Passivity of amorphous and crystalline Ni-Ti alloys
...................................1025
K.
Asami,
S.-C. Chen, H. Habazaki, A. Kawashima and K. Hashimoto (Sendai, Japan)
The structure and morphology of the corrosion products formed on the surfaces of a rapidly solidified Mg-3.5
Al
alloy
. . 1029
С. В.
Baliga
and P. Tsakiropoulos (Guildford, U.K.)
The effect of molybdenum on the corrosion behavior of amorphous Fe-Cr-Mo-P-C alloys in hydrochloric acid
......1033
H. Habazaki, A. Kawashima, K.
Asami
and K. Hashimoto (Sendai, Japan)
The catalytic properties of Fe78Si12B10 alloys prepared by ball milling
...........................1037
Zh. J. Chui, L. Wang, K. Y. Wang, Q. H. Song, J. T. Wang and
K. Lu
(Shenyang, China)
Photoelectron
spectroscopie
investigations of the surface reactivity of crystalline and amorphous Ti-Cu alloys
......1041
T. Mebrahtu, T. R. Hess, D.
E. Meneer
Jr., K. G. Balke, D. G. Naugle (College Station,
TX, U.S.A.)
and D. L.
Соске
(Beaumont,
TX, U.S.A.)
Corrosion resistance and surface structure of sputtered FeNiCrMoZr amorphous alloys
.................1045
M. Naka and Y. Matumoto (Osaka, Japan)
їх
CONTENTS
(continued)
Microstructural
characterization and comparative electrochemical behaviour of Fe-Ni-Cr and Fe-Ni-Cr-P laser surface
alloys
.........................................................1049
L.
Renaud,
F.
Fouquet,
J.
P. Millet, H.
Mazilie
(Villeurbanne,
France) and J. L. Crolet
(Pau,
France)
Pitting potential and structure of sputter-deposited
ΑΙ
-Ti
alloys
.............................1054
H. Yoshioka (Toyama, Japan), Q. Yan, K.
Asami
and K. Hashimoto (Sendai, Japan)
A scanning Auger
microprobe
study of the surface layer of FeCrPCSi amorphous ribbons
.................1058
N.
Pacia,
В.
Weber (Nancy, France) and
A. Remy (Pont-a-Mousson,
France)
High temperature oxidation behaviour of rapidly solidified Fe-Cr-
Al
ribbons
......................1062
V.
Borner,
К.
Emmerich,
К.
Frölich (Hanau, ERG.),
H. J. Grabke and H. J.
Schmutzler
(Dusseldorf, F.R.G.)
Corrosion and electrochemical characterization of rapidly solidified
Cu-B,
Cu-
Al-B, Cu-Cr-Zr
alloys
..........1065
H. Wojtas and
H. Boehni
(Zurich, Switzerland)
XPS analysis of amorphous Ni-Nb-Sn-Pt alloy catalysts for electro-oxidation of formaldehyde
..............1070
A. Kawashima, K.
Asami
and K. Hashimoto (Sendai, Japan)
The effect of hydrogen on the passivity of iron-based and nickel-based amorphous alloys
.................1074
R. Nishimura (Hiroshima, Japan), H. Habazaki, A. Kawashima, K.
Asami
and K. Hashimoto (Tohoku, Japan)
Oxidation and crystallization studies of Fe-22.5
Al-
lOZr rapidly solidified metallic glass ribbons
.............1078
M. C. Kim (Pohang, Korea) and M. J. McNallan (Chicago,
IL,
U.S.A.)
Structural studies of changes in amorphous Cu6)Zr39 in the dehydrogenation of 2-propanol
................1083
Á.
Molnár,
T.
Katona,
M.
Bartók (Szeged, Hungary),
I. V.
Perczel, Z. Hegedűs and Cs. Kopasz (Budapest, Hungary)
LIGHTALLOYS
Aluminium
RS
metallurgy
...............................................1087
W.
G. J.
Bunk (Cologne, F.R.G.)
Microstructural
characterization of atomized powder of
Al-5Mn-5Fe-2Si(wt.%)
alloy
..................1098
L. A. Bendersky, F. S. Biancaniello, S. D.
Ridder
and A. J. Shapiro (Gaithersburg, MD, U.S.A.)
Large scale manufacturing of rapidly solidified aluminum alloys
.............................1103
S. K. Das, R. L. Bye and P. S.
Gilman
(Morristown, NJ, U.S.A.)
The consolidation of rapidly solidified
Al-5wt.%Cr-2wt.%Zr(-lwt.%Mn)
alloy paniculate by hot rolling
.........1107
M. P.
Silva,
H.
Jones and
C. M.
Sellare
(Sheffield, U.K.)
Spray forming of aluminium-copper alloys
.......................................1111
P. S. Grant, W. T. Kim and B. Cantor (Oxford, U.K.)
Rapid solidification of aluminium by the Hydro Aluminium process
...........................1115
O. J. Sorheim and L. Auran (Sunndastera, Norway)
About the amorphizarion criteria in aluminium-based alloys
...............................1120
D. Bechet and G. Regazzoni
(
Voreppe, France)
New amorphous alloys with significant supercooled liquid region and large reduced glass transition temperature
......1125
A. Inoue, T. Zhang and T. Masumoto (Sendai, Japan)
Rapid solidification of FeAl intermetaiiics containing ZrB2
................................1129
D. G. Morris and M. A. Morris (Neuchatel, Switzerland)
Microstructure of rapidly solidified aluminium-based immiscible alloys
..........................1133
W. T. Kim, D. L. Zhang and B. Cantor (Oxford, UK.)
Surface characterization of a rapidly solidified A15Mn2.5Cr powder before and after hot extrusion
........... 1139
A. Nylund
and I. Olef
jord
(Gothenburg, Sweden)
The microstructure and properties of high pressure gas-atomized Al-Li-Hf alloy powders
................1144
A. F. Norman and P. Tsakiropoulos (Guildford, UK.)
The development of microstructure during extrusion of Al-SFe flake
...........................1148
M.
Strangwood,
J.
H. Tweed and
R. M. K.
Young (Harwell, U.K.)
A kinetic study of precipitation in rapidly solidified Al-8Fe during processing
......................1153
R. M. K. Young and J. H. Tweed (Harwell, U.K.)
Rapid solidification of Al-Cr-Zr-Mn alloys
.......................................1158
N.
J. E. Adkins and P. Tsakiropoulos (Guildford, U.K.)
χ
CONTENTS
(continued)
Geometry of melt-spun ribbons
.............................................1162
M.
A. Taha,
N.
A. El-Mahallawy and M. F. Abdel-Gaffar (Cairo, Egypt)
An analysis of precipitation kinetics in rapidly quenched
Al-Fe
alloys
..........................1166
G.
Riontino,
С.
Antonione,
L.
Battezzati
(Turin, Italy) and A. Zanada
(Novara,
Italy)
Metastable phase characterization in ion implanted and rapidly solidified aluminium-based alloys
.............1170
Q. Li, E. Johnson, A. Johansen, L. D. Yu, S. Steenstrup, L. Sarholt-Kristensen (Copenhagen, Denmark) and
A. Pogrebnyakov (Minsk, U.S.S.R.)
Precipitation of metastable phases in a rapidly quenched
Al-6wt.%Cu
alloy
.......................1175
S.
Abis
(Cuorgne, Italy), P. Mengucci
(Ancona,
Italy) and G. Riontino (Turin, Italy)
Structure and mechanical properties of rapidly solidified Al-Li-Cu-Mg alloys containing minor zirconium and rare earths
1179
G. S. Yuan, Z. Y. Zhao, X. D. Zhu, J. P. Kuang, Y. Liu and
Z. J.
Xing (Beijing, China)
Microstructural
characterization of rapidly solidified Al-Mn-Cr alloys
..........................1182
P. Liu and
G. L.
Dunlop (Gothenburg, Sweden)
The influence of iron on precipitation from supersaturated Al-Mo solid solutions
....................1188
Y. J. Bi
and
M. H.
Loretto (Birmingham, U.K.)
Rapid solidification of Mg-Al-Zn-Si alloys
.......................................1193
J. A. Juarez-Islas
(Morelos,
Mexico)
Stress-relaxation and creep behaviour of some rapidly solidified magnesium alloys
....................1197
H. Gjestland (Porsgrunn, Norway), G. Nussbaum, G. Regazzoni (Voreppe, France), O.
Lohne
and
0.
Bauger
(Trondheim,
Norway)
Superplasticity in magnesium alloy AZ91
........................................1201
J.
K. Solberg,
J. Torklep,
0.
Bauger
(Trondheim,
Norway) and H. Gjestland (Porsgrunn, Norway)
Rapidly solidified
АІ-ЗСг-Х
(Ni, Mo)
ribbons: structure and decomposition behaviour
..................1204
A. García Escorial,
В.
Sánchez,
M.
С.
Cristina,
G.
Caruana
and M.
Torralba
(Madrid,
Spain)
Magnetothermal
analysis of the phase transformation of quasicrystalline
Al-
14%Mn
...................1208
R.
Lück
and J. Bahle (Stuttgart, ER-G.)
High mechanical strength of aluminium-based crystalline alloys produced by warm consolidation of amorphous powder
. . 1212
K. Ohtera, A. Inoue and T. Masumoto (Sendai, Japan)
Icosahedral quasicrystals in an AlMnCrSi alloy
.....................................1215
Y. X. Guo, R. Hoier, S. Andersen and O.
Lohne
(Trondheim,
Norway)
Nucleation and formation of quasicrystalline phases in undercooled Al-Mn melts
....................1220
F. Gillessen
and D. M.
Herlach
(Cologne, ERG.)
Degassing of USGA-atomized A15Mn6Cr powder after exposure to a humid atmosphere
.................1225
A. Nylund
and I. Olefjord (Gothenburg, Sweden)
The creep behaviour of rapidly solidified Al-Zr-V alloys at low stresses
.........................1229
W.-W. Park (Kyungnam, Korea) and H. Jones (Sheffield, U.K.)
The microstructure and properties of rapidly solidified Al-Hf alloys
...........................1234
A. F. Norman and P. Tsakiropoulos (Guildford, U.K.)
Microhardness measurement of individual Al-Mn-Cr powder particles produced by rapid solidification
.........1238
P. Liu and
G. L.
Dunlop (Gothenburg, Sweden)
THIN LA YERS
MA TERI
ALS
Metastable phase formation in thin film reactions
....................................1244
K.
N.
Tu (Yorktown
Heights, NY, U.S.A.)
Electron diffraction investigations on new metastable solid solutions in quenched condensed V-Ag and Nb-Ag films
. . . 1248
K. Brekeller and J.
Hasse
(Karlsruhe, F.R.G.)
Preparation of high
Гс
thallium-based superconducting films from cocondensed amorphous metal precursors
.......1251
D. G. Naugle and P.
S. Wang
(College Station,
TX, U.S.A.)
Crystallization of amorphous thin films during heavy-ion irradiation
...........................1255
L.-U. A. Andersen, J.
Bettiger,
J. Janting and
N.
Karpe
(
Aarhus, Denmark)
Xl
CONTENTS
(continued)
Preparation of aluminum thin films by the facing targets sputtering system
........................1260
T. Hirata, M. Nagakubo (Osaka, Japan) and M. Naoe (Tokyo, Japan)
Microstructure
and thermal stability of TbFeCo thin films prepared by plasma-free sputtering
...............1264
K. Song, M. Naoe (Tokyo, Japan) and H.
Ito (Saitama,
Japan)
Atomic diffusion in thin film reactions
..........................................1268
A. L. Greer (Cambridge, U.K.)
The viscosity of amorphous metallic thin films
......................................1274
A. Witrouw,
С
A. Volkert and
F. Spaepen
(Cambridge, MA, U.S.A.)
Characterization of the banded structure in rapidly solidified
ΑΙ
-Cu
alloys
........................1278
M.
Zimmermann,
M. Carrard, M.
Gremaud and W.
Kurz
(Lausanne, Switzerland)
Solidification
microstructures
induced by laser surface alloying: influence of the substrate
.................1283
J.
M. Pelletier, L. Renaud
and
F. Fouquet (Villeurbanne,
France)
Formation and stability of magnetron sputtered Al-TM-RE metallic glasses
.......................1288
L. T. Kabacoff, C.-P. Wong,
N. L. Guťhrie
and S. Dallek (Silver Spring,
MD, U.S
A.)
Crystal orientation in titanium thin films deposited by the sputtering method without plasma damage
...........1292
M. Naoe, S. Ono
and T. Hirata (Tokyo, Japan)
Preparation of amorphous carbon films as protective layer by FTS system
........................1296
T. Kawanabe (Kanagawa, Japan), T. Takahashi (Toyama, Japan), Y. Hoshi (Kanagawa, Japan) and M. Naoe (Tokyo,
Japan)
Microstructure
of stainless steel films utilizable for magnetic recording
..........................1301
T. Okita and M. Naoe (Tokyo, Japan)
Control of morphology and crystallinity of chromium sputtered film
...........................1305
T. Kawanabe (Kanagawa, Japan), J. Park and M. Naoe (Tokyo, Japan)
Thin films of mechanically hardened Fe-Mo-B-Cr-Ni alloys deposited by the facing targets sputtering method
......1309
S. Akiyama, S. Nakagawa, M. Naoe (Tokyo, Japan) and K. Takagi (Kudamatsu, Japan)
MECHANICAL ALLOYING
Amorphization by mechanical alloying and by solid-state reaction: similarities and differences
..............1315
A. R. Yavari and P. J. Desre (St. Martin
d Hères,
France)
Atomic disorder in intermetallic compounds by mechanical attrition
...........................1323
L. M.
Di,
P. I. Loeff and H.
Bakker
(Amsterdam, The Netherlands)
Characterization of AINi formed by a self-sustaining reaction during mechanical alloying
.................1326
M. Atzmon (Ann Arbor, MI, U.SA.)
Nanocrystalline alloys prepared by mechanical alloying and ball milling
.........................1330
M. Oehring and R. Bormann (Geesthacht, F.R.G.)
Temperature dependence of mechanical alloying and grinding in Ni-Zr,
Cu
-Та
and Fe-B alloy systems
..........1334
C. H. Lee, T. Fukunaga and U. Mizutani (Nagoya, Japan)
Amorphization in Fe-metalloid systems by mechanical alloying
..............................1338
T. Ogasawara (Hiroshima, Japan), A. Inoue and T. Masumoto (Sendai, Japan)
Formation of a super-saturated solid solution in the Ag-Cu system by mechanical alloying
................1342
K. Uenishi, K. F. Kobayashi (Osaka, Japan), K.
N.
Ishihara and P. H. Shingu (Kyoto, Japan)
Application of surface active substances in mechanical alloying
..............................1346
A. P.
Radlinskí,
A. Calka, B. W. Ninham and W. A. Kaczmarek (Canberra, Australia)
Universa!
high performance ball-milling device and its application for mechanical alloying
................1350
A. Calka and A. P.
Radlinskí
(Canberra, Australia)
The contribution of strain and plastic deformations to the amorphization reaction of Ni-Zr alloys by mechanical alloying
. 1354
R.
Schulz,
M. L. Trudeau
(Varennes,
Que., Canada) and A. van
Neste (Quebec,
Que., Canada)
High-resoiution
electron microscopy study of Ni-Mo nanocrystals prepared by high-energy mechanical alloying
......1361
M. L. Trudeau
and R.
Schulz
(Varennes,
Que.,
Canada)
XU
CONTENTS
(continued)
Amorphization
of soft magnetic alloys by the mechanical alloying technique
.......................1368
S.
Surmach,
M. D.
Baro, J.
Segura,
M. T. Clavaguera-Mora (Bellaterra,
Spain) and
N.
Clavaguera
(Barcelona, Spain)
Effects of ball milling on pure antimony, on Ga-Sb alloy and on Ga
+
Sb powder mixture; oxidation, glass formation and
crystallization
.....................................................1372
A. Tonejc, D.
Dužević
and A.M. Tonejc (Zagreb, Yugoslavia)
Mechanical alloying of high melting point intermetallics
.................................1376
A. P.
Radlinskí
and A. Calka (Canberra, Australia)
Metastable phase transformations induced by ball-miffing in the Cu-W system
......................1380
E.
Gaffet,
С.
Louison,
M.
Harmelin
and
F.
Faudot (Vitry-sur-Seine, France)
EXAFS study of the solid state amorphization process in an
Fe
-С
alloy
.........................1385
T. Našu, C. C.
Koch (Raleigh,
NC,
U.S.A.),
K. Nagaoka,
N.
Itoh (Yamagata, Japan), M. Sakurai and K. Suzuki (Sendai,
Japan)
Comparison of solid-state
amorphization
by mechanical alloying and
interdiffusion
in Ni-Zr
...............1389
J.
Eckert,
L.
Schultz (Erlangen, F.R.G.) and K.
Urban
(Julich, F.R.G.)
Ball miffing mechanical alloying in the Fe,on-
jSij
system.................................
1394
A. García Escorial,
P.
Adeva,
M.
С.
Cristina, A. Martín,
F.
Carmona,
F.
Cebollada,
V.
E. Martin,
M.
Leonato
and
J.
M. Gonzalez (Madrid,
Spain)
Thermal
behaviour of
Cu-Tì
and
Cu
-Ті-Н
amorphous powders prepared by ball milling
.................1398
M. Baricco, L.
Battezzati
(Turin, Italy), I.
Soletta,
L.
Schiffini
(Sassari, Italy) and
N.
Cowlam (Sheffield, U.K.)
Amorphization kinetics during cold rolling of Mg-Ni multilayers
.............................1402
T. B. Ameur, A. R. Yavari (St. Martin
d Hères,
France) and J. M. Barandiaran
(Vizcaya,
Spain)
Mechanical alloying of the Pd-Si system. Investigation of the early and late milling stages
.................1406
M.
Magini, N.
Basili,
N.
Burgio,
G.
Ennas,
S.
Martelli,
F.
Padella, E. Paradiso and P. Susini (Rome,
Italy)
Amorphization
of
Cu
-Та
alloys by mechanical alloying.................................
1410
G.
Veltl,
В.
Scholz
and H.-D.
Kunze
(Bremen, F.R.G.)
Solid state amorphization in the
Cu
-Та
alloy system
...................................1414
K. Sakurai (Ibaraki, Japan), Y. Yamada (Tokyo, Japan), C. H. Lee, T. Fukunaga and U. Mizutani (Nagoya, Japan)
Microcrystalline or nanocrystalline grain size in two-phase alloys after mechanical alloying
................1418
D. G. Morris and M. A. Morris (Neuchatel, Switzerland)
AUTHORINDEX
...................................................1423
SUBJECT INDEX
...................................................1429
Author Index Parts
1
(pp.
1-858)
and
2
(pp.
859-1421)
1423
Abdel-Gaffar. M.
F.. 1162
Abdel-Ghaffar.
Μ. Α..
758
Abis.
S..
1175
Adeva.P..
1394
Adkins.N.J. E.,767.
1158
Adlwarth-Dieball. R..
359
Aharoune.
Α..
547
Aihara,
T.,
316
Akiyama, S.,
1309
Alexander. H.,
790
Alius. E..
738
Allia.
P..
124.325
Altounian. Z.,
403. 509. 819
Amano. E.,
140
Ambrózio
Filho.
692
Ameur.T.
В.,
1402
Andersen. L.-U..
1255
Andersen,
S..
1215
Ando,
M..
896
Ando,
T..
284, 780
Anestiev.
L.
Α.,
832
Antonione.
С.
1166
Aoki,K..316,565
Apoštolov.
Α.,
252
Arnberg, L.,
288
Asami,
К.,
22,1025,1033, 1054,
1070, 1074
Atzmon, M.,
1326
Auran.
L..
Ill
5
Aziz.
M. J..
592
Babic.
E..
76, 192.321
Bahìe.
J..
196. 1208
Bakker.
H..
1323
Bakonyi.
I..
196
Baliga. c.
В..
1029
Balke.K.G.,
1041
Baltic.
R.,
541
Barandiaran.
J. M.
1402
Baricco. M..
124. 51
X.
584, 1398
Barkalov, O.
!.. 726
Baro,
Μ.
D..
807, 1368
Barth.
M..
657. 790
Bartók.
M..
1083
Basali,
N.. 1406
Batawi.
E..
644
Battezzati.
L..
584.
85У.
1166.
1398
Bauer-Grosse.
E..
640
Bauger. 0.1197,1201
Baumann.
К.
107
Baxter.
D. V..
90
Beatrice.
С.
325
Bechet.D.,
1120
Beeli, C,
346
Benderskv. L..
256
Bendersky, L.
Α.,
592, 1098
Bhandari, D..
927
Bhatti, A. R..
188
Bi, Y. J.,
1188
Biancaniello, F. S.,
1098
Bigot
J.,
775
Bikic,S.,541
Blank-Bewersdorff, M.,
611
Blatter,
Α.,
431
Boehni, H.,
1065
Boettinger,
W. J..
438, 592
Boháč, V.,
662
Boldrick,
M. S.,
26, 872
Bonetti, E.,
325
Bormann, R.,
1330
Borner,
V.,
1062
Botezan, N.,
229
Böttcher,
U.,
620
Bottiger,!,
415, 1255
Bouzy, E.,
640
Boyen,
H.-G.,
107, 120
Brauer,
S.,
611
Brekeller. K.,
1248
Brodbeck,
D.,
601
BrowerJ^W. E.,
846
Briining, R.,
403,964
Bruton, W. D.,
482
Buckley,
R.
Α.,
490,588
Budurov, S.,
213,448,452,455
Buhrer,W.,
431
Buler. P. L,
535
Bunk, W.,
270
Bunk,
W.
G. J.,
1087
Burgio.N.,
1406
Burgstaller,
Α.,
196
Bye,
R. L.,
1103
Calk^A.,
555, 1346,1350, 1376
Callaway,T.O.,482
Calvayrac, Y.,
383
Calvo,
M.,
968
Camel,
D.,
811
Cantor,
В..
1111, 1133
Carmona,
F., 1394
Carrard.M, 1278
Caruana. G., 1204
Carvalhinhos. H., 265
Castro. F., 265
Cebollada,
F.. 1394
Chai, S.-C,
274
Chan.S. K... 127
Chandra, G.. 101
Chandrasekaran, M., 468
Chao.
Y. S..
1000
Chen.
C. M.,
596
Chen.
F.
R..
468
Chen,
H.,
1000
Chen,
L. C,
342
Chen, S.-C,
1025
Chen,
Y.
С,
596
Chinh,
N. O.,
475
Chu^Zh.J.,
1037
Clavaguera, N.,
807, 1368
Clavaguera-Mora, M. T.,
807,
1368
Cline,
J.,
592
Cocco,
G.,
859
Cochrane, R.
F., 367, 569,698,
702,706,799,803
Cochrane,
R. W.,
1021
Соске,
D. L.,
1041
Cohen, M.,
297
Correia,
J.
В.,
265
Cowlam,N.,859,
1398
Cristina,
M.
С,
1204, 1394
Crolet.J.L.,
1049
Cunat,
Ch.,
547
Cziráki, Á.,
475
Dahlborg,
U,
959, 1012
Dallek,
S.,
1288
Das,
S.
К.,
ПОЗ
das Neves,
M. D. M.,
692
Davies, H.
Α.,
265,490
de Barros
Brasil,
V.,
581
De Ceuninck,
W.,
261,337,340
de
Lacheisserie,
E.
T.,
184
De
Schepper, L.,
261,337, 340
de
Souza,
О. С,
692
Degtyareva,
V.
F., 734
Delaey, L.,
353,468
Desre.P.J.,
1315
Di,
L. M.,
1323
Diego,
J.
Α.,
807
Djakonova, N.
P.,
560
Dong,
Y. D.,
867
Duhaj,
P.,
223, 398,523,662
Duine,
P.
Α.,
649
Dunlop,G.
L.,
1182, 1238
Dunst,
Α.,
785
Dužević,
D.,
1372
Dzugutov,
M.,
921
,
1012
Ebalard, S..
297.569
Ecken,
D.,
151
Eckert,
J..
393, 1389
Eckler,
К.,
698. 702, 718, 730,
790
Edagawa,
К..
904. 939
Edneral, N.
V.,
560
Egami.
T..
931
Egry.
!.. 718
1424
El-Mahallawy, N.
Α..
758,1162
Emmerich,
К.,
1016,1062
Ennas.G., 1406
Enzo,
S.,
859
Escobar,
Μ. Α.,
184
Evans. P. V.,
803
Fadnis,
Α.
N.. 90
Faudot,
E,
383, 1380
Fecht,
H. J..
427,443
Feng, Y.-S.,
274
Feuerbacher,
В.,
702,706, 795
Fiedler.
H.,
448,657,671
,
680
Fink-Finowicki, J., 136
Fogarassy,
В.,
475
Forty,
V.,
452,455
Fouquet,
F., 1049,1283
Frank,
W.,
410
Fredriksson,
H.,
616
Fritsch,
G.,
888
Frölich.K.,
1062
From,
M.,
72
Frommeyer, G.,
279,667,722
Fuentes,
M.,
265
Fukamichi, K.,
245
Fukunaga, T.,
67,245,863, 983,
987,1334,1414
Gaffet,
E.,
1380
García Escorial,
Α..
1204,1394
Gaspar,
Τ. Α.,
676
Gawior,W.,
172
Gellenbeck, H.,
653
Gerling,
R.,
328
Gero, I„ 475
Ghosh,
G.,
353,468
Giegel,
U..
279
Gillessen,
F., 785,1220
Gilman,
P. S.,
ПОЗ
Girt,
E.,
541
Girt,
Er., 541
Gjestland,
H.,
1197,1201
GHjer,
P.,
630
Göbel,R.,671
Gonzales,
J.,
184
Gonzalez,;. M.,
1394
Goto, T.,
245
Grabke.H.J.,
1062
Gránásy.L..
577. 722, 751
Grant,
Ń.
J.,
284.780
Grant, ř.S.,1111
Gratias.
D.,
383
Greer, A.
L..
16,367,415,569,
606,698,730,799,803,1268
Gremaud, M.,
1278
Groma,
1., 475
Güntherodt, H.-J., 63, 115,120,
60i.
715
GucH.-O..
162. 165, 169
Guo, X.,
509
Guo,Y. X.,
1215
Gupta,
Α.,
101,375,992
Gupta, R.,
101
Guthrie, N.L.,
1288
Gutierrez,
L,
265
Habazaki,
H.,
22, 1025,1033,
1074
Habibi,
S.,
375, 992
Hackman,
L. E.,
676
Haessner, F., 371
Hamerton,
R. G.,
730
Han,
H.,
104
Han,
S. H.,
104
Handstein,
Α.,
151
Hannon,
Α.
С,
883
Harada,T.,780
Harmelin,
M.,
383, 775,1380
Hasegawa,
К.,
332
Hashimoto,
К.,
22, 1025,1033,
1054, 1070,1074
Hashimoto,
T.,
94
Hasse,
J.,
1248
Hauen,
R.,
601
Haussier,
P.,
10,107,115,120
Hays,
С. С,
379
Не,
Y. Z.,
867
Hedman, L..
85
Hegedus,
Z.,
1083
Herlach,
D.
M.,
698,702,706,
718,730, 785, 790,795,1220
Herzer,
G.,
1
Hess,
T. R.,
1041
Heyder,
В.,
667
Heye, W., 204
Hirata,T.,
1260, 1292
Hodiamont,
S.,
270
H0ier, R.,
1215
Hollanders,
M.
Α.,
636
Homma, Y..
987
Hornbogen,
E.,
836
Hörner,A.,410
Horvat,
J.,
192
Hoshi, Y.,
1296
Howells, W.S.,959
Hrabčák,
M.,
248
Huai, Y.,
1021
Huang, D.-R.,
209
Illekova, E.,
529
Illgen, L.,
657, 738
Ilonca, G.,
229
Imura, T.,
301,332
Indiekofer, G.,
107,120
Ino,
H.,
226.939
Inou, K.,
863
Inoue,
Α.,
6,288,688,771,
1125,1212,1338
Irvine,
J. T.
S.,
140
Ishida,
Α.,
67, 80
Ishihara, K. N.,
1342
Ito,
H.,
1264
ltoh,M.67,80
höh,
Ν.,
1385
ivison,
Р. К.,859
Ivkov, J.,
76
Jacobson, N.,
574
Janičkovič, D.,
398
Jansson, K.,
462
Janting,J.,415,
1255
Jen, S. U.,
98,479
Jha,
Α.,
490
Jiang, Q.,
346
Jin,
R. Y.,
104
Johansen,
Α.,
1170
Johansson, P.,
307
Johnson,
E.,
1170
Johnson,
W. L.,
427
Jones, H.,
33,588,1107,1229
Jönsson,
В.,
827
Juarez-Islas,
J.
Α.,
1193
Jurisch, M.,
292,620,671
,
764
Kabacoff,
L.
T.,
1288
Kaczkowski, Z.,
220,223
Kaczmarek, W.
Α.,
1346
Kamiya,
Α.,
67,111
Karpę,
Ν.,
415,1255
Kasztovszky, Zs.,
475
Katona,
T.,
1083
Katter,
M.,
143,147,154
Kawamura,
Y.,
301
,
332
Kawanabe.X,
1296,1305
Kawasmma,
Α.,
22,1025,1033,
1070, 1074
Kawata, H.,
896
Keimei,
J.,
888
Kikuchi,
M.,
288
Kim, Ł-S.,
216, 876
Кіт,
M. C.,
1078
Kim, S.-O.,
876
Kim,T.-M.,876
Kim, W.
T.,
1111,1133
Kim,Y.-Y.,216
Kimura, K.,
94, 939
Kirchmayr, H. R.,
151
Kisdi-Koszó, É.,
220,248
Kishi,
К.,
94
Kita,
E.,
226
Klaar,
J.,
758
Klimov,A.V.,850
Knežević,
G.,
541
Knuyt, G.,
261,337,340
Kobayashi, K.
F., 1342
Koch,
C. C,
1385
Koknaeva, M. R.,
560
Kolano,
R.,
172
Komlev,D.G.,535
Kondo, S.,
226
Konzcos, G.,
532
Kopasz,
Cs.,
1083
Kopcewicz,
M.,
880
Kopit,V.Z.,850
Köster,
U..
312,388,486,611,
624, 900
Kováč, J.,
248
Kovacheva, R.,
455
Kovatchev.
P..
213
1425
Kronmüller,
H.,
410
Kuan&J.P, 1179
Kubičár.L,
523, 755
Kuhnast, F.
Α.,
547
Kulik,
T.,
232, 236
Kumagai, N.,
22
Kunze, H.-D., 1410
Kurita,
К.,
983
Kursumovic,
Α.,
321
Kurz, W.,
1278
Kúzmiríski, M.,
136
Lakshmi, C. S.,
241
Lal,
S.,
101
Langley,
R. H.,
482
Larsen,K.
К.,415
Larsson,
E.,
288
Latuszkiewicz,
J.,
236
Lazarova,
M.,
448
le
Caer,
G.,
640
Lee,
C. H.,
1334, 1414
Lee,J.-B.,
513
Lee,J.-I.,216
Lee,S.-H.,876
Leemann, G.,
63
Leonato,M.,
1394
Lewis,
L. J.,
423,964
Li,
J. C. M.,
209
Li,
L-J
Л
000
Li, Q„
1170
Li, X.-G.,
316,565
Lidin,
S.,
893
Liebermann,
H. H.,
76,192,196,
321
Lim,W.-Y.,216
Lin, S. T.,
98
Lindenkreuz,
H.-G.,
738
Liu,L.,867
Liu,R,
1182,1238
Liu,W.,388,900
Liu,Y.,
1179
Loeff,P.L,
1323
Lohne, O., 1197,1215
Löhneysen,
H. v.,
51
Lonhardt, M.,
620
ίοΓβαο,Μ.Η.,
1188
Löser, W., 680,738
Lotze,
G.,
680
Louison.C, 1380
Lovas,
Α.,
196,248,475, 532
Lozarova, M.,
213
Lu,
J. G.,
127
Lu,
К.,
500,504, 1037
Lück, R., 346, 943,1208
Ludwig,
Α.,
577, 722, 751
Luft,
Α.,
620
Lundbäck,
E.,
823
MagìnLM.,
1406
Majková, E.,
662
Manov,
V. P.,
535,850
Manukhin,
А. В.,
535
Marohnić.Ź.,
192
Martelli,
S.,
1406
Marti,
J.,
256
Martín,
Α.,
1394
Martín,
V. E.,
1394
Masuda-Jindo,
К.,
904
565,688,771,1125, 1212,
1338
Matko, I.,
398,662
Matsuda,T.,
67,
111
Matsui, N.,
983
Matsuura,
M.,
551
Matumoto,
Y.,
1045
Matyja,
H.,
232, 236, 630
Mazilie,
H.,
1049
McManus,
Μ. Κ.,
1021
McNallan, M. J.,
1078
Mebrahtu,T.,1041
Megli,
S.
С,
846
Meneer
Jr.,
D. E.,
1041
Mengue«,
P.,
1175
Menzel,
D.,
312
Meyer,E.,581,711
Millet, J. P.,
1049
Misawa,
M.,
987
Missell,
F. P.,
132
Mitin,
B. S.,
742, 746
Mittemeijer, E.
J.,
636
Miyaké, S.,
842
Mizutani, U.,
67, 111, 863,983,
1334, 1414
Molnár, Á.,
1083
Monstadt, H.,
836
Μοοπ,Μ.,332
Mori,
M.,
863
Morris,
D. G.,
644,854, 1129,
1418
Morris, M.
Α.,
1129, 1418
Moruzzi,
V. L.,
107
Moser,
E. M.,
601
Mühlbach,
H.,
738
Muir,
W.
В.,
72
Muller, F., 900
Müller, K.-H., 151
Müller,
M.,
738
Murakami,
M.,
684
Myung,W.-N.,418,
513
Nagakubo,M.,
1260
Nagaoka,
К.,
1385
Nagata,T.,67,
80
Naka, M.,
1045
Nakagawa,S.,
1309
Nanao, S.,
896
Naoe, M.,
1260, 1264, 1292,
1296,1301,1305,1309
Nasu,
T.,
1385
Naugle, D. G.,
59, 379,482,
1041, 1251
Neumann, W.,
671
Nicolaus,
M. M.,
371
Nigam.A. K.,
101
Nikhifarov,V.
V.,
850
Niklas,
Α.,
312
Ninham.B.W.,
1346
Nishimura, R.,
1074
Nishiwaki, T.,
332
Nissen, H.-U.,
346
Nordstrom,
Α.,
85
Norman, A.
F., 1144,1234
Nothnagel, P.,
151
Novák, L.,
248
Nussbaum, G.,
1197
Nygren,
M.,
462
Nylund,
Α.,
1139,1225
Oehring,M.,
1330
Oelhafen, P.,
107,115,120
Oertel,
C.-G.,
292
Ogasawara,
T.,
1338
Oguchi,
M.,
688
O Handley,
R. C,
127,780
Ohtera.K.,
1212
Okita,T.,1301
Olefjord,!., 1139,1225
Oleszak,
D.,
630
Ono, S.,
1292
Östlund, Å.,
823
Ovcharov, V.
P.,
850
Ozawa, M.,
842
Pacia,
N.. 1058
Padella,
F., 1406
Pan, R.,
379
Paradiso, E.,
1406
Park, J.,
1305
Park, W.-W.,
1229
Pashkov, I. N.,
742
Pelletier,
J. M.,
1283
Perczel, I. V.,
1083
Peters,
M.,
270
Petkie,R.,551
Petkov,V.,252
P<5csik,I.,544,
979
Pogrebnyakov,
Α.,
1170
Pohla, C,
947
Pola,
E. J. G.,
692
Ponyatovsky,
E. G.,
726, 734
Popel,
S.
L,
535
Potocký, L.,
220,248
Pott-Langemeyer,
M.,
204
Prakash, U.,
588
Prasad,
R,,
606
Prasanna, T. R.
S.,
127
Pratap,
Α.,
927
Preiss,P.,671
Principi,
G.,
992
Proctor,
C. S.,
799
Punge-Witteler,
В.,
624
Ou,
Ζ.,
955
Quivy,
Α.,
383
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| spelling | Rapidly quenched materials proceedings of the Seventh International Conference on Rapidly Quenched Materials, Stockholm, Sweden 13 - 17 August 1990 2 H. Fredriksson ... (guest eds.) Amsterdam u.a. Elsevier 1991 XII, S. 859 - 1445 Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier (DE-588)1071861417 Konferenzschrift gnd-content Fredriksson, Hasse Sonstige oth International Conference on Rapidly Quenched Materials 7 1990 Stockholm Sonstige (DE-588)5030364-8 oth (DE-604)BV005537456 2 Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003472061&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Rapidly quenched materials proceedings of the Seventh International Conference on Rapidly Quenched Materials, Stockholm, Sweden 13 - 17 August 1990 |
| subject_GND | (DE-588)1071861417 |
| title | Rapidly quenched materials proceedings of the Seventh International Conference on Rapidly Quenched Materials, Stockholm, Sweden 13 - 17 August 1990 |
| title_auth | Rapidly quenched materials proceedings of the Seventh International Conference on Rapidly Quenched Materials, Stockholm, Sweden 13 - 17 August 1990 |
| title_exact_search | Rapidly quenched materials proceedings of the Seventh International Conference on Rapidly Quenched Materials, Stockholm, Sweden 13 - 17 August 1990 |
| title_full | Rapidly quenched materials proceedings of the Seventh International Conference on Rapidly Quenched Materials, Stockholm, Sweden 13 - 17 August 1990 2 H. Fredriksson ... (guest eds.) |
| title_fullStr | Rapidly quenched materials proceedings of the Seventh International Conference on Rapidly Quenched Materials, Stockholm, Sweden 13 - 17 August 1990 2 H. Fredriksson ... (guest eds.) |
| title_full_unstemmed | Rapidly quenched materials proceedings of the Seventh International Conference on Rapidly Quenched Materials, Stockholm, Sweden 13 - 17 August 1990 2 H. Fredriksson ... (guest eds.) |
| title_short | Rapidly quenched materials |
| title_sort | rapidly quenched materials proceedings of the seventh international conference on rapidly quenched materials stockholm sweden 13 17 august 1990 |
| title_sub | proceedings of the Seventh International Conference on Rapidly Quenched Materials, Stockholm, Sweden 13 - 17 August 1990 |
| topic_facet | Konferenzschrift |
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