Journal of Nuclear Materials 1997: Vol 249 Index

7 Pages·1997·1.3 MB·English

ELSEVIER Journal of Nuclear Materials 249 (1997) 263-264
Author index
Abdelrazek, I.D., S.W. Sharkawy and H.A. El- properties of precipitation hardened copper
Sayed, Pyrolytic carbon coating of Zircaloy- alloys 249 (19972)5 0
4 tubes at relatively low temperatures 249 (1997) 159 Fernandez, A., see Richter, K. 249 (19971)2 1
Altas, Y., M. Eral and H. Tel, Preparation of Finch, R.J., see Burns, P.C. 249 (19971)9 9
homogeneous (Thy gU,y )O, pellets via co- Finn, P.A., see Buck, E.C. 249 (1997) 70
precipitation of (Th,UXC,0,), -n2H,O Flewitt, P.E.J., see Gao, F. 249 (1997) 77
powders 249 (1997) 46 Foreman, A.J.E., see Trinkaus, H. 249 (1997) 91
Anestiev, L.A., see Georgiev, J.S. 249 (1997) 133 Foreman, A.J.E., see Singh, B.N. 249 (19971)0 3
Fukuda, K., see Minato, K. 249 (19971)4 2
Bacon, D.J., see Gao, F. 249 (1997) 77
Bakel, A.J., see McGrail, B.P. 249 (1997) 175
Gao, F., DJ. Bacon, P.E.J. Flewitt and T.A.
Bates, J.K., see Buck, E.C. 249 (1997) 70
Lewis, A molecular dynamics study of tem-
Behar, M., see Pérez, R.A. 249 (1997) 52
perature effects on defect production by dis-
Buck, E.C., DJ. Wronkiewicz, P.A. Finn and
placement cascades in a-iron 249 (1997) 77
J.K. Bates, A new uranyl oxide hydrate
Georgiev, J.S. and L.A. Anestiev, Influence of
phase derived from spent fuel alteration 249 (1997) 70
the surface processes on the hydrogen per-
Burns, P.C., R.J. Finch, F.C. Hawthorne, M.L.
meation through ferritic steel and amor-
Miller and R.C. Ewing, The crystal struc-
phous Fe 4 NiygMo,B,, alloy specimens 249 (1997) 133
ture of ianthinite, [U}*(UO,),0,(OH),-
Glasbrenner, H., E. Nold and Z. Voss, The
(H,O),(H,O),: a possible phase for Pu**
influence of alloying elements on the hot-dip
incorporation during the oxidation of spent
aluminizing process and on the subsequent
nuclear fuel 249 (1997) 199
high-temperature oxidation 249 (1997) 39
Choi, J.W., see McEachern, R.J. 249 (1997) 58
Cordfunke, E.H.P., see Zhang, H. 249 (1997) 223 Hawthorne, F.C., see Burns, P.C. 249 (1997) 199
Cox, B. and H.I. Sheikh, Redistribution of the Hazelton, C.S., see Myra, J.R. 249 (1997) 190
alloying elements during Zircaloy-2 oxida- Hodgson, E.R., see Morono, A. 249 (1997) 128
tion 249 (1997) 17 Huntelaar, M.E., see Zhang, H. 249 (1997) 223
Cox, B., Is zirconium oxide morphology on fuel
cladding largely determined by lithium hy- Jeapes, A.P., see Sazhin, S.S. 249 (1997) 207
droxide concentration effects? 249 (1997) 87
Kitagawa, I., see Minato, K. 249 (19971)4 2
DeVan, J.H., see DiStefano, J.R. 249 (1997) 150 Kégler, U., see Rubel, M. 249 (19971)1 6
D’I ppolito, D.A., see Myra, J.R. 249 (1997) 190 Kolar, M., see McEachern, R.J. 249 (1997) 58
DiStefano, J.R. and J.H. DeVan, Reactions of Konings, R.J.M., see Zhang, H. 249 (19972)2 3
oxygen with V—Cr-Ti alloys 249 (1997) 150 Konys, J., see Stein-Fechner, K. 249 (1997) 33
Dyment, F., see Pérez, R.A. 249 (1997) 52 Krishnaiah, M.V., see Suresh, G. 249 (19972)5 9
Ebert, W.L., see McGrail, B.P. 249 (1997) 175
Larsson, D., see Rubel, M. 249 (1997) 116
Edwards, D.J., see Singh, B.N. 249 (1997) 1
Lewis, T.A., see Gao, F. 249 (1997) 77
El-Sayed, H.A., see Abdelrazek, I.D. 249 (1997) 159
Long, W., see McEachern, R.J. 249 (1997) 58
Eldrup, M., see Singh, B.N. 249 (1997) 1
Eral, M., see Altas, Y. 249 (1997) 46
Ewing, R.C., see Burns, P.C. 249 (1997) 199 Massih, A.R., see Wippling, D. 249 (19972)3 1
McEachern, R.J., J.W. Choi, M. Kolar, W.
Fabritsiev, S.A. and A.S. Pokrovsky, The effect Long, P. Taylor and D.D. Wood, Determi-
of neutron irradiation on the electrical resis- nation of the activation energy for the for-
tivity of high-strength copper alloys 249 (1997) 239 mation of U,O, on UO, 249 (1997) 58
Fabritsiev, S.A. and A.S. Pokrovsky, The effect McGrail, B.P., W.L. Ebert, A.J. Bakel and D.K.
of neutron irradiation on the mechanical Peeler, Measurement of kinetic rate law pa-
264 Author index
rameters on a Na—Ca—Al borosilicate glass Sheikh, H.I., see Cox, B. 249 (1997) 17
for low-activity waste 249 (1997) 175 Singh, B.N., D.J. Edwards, M. Eldrup and P.
Miller, M.K., see Pareige, P. 249 (1997) 165 Toft, Effects of heat treatments and neutron
Miller, M.L., see Burns, P.C. 249 (1997) 199 irradiation on microstructures and physical
Minato, K., T. Ogawa, K. Fukuda, H. Sekino, I. and mechanical properties of copper alloys 249 (1997) 1
Kitagawa and N. Mita, Fission product re- Singh, B.N., A.J.E. Foreman and H. Trinkaus,
lease from ZrC-coated fuel particles during Radiation hardening revisited: role of intra-
post-irradiation heating at 1800 and 2000°C 249 (1997) 142 cascade clustering 249 (19971)0 3
Mita, N., see Minato, K. 249 (1997) 142 Singh, B.N., see Trinkaus, H. 249 (1997) 91
Morono, A. and E.R. Hodgson, On the origin of Soares, M.R.F., see Pérez, R.A. 249 (1997) 52
the F* centre radioluminescence in sap- Somers, J., see Richter, K. 249 (19971)2 1
phire 249 (1997) 128 Srirama Murti, P., see Suresh, G. 249 (19972)5 9
Myra, J.R., D.A. D’Ippolito, J.A. Rice and C.S. Stahle, P., see Wippling, D. 249 (19972)3 1
Hazelton, Radio-frequency sheath mitiga- Stein-Fechner, K., J. Konys and O. Wede-
tion by insulating antenna limiters 249 (1997) 190 meyer, Investigations on the transformation
behavior of the intermetallic phase (Fe,
Nold, E., see Glasbrenner, H. 249 (1997) 39 Cr), Al; formed on MANET II steel by
aluminizing 249 (1997) 33
Ogawa, T., see Minato, K. 249 (1997) 142 Stoller, R.E., see Pareige, P. 249 (1997) 165
Suresh, G., G. Seenivasan, M.V. Krishnaiah
Pareige, P., R.E. Stoller, K.F. Russell and M.K. and P. Srirama Murti, Investigation of the
Miller, Atom probe characterization of the thermal conductivity of selected compounds
microstructure of nuclear pressure vessel of gadolinium and lanthanum 249 (1997) 259
surveillance materials after neutron irradia-
tion and after annealing treatments 249 (1997) 165 Tanabe, T., see Rubel, M. 249 (1997) 116
Peeler, D.K., see McGrail, B.P. 249 (1997) 175 Taylor, P., see McEachern, R.J. 249 (1997) 58
Pérez, R.A., M.R.F. Soares, M. Behar and F.
Tel, H., see Altas, Y. 249 (1997) 46
Dyment, Indium diffusion study in a- Toft, P., see Singh, B.N. 249 (1997) 1
titanium 249 (1997) 52 Trinkaus, H., B.N. Singh and A.J.E. Foreman,
Philipps, V., see Rubel, M. 249 (1997) 116 Mechanisms for decoration of dislocations
Pokrovsky, A.S., see Fabritsiev, S.A. 249 (1997) 239 by small dislocation loops under cascade
Pokrovsky, A.S., see Fabritsiev, S.A. 249 (1997) 250 damage conditions 249 (1997) 91
Pospieszczyk, A., see Rubel, M. 249 (1997) 116 Trinkaus, H., see Singh, B.N. 249 (1997) 103
Rice, J.A., see Myra, J.R. 249 (1997) 190
Ueda, Y., see Rubel, M. 249 (1997) 116
Richter, K., A. Fernandez and J. Somers, Infil-
Unterberg, B., see Rubel, M. 249 (1997) 116
tration of highly radioactive materials: a
novel approach to the fabrication of targets
for the transmutation and incineration of Voss, Z., see Glasbrenner, H. 249 (1997) 39
actinides 249 (1997) 121
Rubel, M., V. Philipps, U. Kégler, T. Tanabe, Wappling, D., A.R. Massih and P. Stahle, A
D. Larsson, B. Unterberg, A. Pospieszczyk, model for hydride-induced embrittlement in
Y. Ueda and P. Wienhoild, Impact of molyb- zirconium-based alloys 249 (19972)3 1
denum and tungsten test limiters on ion Wedemeyer, O., see Stein-Fechner, K. 249 (1997) 33
fluxes in the plasma edge of TEXTOR 249 (1997) 116 Wienhold, P., ses ee Rubel, M. 249 (1997) 116
Russell, K.F., see Pareige, P. 249 (1997) 165 Wood, D.D., se e McEachern, R.J. 249 (1997) 58
Wronkiewicz, D.J., see Buck, E.C. 249 (1997) 70
Sazhin, S.S. and A.P. Jeapes, The analytical
and numerical study of the fluorination of Zhang, H., M.E. Huntelaar, R.J.M. Konings and
uranium dioxide particles 249 (1997) 207 E.H.P. Cordfunke, Melting behaviour of ox-
Seenivasan, G., see Suresh, G. 249 (1997) 259 ide systems for heterogeneous transmutation
Sekino, H., see Minato, K. 249 (1997) 142 of actinides. I. The systems Pu-Al—O and
Sharkawy, S.W., see Abdelrazek, I.D. 249 (1997) 159 Pu-Mg—O 249 (1997) 223
Journal of Nuclear Materials 249 (1997) 265-269
Subject index
of spent nuclear fuel, P.C. Burns, R.J. Finch,
Actinides (excludes Plutonium, Thorium and Uranium)
F.C. Hawthorne, M.L. Miller and R.C. Ew-
Infiltration of highly radioactive materials: a
ing 249 (1997) 199
novel approach to the fabrication of targets
for the transmutation and incineration of
actinides, K. Richter, A. Fernandez and J. Chemical Reactions (includes Electrochemical and Thermo-
Somers 249 (1997) 121 chemical Reactions)
Redistribution of the alloying elements during
Aluminum, Aluminum Alloys and Compounds
Zircaloy-2 oxidation, B. Cox and HI.
Investigations on the transformation behavior of
Sheikh 249 (1997)
the intermetallic phase (Fe, Cr), Al; formed
The influence of alloying elements on the hot-
on MANET II steel by aluminizing, K.
dip aluminizing process and on the subse-
Stein-Fechner, J. Konys and O. Wedemeyer 249 (1997) 33
quent high-temperature oxidation, H. Glas-
The influence of alloying elements on the hot-
brenner, E. Nold and Z. Voss 249 (1997):
dip aluminizing process and on the subse-
quent high-temperature oxidation, H. Glas-
brenner, E. Nold and Z. Voss 249 (1997) 3 Cladding Materials
On the origin of the F* centre radiolumines- Redistribution of the alloying elements during
cence in sapphire, A. Morono and E.R. Zircaloy-2 oxidation, B. Cox and HI.
Hodgson 249 (1997) 128 Sheikh 249 (1997)
Melting behaviour of oxide systems for hetero- Is zirconium oxide morphology on fuel cladding
geneous transmutation of actinides. I. The largely determined by lithium hydroxide
systems Pu-Al-O and Pu-—Mg-O, H. concentration effects?, B. Cox 249 (1997)
Zhang, M.E. Huntelaar, R.J.M. Konings and
E.H.P. Cordfunke 249 (1997) 223
Coatings and Coated Particles
Amorphization and Amorphous Materials Investigations on the transformation behavior of
Influence of the surface processes on the hydro- the intermetallic phase (Fe, Cr), Al; formed
gen permeation through ferritic steel and on MANET II steel by aluminizing, K.
amorphous Fey NiygMo,B,, alloy speci- Stein-Fechner, J. Konys and O. Wedemeyer 249 (1997) 33
mens, J.S. Georgiev and L.A. Anestiev 249 (1997) 133 The influence of alloying elements on the hot-
Measurement of kinetic rate law parameters on dip aluminizing process and on the subse-
a Na—Ca-Al borosilicate glass for low-ac- quent high-temperature oxidation, H. Glas-
tivity waste, B.P. McGrail, W.L. Ebert, A.J. brenner, E. Nold and Z. Voss 249 (1997):
Bakel and D.K. Peeler 249 (1997) 175 Fission product release from ZrC-coated fuel
particles during post-irradiation heating at
Analytical Instruments and Methods
1800 and 2000°C, K. Minato, T. Ogawa, K.
Atom probe characterization of the microstruc-
Fukuda, H. Sekino, I. Kitagawa and N. Mita 249 (1997) 142
ture of nuclear pressure vessel surveillance
Pyrolytic carbon coating of Zircaloy-4 tubes at
materials after neutron irradiation and after
relatively low temperatures, I.D. Abdel-
annealing treatments, P. Pareige, R.E.
razek, S.W. Sharkawy and H.A. El-Sayed 249 (1997) 159
Stoller, K.F. Russell and M.K. Miller 249 (1997) 165
Carbon
Compatibility and Corrosion (includes Stress Corrosion Crack-
Pyrolytic carbon coating of Zircaloy-4 tubes at
ing)
relatively low temperatures, I.D. Abdel-
Redistribution of the alloying elements during
razek, S.W. Sharkawy and H.A. El-Sayed 249 (1997) 159
Zircaloy-2 oxidation, B. Cox and HI.
Ceramics (not listed elsewhere) Sheikh 249 (1997) 17
The crystal structure of ianthinite, [U}* (UO, ),- Is zirconium oxide morphology on fuel cladding
O,(OH),(H,O), (HO): a possible phase largely determined by lithium hydroxide
for Pu** incorporation during the oxidation concentration effects?, B. Cox 249 (1997) 87
266 Subject index
Reactions of oxygen with V—Cr-Ti alloys, J.R. Embrittlement
DiStefano and J.H. DeVan 249 (1997) 150 A model for hydride-induced embrittlement in
Pyrolytic carbon coating of Zircaloy-4 tubes at zirconium-based alloys, D. Wappling, A.R.
relatively low temperatures, I.D. Abdel- Massih and P. Stahle 249 (1997) 231
razek, $.W. Sharkawy and H.A. El-Sayed 249 (1997) 159
Measurement of kinetic rate law parameters on Fabrication
a Na—Ca—Al borosilicate glass for low-ac- Preparation of homogeneous (Thy ,U, 5 )O, pel-
tivity waste, B.P. McGrail, W.L. Ebert, A.J. lets via coprecipitation of (Th,UXC,O,), -
Bakel and D.K. Peeler 249 (1997) 175 nH,O powders, Y. Altas, M. Eral and H.
Tel [phone]) 46
Composite Materials Infiltration of highly radioactive materials: a
Radio-frequency sheath mitigation by insulating novel approach to the fabrication of targets
antenna limiters, J.R. Myra, D.A. D’Ip- for the transmutation and incineration of
polito, J.A. Rice and C.S. Hazelton 249 (1997) 190 actinides, K. Richter, A. Fernandez and J.
Somers 249 (1997) 121
Copper, Copper Alloys and Compounds Fission Products
Effects of heat treatments and neutron irradia-
Fission product release from ZrC-coated fuel
tion on microstructures and physical and
particles during post-irradiation heating at
mechanical properties of copper alloys, B.N.
1800 and 2000°C, K. Minato, T. Ogawa, K.
Singh, D.J. Edwards, M. Eldrup and P. Toft 249 (1997) 1
Fukuda, H. Sekino, I. Kitagawa and N. Mita 249 (1997) 142
Radiation hardening revisited: role of intracas-
Investigation of the thermal conductivity of se-
cade clustering, B.N. Singh, A.J.E. Foreman
lected compounds of gadolinium and lan-
and H. Trinkaus 249 (1997) 103
thanum, G. Suresh, G. Seenivasan, M.V.
The effect of neutron irradiation on the electri-
Krishnaiah and P. Srirama Murti 249 (1997) 259
cal resistivity of high-strength copper al-
loys, S.A. Fabritsiev and A.S. Pokrovsky 249 (1997) 239 Fuels and Fuel Elements
The effect of neutron irradiation on the mechan- Determination of the activation energy for the
ical properties of precipitation hardened formation of U,O, on UO,, RJ. McEach-
copper alloys, S.A. Fabritsiev and A.S. ern, J.W. Choi, M. Kolaf, W. Long, P.
Pokrovsky 249 (1997) 250 Taylor and D.D. Wood 249 (1997) 58
A new uranyl oxide hydrate phase derived from
Crystallographic Properties spent fuel alteration, E.C. Buck, D.J.
A new uranyl! oxide hydrate phase derived from Wronkiewicz, P.A. Finn and J.K. Bates 249 (1997) 70
spent fuel alteration, E.C. Buck, D.J. The crystal structure of ianthinite, [U}* (UO, ),-
Wronkiewicz, P.A. Finn and J.K. Bates 249 (1997) 70 O,(OH),(H,O),(H,O);: a possible phase
for Pu** incorporation during the oxidation
Diffusion of spent nuclear fuel, P.C. Burns, R.J. Finch,
Indium diffusion study in a-titanium, R.A. F.C. Hawthorne, M.L. Miller and R.C. Ew-
Pérez, M.R.F. Soares, M. Behar and F. ing 249 (1997) 199
Dyment 249 (1997) 52 The analytical and numerical study of the fluo-
rination of uranium dioxide particles, S.S.
Dislocations Sazhin and A.P. Jeapes 249 (1997) 207
Mechanisms for decoration of dislocations by
Fusion Reactors
small dislocation loops under cascade dam-
age conditions, H. Trinkaus, B.N. Singh and Impact of molybdenum and tungsten test lim-
A.J.E. Foreman 249 (1997) 91 iters on ion fluxes in the plasma edge of
TEXTOR, M. Rubel, V. Philipps, U. K6-
gler, T. Tanabe, D. Larsson, B. Unterberg,
Electrical Properties
A. Pospieszczyk, Y. Ueda and P. Wienhold 249 (1997) 116
Effects of heat treatments and neutron irradia-
tion on microstructures and physical and
Hydrogen and Hydrides (includes Deuterium and Deuterides)
mechanical properties of copper alloys, B.N. Influence of the surface processes on the hydro-
Singh, D.J. Edwards, M. Eldrup and P. Toft 249 (1997) | gen permeation through ferritic steel and
The effect of neutron irradiation on the electri- amorphous Fey )Ni,y)Mo,B,, alloy speci-
cal resistivity of high-strength copper al- mens, J.S. Georgiev and L.A. Anestiev 249 (1997) 133
loys, S.A. Fabritsiev and A.S. Pokrovsky 249 (1997) 239 Reactions of oxygen with V—Cr-Ti alloys, J.R.
DiStefano and J.H. DeVan 249 (1997) 150
Electron Irradiation
On the origin of the F* centre radiolumines- Iron, Iron Alloys (excludes Steels) and Compounds
cence in sapphire, A. Morofo and E.R. A molecular dynamics study of temperature
Hodgson 249 (1997) 128 effects on defect production by displace-
Subject index
ment cascades in a-iron, F. Gao, DJ. Ba- mechanical properties of copper alloys, B.N.
con, P.E.J. Flewitt and T.A. Lewis 249 (1997) 77 Singh, D.J. Edwards, M. Eldrup and P. Toft 249(1997) 1
Is zirconium oxide morphology on fuel cladding
Kinetics largely determined by lithium hydroxide
Determination of the activation energy for the concentration effects?, B. Cox 249 (1997) 87
formation of U,O, on UO,, R.J. McEach- Radiation hardening revisited: role of intracas-
ern, J.W. Choi, M. Kolaf, W. Long, P. cade clustering, B.N. Singh, A.J.E. Foreman
Taylor and D.D. Wood 249 (1997) 58 and H. Trinkaus 249 (1997) 103
Is zirconium oxide morphology on fuel cladding Fission product release from ZrC-coated fuel
largely determined by lithium hydroxide particles during post-irradiation heating at
concentration effects?, B. Cox 249 (1997) 87 1800 and 2000°C, K. Minato, T. Ogawa, K.
Measurement of kinetic rate law parameters on Fukuda, H. Sekino, I. Kitagawa and N. Mita 249 (1997) 142
a Na—Ca-Al borosilicate glass for low-ac- Atom probe characterization of the microstruc-
tivity waste, B.P. McGrail, W.L. Ebert, A.J. ture of nuclear pressure vessel surveillance
Bakel and D.K. Peeler 249 (1997) 175 materials after neutron irradiation and after
annealing treatments, P. Pareige, R.E.
Limiter Materials Stoller, K.F. Russell and M.K. Miller 249 (1997) 165
Impact of molybdenum and tungsten test lim- The effect of neutron irradiation on the electri-
iters on ion fluxes in the plasma edge of cal resistivity of high-strength copper al-
TEXTOR, M. Rubel, V. Philipps, U. K6- loys, S.A. Fabritsiev and A.S. Pokrovsky 249 (1997) 239
gler, T. Tanabe, D. Larsson, B. Unterberg, The effect of neutron irradiation on the mechan-
A. Pospieszczyk, Y. Ueda and P. Wienhold 249 (1997) 116 ical properties of precipitation hardened
Radio-frequency sheath mitigation by insulating copper alloys, S.A. Fabritsiey and A.S.
antenna limiters, J.R. Myra, D.A. D’Ip- Pokrovsky 249 (1997) 250
polito, J.A. Rice and C.S. Hazelton 249 (1997) 190
Permeation
Magnesium, Magnesium Alloys and Compounds Influence of the surface processes on the hydro-
Melting behaviour of oxide systems for hetero- gen permeation through ferritic steel and
geneous transmutation of actinides. I. The amorphous Fe,)Ni,)Mo,B,, alloy speci-
systems Pu-Al-—O and Pu-—Mg-O, H. mens, J.S. Georgiev and L.A. Anestiev 249 (1997) 133
Zhang, M.E. Huntelaar, R.J.M. Konings and
E.H.P. Cordfunke 249 (1997) 223 Phase Equilibria (includes Constitution, Phase Stability, Phase
Instability)
Mathematical and Computational Methods Melting behaviour of oxide systems for hetero-
A molecular dynamics study of temperature geneous transmutation of actinides. I. The
effects on defect production by displace- systems Pu—Al-O and Pu—Mg-O, H.
ment cascades in a-iron, F. Gao, D.J. Ba- Zhang, M.E. Huntelaar, R.J.M. Konings and
con, P.E.J. Flewitt and T.A. Lewis 249 (1997) 77 E.H.P. Cordfunke 249 (1997) 223
Mechanical Properties (not listed elsewhere) Plasma-—Materials Interaction
Effects of heat treatments and neutron irradia- Radio-frequency sheath mitigation by insulating
tion on microstructures and physical and antenna limiters, J.R. Myra, D.A. D'Ip-
mechanical properties of copper alloys, B.N. polito, J.A. Rice and C.S. Hazelton 249 (1997) 190
Singh, D.J. Edwards, M. Eldrup and P. Toft 249(1997) 1
Reactions of oxygen with V—Cr-Ti alloys, J.R. Plasma Properties (includes Plasma Disruption)
DiStefano and J.H. DeVan 249 (1997) 150 Radio-frequency sheath mitigation by insulating
The effect of neutron irradiation on the mechan- antenna limiters, J.R. Myra, D.A. D’Ip-
ical properties of precipitation hardened polito, J.A. Rice and C.S. Hazelton 249 (1997) 190
copper alloys, S.A. Fabritsiev and A.S.
Pokrovsky 249 (1997) 250 Plutonium, Plutonium Alloys and Compounds
The crystal structure of ianthinite, [U}* (UO, ),-
Molybdenum, Molybdenum Alloys and Compounds O,(OH),(H5O),(H,O),: a possible phase
Impact of molybdenum and tungsten test lim- for Pu** incorporation during the oxidation
iters on ion fluxes in the plasma edge of of spent nuclear fuel, P.C. Burns, R.J. Finch,
TEXTOR, M. Rubel, V. Philipps, U. K6- F.C. Hawthorne, M.L. Miller and R.C. Ew-
gler, T. Tanabe, D. Larsson, B. Unterberg, ing 249 (1997) 199
A. Pospieszcezyk, Y. Ueda and P. Wienhold — 249 (1997) 116 Melting behaviour of oxide systems for hetero-
geneous transmutation of actinides. I. The
Neutron Irradiation systems Pu-Al-O and Pu—Mg-O, H.
Effects of heat treatments and neutron irradia- Zhang, M.E. Huntelaar, R.J.M. Konings and
tion on microstructures and physical and E.H.P. Cordfunke 249 (1997) 223
268 Subject index
Pressure Vessels Thermomechanical Treatment
Atom probe characterization of the microstruc- Reactions of oxygen with V—Cr-Ti alloys, J.R.
ture of nuclear pressure vessel surveillance DiStefano and J.H. DeVan 249 (1997) 150
materials after neutron irradiation and after
annealing treatments, P. Pareige, R.E. Thermophysical Properties
Stoller, K.F. Russell and M.K. Miller 249 (1997) 165 Investigation of the thermal conductivity of se-
lected compounds of gadolinium and lan-
Radiation Effects: Atomic Defects thanum, G. Suresh, G. Seenivasan, M.V.
A molecular dynamics study of temperature Krishnaiah and P. Srirama Murti 249 (1997) 259
effects on defect production by displace-
ment cascades in a-iron, F. Gao, DJ. Ba- Thorium, Thorium Alloys and Compounds
con, P.E.J. Flewitt and T.A. Lewis 249 (1997) 77 Preparation of homogeneous (Thy Uy > )O, pel-
lets via coprecipitation of (Th,UXC,O,), -
Radiation Effects: Extended Defects, Microstructures nH,O powders, Y. Altas, M. Eral and H.
Mechanisms for decoration of dislocations by Tel [phone]) 46
small dislocation loops under cascade dam-
age conditions, H. Trinkaus, B.N. Singh and Titanium, Titanium Alloys and Compounds
A.J.E. Foreman 249 (1997) 91 Indium diffusion study in a-titanium, R.A.
Radiation hardening revisited: role of intracas- Pérez, M.R.F. Soares, M. Behar and F.
cade clustering, B.N. Singh, A.J.E. Foreman Dyment 249 (1997) 52
and H. Trinkaus 249 (1997) 103
Atom probe characterization of the microstruc- Tungsten, Tungsten Alloys and Compounds
ture of nuclear pressure vessel surveillance Impact of molybdenum and tungsten test lim-
materials after neutron irradiation and after iters on ion fluxes in the plasma edge of
annealing treatments, P. Pareige, R.E. TEXTOR, M. Rubel, V. Philipps, U. K6-
Stoller, K.F. Russell and M.K. Miller 249 (1997) 165 gler, T. Tanabe, D. Larsson, B. Unterberg,
A. Pospieszczyk, Y. Ueda and P. Wienhold 249 (1997) 116
Radiation Effects: Physical Properties
On the origin of the F* centre radiolumines- Uranium, Uranium Alloys and Compounds
cence in sapphire, A. Moroflo and E.R. Preparation of homogeneous (Thy Uy 5) O, pel-
Hodgson 249 (1997) 128 lets via coprecipitation of (Th,UXKC,0,), -
nH,O powders, Y. Altas, M. Eral and H.
Segregation Tel [phone]) 46
Redistribution of the alloying elements during Determination of the activation energy for the
Zircaloy-2 oxidation, B. Cox and HI. formation of U,O, on UO,, R.J. McEach-
Sheikh 249 (1997) 17 erm, J.W. Choi, M. Kolaf, W. Long, P.
Taylor and D.D. Wood 249 (1997) 58
Steels, Ferritic A new uranyl oxide hydrate phase derived from
Investigations on the transformation behavior of spent fuel alteration, E.C. Buck, D.J.
the intermetallic phase (Fe, Cr), Al; formed Wronkiewicz, P.A. Finn and J.K. Bates 249 (1997) 70
on MANET II steel by aluminizing, K. The analytical and numerical study of the fluo-
Stein-Fechner, J. Konys and O. Wedemeyer 249 (1997) 33 rination of uranium dioxide particles, S.S.
Influence of the surface processes on the hydro- Sazhin and A.P. Jeapes 249 (1997) 207
gen permeation through ferritic steel and
amorphous Fe4 )Ni,gMo,B,, alloy speci- Vanadium, Vanadium Alloys and Compounds
mens, J.S. Georgiev and L.A. Anestiev 249 (1997) 133 Reactions of oxygen with V—Cr-Ti alloys, J.R.
Atom probe characterization of the microstruc- DiStefano and J.H. DeVan 249 (1997) 150
ture of nuclear pressure vessel surveillance
materials after neutron irradiation and after Wastes
annealing treatments, P. Pareige, R.E. Determination of the activation energy for the
Stoller, K.F. Russell and M.K. Miller 249 (1997) 165 formation of U,;O, on UO,, R.J. McEach-
em, J.W. Choi, M. Kolar, W. Long, P.
Theory and Modelling Taylor and D.D. Wood 249 (1997) 58
A molecular dynamics study of temperature A new uranyl oxide hydrate phase derived from
effects on defect production by displace- spent fuel alteration, E.C. Buck, DJ.
ment cascades in a-iron, F. Gao, DJ. Ba- Wronkiewicz, P.A. Finn and J.K. Bates 249 (1997) 70
con, P.E.J. Flewitt and T.A. Lewis 249 (1997) 77 Measurement of kinetic rate law parameters on
A model for hydride-induced embrittlement in a Na—Ca-Al borosilicate glass for low-ac-
zirconium-based alloys, D. Wiappling, A.R. tivity waste, B.P. McGrail, W.L. Ebert, A.J.
Massih and P. Stahle 249 (1997) 231 Bakel and D.K. Peeler 249 (1997) 175
Subject index
The crystal structure of ianthinite, [U}* (UO, ),- Is zirconium oxide morphology on fuel cladding
O,(OH),(H,O),(HO);: a possible phase largely determined by lithium hydroxide
for Pu** incorporation during the oxidation concentration effects?, B. Cox 249 (1997) 87
of spent nuclear fuel, P.-C. Burns, R.J. Finch, Pyrolytic carbon coating of Zircaloy-4 tubes at
F.C. Hawthorne, M.L. Miller and R.C. Ew- relatively low temperatures, I.D. Abdel-
ing 249 (1997) 199 razek, S.W. Sharkawy and H.A. El-Sayed 249 (1997) 159
A model for hydride-induced embrittlement in
Zirconium, Zirconium Alloys and Compounds zirconium-based alloys, D. Wappling, A.R.
Redistribution of the alloying elements during Massih and P. Stahle 249 (19972)3 1
Zircaloy-2 oxidation, B. Cox and HI.
Sheikh 249 (1997) 17