Nuclear Instruments & Methods in Physics Research, Section B: Beam Interactions with Materials and Atoms 2005: Vol 228 Index

2005·1.8 MB·English

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Nuclear Instruments and Methods in Physics Research B 228 (2005) 392-397
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Author index
CG ELE BIO TA OY ee ee ee Sen ane 228 (2005) 37
Anders, C. and H.M. Urbassek, Cluster-size dependence of ranges of 100eV/atom Au,, clusters 228 (2005) 57
Anders, C. and H.M. Urbassek, Effect of binding energy and mass in cluster-induced sputtering of van-der-
Waals bonded systems 228 (2005) 84
Androulidakis, I., see Emfietzoglou, D. 228 (20053)4 1
Aoki, T. and J. Matsuo, Molecular dynamics simulations of sequential cluster ion impacts 228 (2005) 46
Arevalo, C., M.J. Caturla and J.M. Perlado, Long-term behaviour of irradiated hcp Zr using Monte Carlo
simulations 228 (20051)7 6
es a es be 6 bbe 6 oes ea we bedeb ee hee whee 228 (20052)3 5
Arstila, K., see Edelmann, E. 228 (20053)6 4
Bailon, L., see Hernandez-Mangas, J.M. 228 (2005) 235
Barradas, N.P. and C. Pascual-Izarra, Double scattering in RBS analysis of PtSi thin films on Si 228 (2005) 378
eis CPC a hb kde heed 6 he ae 6b HHS EE WD Od eet O eee 228 (2005) 383
Becquart, C.S., RPV steel microstructure evolution under irradiation: a multiscale approach 228 (2005) 111
Becquart, C.S., see Vincent, E. 228 (2005) 137
Becquart, C.S., C. Domain, L. Malerba and M. Hou, The influence of the internal displacement cascades
structure on the growth of point defect clusters in radiation environment 228 (20051)8 1
Begg, B.D., see Thomas, B.S. 228 (20052)8 8
Satie a ae hia dd 6.6 ue o 660. die 4 Oe 66.0. Re Bou ee ed wrewe a 228 (20053)1 5
Benistant, F., see Chan, H.Y. 228 (20052)4 0
ieee Vian. Wigs a dG bre Sea bk OW Oe ke Od wae ee hed be eens bee enn 228 (20051)9 3
I eh Sod See Gla bid ack bw os #6 6-56 0.6 WMS Or 8s 086066 0 RAD OD 228 (2005) 41
Bogaerts, A., see Neyts, E. 228 (20053)1 5
dey a Slats $6 50a Sb we 8 8d Ob Oe oda Ble vo 0.0.0.0 8 8 ¥eLe 228 (20052)1 8
ee ila gd eda alee ON OA aoe 6 o o.ben db Os OOO. 228 (20051)6 3
Burenkov, A., see Ullrich, M. 228 (20053)7 3
i gO lnk leis a bi. 6 de &ae-e ake se 6460's 228 (2005) 176
Chan, H.Y., K. Nordlund, J. Peltola, H.-J.L. Gossmann, N.L. Ma, M.P. Srinivasan, F. Benistant and L.
Chan, The effect of interatomic potential in molecular dynamics simulation of low energy ion
implantation 228 (20052)4 0
Chan, L., see Chan, H.Y. 228 (20052)4 0
Re accel es Re oe aly eee gale eew bind bald Snes kee en 228 (20052)7 4
I Ia ks bb py wih plaid a 6 Walla 0 Od we bee. beeee bbs 228 (20052)9 9
EE OE OS ES ee ee I ee ee ea ee 228 (20052)6 0
Corrales, L.R., A. Chartier and R. Devanathan, Excess kinetic energy dissipation in materials 228 (20052)7 4
Corrales, L.R., see Devanathan, R. 228 (20052)9 9
Dalla Torre, J., see Willaime, F. 228 (2005) 92
Dapor, M., Monte Carlo simulation of electron depth distribution and backscattering for carbon films
deposited on aluminium as a function of incidence angle and primary energy 228 (2005) 337
es Oso bg 0 Ne AON 4 WO 064 babe we OE ORS e O46 0d bOb Ode OOS 228 (2005) 304
Devanathan, R., see Corrales, L.R. 228 (2005) 274
doi: 10.1016/S0168-583X(04)01318-7
Author index | Nucl. Instr. and Meth. in Phys. Res. B 228 (2005) 392-397 393
RAF er EY SE I ee LR ER Be rere AL ny Oe Te Sn aoe RO 228 (2005) 282
Devanathan, R., L.R. Corrales, W.J. Weber, A. Chartier and C. Meis, Molecular dynamics simulation of
defect production in collision cascades in zircon 228 (2005) 299
Domain, C., see Vincent, E. 228 (2005) 137
I a a a es ee Ee 228 (2005) 181
I re i i a eea g ee | 228 (2005) 349
Doyama, M., Y. Kogure and T. Nozaki, Radiation effects of copper single crystals under stress 228 (2005) 126
Dubinko, V.I. and N.P. Lazarev, Effect of the radiation-induced vacancy emission from voids on the void
evolution 228 (2005) 187
Dubinko, V.I., D.I. Vainshtein and H.W. den Hartog, Mechanism of void growth in irradiated NaCl based on
exiton-induced formation of divacancies at dislocations 228 (2005) 304
Duvenbeck, A., M. Lindenblatt and A. Wucher, Self sputtering yields of silver under bombardment with
polyatomic projectiles 228 (2005) 170
Duvenbeck, A., Z. Sroubek and A. Wucher, Electronic excitation in atomic collision cascades 228 (2005) 325
Edelmann, E., K. Arstila and J. Keinonen, Bayesian data analysis for ERDA measurements 228 (2005) 364
Emfietzoglou, D., G. Papamichael, I. Androulidakis, K. Karava, K. Kostarelos, A. Pathak and M.
Moscovitch, A Monte-Carlo study of sub-keV electron transport in water: the influence of the condensed
228 (2005) 341
ag ae a a ag i ne Ow WMO Oe ENS OOD HE OSS CANS DAMES ERR OOO E) 228 (2005) 41
Fischer, R., see Mayer, M. 228 (2005) 349
a ee i ok eal ore hg A Rae ek Gee teed ei halle a a ee 1k © aD ae ee 228 (2005) 92
Ganchenkova, M.G., V.A. Borodin and R.M. Nieminen, Annealing of vacancy complexes in P-doped silicon 228 (2005) 218
Gao, F., see Posselt, M. 228 (2005) 212
Gao, F., R. Devanathan, Y. Zhang and W.J. Weber, Annealing simulations of nano-sized amorphous
structures in SiC 228 (20052)8 2
Garcia, G., see Pascual-Izarra, C. 228 (20053)8 8
Gijbels, R., see Neyts, E 228 (20053)1 5
Gong, J.L., see Sun, L.T. 228 (2005) 26
Gordon, $.M.J., H. Hurchand, S.D. Kenny and R. Smith, Diffusion of radiation damage in Fe—P systems 228 (20051)3 1
ER OO EE Te OTe See Pe Ee Tee ee Pre rrr ee re re 228 (20052)4 0
a ol oe Leg Sop wip bibsd ROMER SEN RAE OES tO o0 WS 228 (20052)6 0
Gspann, J., see Yamaguchi, Y. 228 (20053)0 9
tk 2s dak 4 ean bw ha bok babe be Rae WEA Dh owe OE CRS SS bh ke ob 228 (2005) 250
Heinisch, H.L. and W.J. Weber, Computational model of alpha-decay damage accumulation in zircon .. . 228 (2005) 293
TR ee ee ee ye ee ee ee 228 (2005) 260
Hernandez-Mangas, J.M., J. Arias, L.A. Marqués, A. Ruiz-Bueno and L. Bailon, Dose-rate and temperature
dependent statistical damage accumulation model for ion implantation into silicon 228 (2005) 235
Hirotani, N., see Kenmotsu, T. 228 (2005) 369
Hobler, G., see Kovaé, D 228 (2005) 226
Hobler, G., see Otto, G. 228 (2005) 256
Hobler, G., G. Otto, D. Kovaé, L. Palmetshofer, K. Mayerhofer and K. Piplits, Multiscale approach for the
analysis of channeling profile measurements of ion implantation damage 228 (2005) 360
9 a es a OA drank alee Area ee Oe Wie a web ee eet Baca 228 (2005) 156
Hou, M., see Becquart, C.S. 228 (2005) 181
Neen ee ee eas Ea Sib Ubcka ee O08 bed ooh BWW oe we KO Ose es 228 (2005) 245
a ee alia ok eee a NER e ON OS SU ES CeO ww Ee O4 228 (2005) 26
TEI Oe ee eee ee ye er een Pree 228 (2005) 131
Hurchand, H., $.D. Kenny and R. Smith, The interaction of P atoms and radiation defects with grain
boundaries in an 2-Fe matrix 228 (2005) 146
i oe Oe ia ba bs wb we wk be wee 228 (2005) 1
i Sk NN Ek ib pe wae owe ee Nea whee es 228 (2005) 163
394 Author index | Nucl. Instr. and Meth. in Phys. Res. B 228 (2005) 392-397
eeo e dbl a Me ee bees Awleee eels 228 (2005) 64
Jiménez-Saez, J.C., A.M.C. Pérez-Martin, M. Said-Ettaoussi and J.J. Jiménez-Rodriguez, Molecular
dynamics simulation of Ni cluster deposition on Cu(0 0 1) surfaces 228 (2005) 64
Tia Ss Cac cep ipe ae bce 0k Oa 228 (2005) 163
ae a oss alge seed bab aD ERS ORTRA LOAD Oe Oe ee eS 228 (2005) 151
Karava, K., see Emfietzoglou, D 228 (2005) 341
Kaski, K., see Sammalkorpi, M. 228 (2005) 142
a eePik te ada Dan e eswee soda te ueewes 228 (2005) 193
Keinonen, J., see Meinander, K. 228 (2005) 69
eeee ie wits ps w ate ew alee’ Vide aed aA awed 228 (2005) 319
ee a ee ay ais Se a cid ys alba w oe wae OW poten & owe 228 (2005) 364
Kenmotsu, T., Y. Yamamura, T. Muramoto and N. Hirotani, Simulation studies on sputtering in rough
surface 228 (2005) 369
a he ea eee ed ook 40k SO6 a S 9 OW hoe 60 eb DOH b bag wre 228 (2005) 131
I a hele bea whee nihale pee 228 (2005) 146
ae R i a ee eae beg ao be simon at 228 (2005) 330
Kharlamov, V.S., see Kulikov, D.V. 228 (2005) 230
Kogure, Y., see Doyama, M 228 (2005) 126
Kornich, G.V., G. Betz, V. Zaporojtchenko, K.V. Pugina and F. Faupel, Molecular dynamics simulations of
interactions of Ar and Xe ions with surface Cu clusters at low impact energies 228 (2005) 41
A eS ee ee ae eee 228 (2005) 230
Kostarelos, K., see Emfietzoglou, D. 228 (2005) 341
Kotakoski, J., J.A.V. Pomoell, A.V. Krasheninnikov and K. Nordlund, Irradiation-assisted substitution of
carbon atoms with nitrogen and boron in single-walled carbon nanotubes 228 (2005) 31
Kovat, D., G. Otto and G. Hobler, Modeling of amorphous pocket formation in silicon by numerical
solution of the heat transport equation 228 (2005) 226
Kovaé, D., see Otto, G. 228 (2005) 256
Kovaé, D., see Hobler, G 228 (2005) 360
Krasheninnikov, A.V. and K. Nordlund, Channeling of heavy ions through multi-walled carbon nanotubes 228 (2005) 21
Krasheninnikov, A.V., see Kotakoski, J. 228 (2005) 31
Krasheninnikov, A.V., see Sammalkorpi, M. 228 (2005) 142
Kulcinski, G.L., see Tsai, W.-F 228 (2005) 151
Kulikov, D., L. Malerba and M. Hou, Coupling of MC and MD techniques for the calculation of vacancy
cluster binding energies 228 (2005) 245
Kulikov, D.V., V.S. Kharlamov, A.A. Schmidt, K.L. Safonov, $.A. Korolev and Yu.V. Trushin, Computer
simulation of neutron transmutation doping of isotopically engineered heterostructures 228 (2005) 230
Kuronen, A., see Sammalkorpi, M. 228 (2005) 142
Lagerstedt, C., see Wallenius, J 228 (2005) 122
EE EE eT HU OEY | Te) Oe eT ee Te ee ee Tee 228 (2005) 187
Li, Z.J., see Zang, L.K 228 (2005) 16
Liang, J.H., see Tsai, W.-F 228 (2005) 151
Liang, J.H. and H.M. Han, Implantation and post-annealing characteristics when impinging small B,, clusters
into silicon at low fluence 228 (2005) 250
I a dh ek i oh a ie Sle ay Wary pata a Oaks biageeh 228 (2005) 170
i a a ae kk a ele a apiece eoaliAlg ans 228 (2005) 349
Liu, T.J., see Zang, L.K. 228 (2005) 16
Lu, R.R., see Sun, L.T 228 (2005) 26
Ma, N.L., see Chan, H.-Y. 228 (2005) 240
Malerba, L., see Terentyev, D.A. 228 (2005) 156
EERE A need ree Re Re ge ey eae ene eee eee wae eer 228 (2005) 181
Malerba, L., see Kulikov, D. 228 (2005) 245
228 (2005) 92
228 (2005) 288
228 (2005) 235
Author index | Nucl. Instr. and Meth. in Phys. Res. B 228 (2005) 392-397 395
Matsuo, J., see Aoki, T. 228 (2005) 46
Mayer, M., R. Fischer, S. Lindig, U. von Toussaint, R.W. Stark and V. Dose, Bayesian reconstruction of
surface roughness and depth profiles 228 (2005) 349
Rs se i PSS Sy al elke be ded ARE OW Sed & ee BS ewe eel 228 (2005) 360
Meinander, K., K. Nordlund and J. Keinonen, Inherent surface roughening as a limiting factor in epitaxial
cluster deposition 228 (2005) 69
Meis, C., see Devanathan, R. 228 (2005) 299
I 2B ag Ss ee ale hsG e ieee Med be ee aa eld Mabe abe beh buenas beds 228 (2005) 193
Moscovitch, M., see Emfietzoglou, D. 228 (2005) 341
Moura, C.S. and L. Amaral, Molecular dynamics simulation of silicon nanostructures 228 (2005) 37
Muramoto, T., K. Itabasi and Y. Yamamura, MD simulation of surface smoothing due to cluster impact:
estimation of radiation damage 228 (2005) 1
en ie Sr I So aS 6-6 Os Kwek ook SR kb We ob Sle oe eee wees beads 228 (2005) 369
Nene, N.R., see Pinho, H.F.R. 228 (2005) 383
Neyts, E., A. Bogaerts, R. Gijbels, J. Benedikta and M.C.M. van de Sanden, Molecular dynamics simulation
of the impact behaviour of various hydrocarbon species on DLC 228 (2005) 315
Nieminen, R.M., see Ganchenkova, M.G. 228 (2005) 218
Nordlund, K., see Krasheninnikov, A.V. 228 (2005) 21
Nordlund, K., see Kotakoski, J. 228 (2005) 31
I D8. ne kt Sw Grub 0. AREY Miphier Ov oko’ ba Bhd Wb dia ede auls Sibtee eels 228 (2005) 51
Nordlund, K., see Meinander, K 228 (2005) 69
Nordlund, K., see Sammalkorpi, M. 228 (2005) 142
IE ded BE Sg Tniw b-9 yb eos Rate Cael 'p Wb ab8 bo. hed oe be PCS ota e ee 228 (2005) 240
Nordlund, PKRKK., AKseeA RTr askelin, P. 228 (2005) 319
a LS lg GW 405k Phe MAS NES ED 40s whe eh eWwhW bbe weed saben ede 228 (2005) 126
Olsson, P., see Wallenius, J. 228 (2005) 122
Otto, G., see Kovac, D. 228 (2005) 226
Otto, G., D. Kovaé and G. Hobler, Coupled BC/kKLMC simulations of the temperature dependence of
implant damage formation in silicon 228 (2005) 256
Otto, G., see Hobler, G. 228 (2005) 360
Palmetshofer, L., see Hobler, G. 228 (2005) 360
re 00S Se ie kt ag Fa eh bse Se ww eaw eb ses se beh ene ee evewe es 228 (2005) 16
ne es. kee bak bee Meus bee Oe ee ees 228 (2005) 341
Pascual-Izarra, C., see Barradas, N.P. 228 (2005) 378
Pascual-Izarra, C. and G. Garcia, Simulated annealing and Bayesian inference applied to experimental
stopping force determination 228 (2005) 388
IEP CE ee TT I ee Se ee Tee ee ee eee a ee re 228 (2005) 341
Peltola, J., see Chan, H.Y. 228 (2005) 240
rr i ec hehe hehe eb bbws dR ada eh abe ON w bb OES OOO 6s 228 (2005) 64
ss ak ee ke aah bb we whe Whos kN VES E OS A OO bEb OSS REE DOES OT 228 (2005) 176
Pinho, H.F.R., A. Vieira, N.R. Nene and N.P. Barradas, Artificial neural network analysis of multiple IBA
spectra 228 (2005) 383
a a ee Ce es a ale Sl lela Sle die cle odes bo thath 228 (2005) 360
SE ee ee ee eee re ne ee eee ee 228 (2005) 31
Posselt, M., F. Gao and D. Zwicker, Migration of di- and tri-interstitials in silicon 228 (2005) 212
Pugina, K.V., see Kornich, G.V. 228 (2005) 41
a ee eS kee RARE RO ede ODA Oe ae Oe bee 228 (2005) 330
Rodney, D., Atomic-scale modeling of clear band formation in FCC metals 228 (2005) 100
Rosen, D., I. Katardjiev, S. Berg and W. Mdller, TRIDYN simulation of target poisoning in reactive
sputtering 228 (2005) 193
Ruiz-Bueno, A., see Hernandez-Mangas, J.M. 228 (2005) 235
Ryssel, H., see Ullrich, M. 228 (2005) 373
396 Author index | Nucl. Instr. and Meth. in Phys. Res. B 228 (2005) 392-397
Safonov, K.L., see Kulikov, D.V. 228 (2005) 230
Said-Ettaoussi, M., see Jiménez-Saez, J.C. 228 (2005) 64
Sammalkorpi, M., A.V. Krasheninnikov, A. Kuronen, K. Nordlund and K. Kaski, Irradiation-induced
stiffening of carbon nanotube bundles (2005) 142
Schmidt, A.A., see Kulikov, D.V. (2005) 230
a a a ae oes gaa 65nd 8 a) 10 640s ble ee Oo a 68s 8 (2005) 260
RS EES RE SE LC a ee ee ee ae ee a (2005) 131
Ne ee es Bgl a wei ta ba eRe Cece o eee (2005) 146
a a leg sd hh She we 6.08 Plo eae OH (2005) 260
Smith, R., D. Ramasawmy and §.D. Kenny, A molecular dynamics model for the Coulomb explosion .. . (2005) 330
Srinivasan, M.P., see Chan, H.Y (2005) 240
EN re Se eC eran ee er ras oer (2005) 325
Stark, R.W., see Mayer, M. (2005) 349
NNNWNWNWYYVYN NN N
Sun, L.T., J.L. Gong, Z.X. Wang, D.Z. Zhu, J.G. Hu, R.R. Lu and Z.Y. Zhu, Irradiation-induced phase
transformations in carbon nanostructures 228 (2005) 26
SEL IEE PE EE Be Ol ee ee Or a a erae a a ee ee 8 2 (2005) 51
Tarus, J., M. Tantarimaki and K. Nordlund, Segregation in SiGe clusters 8 (2005) 51
Terentyev, D.A., L. Malerba and M. Hou, In-cascade interstitial cluster formation in concentrated ferritic
alloys with strong solute—interstitial interaction: a molecular dynamics study 8 (2005) 156
Thijsse, B.J., Silicon potentials under (ion) attack: towards a new MEAM model 8 (2005) 198
Thomas, B.S., N.A. Marks and B.D. Begg, Developing pair potentials for simulating radiation damage in
complex oxides 228 (2005) 288
Traskelin, P., K. Nordlund and J. Keinonen, He, Ne, Ar-bombardment of carbon first wall structures 228 (2005) 319
ER ee tO ee ey See ee ee ee ee ae 228 (2005) 230
Tsai, W.-F., J.H. Liang, J.J. Kai and G.L. Kulcinski, A study of high-temperature implantation of 72 keV
copper ions into nickel 228 (2005) 151
Tucker, O.J., D.S. Ivanov, L.V. Zhigilei, R.E. Johnson and E.M. Bringa, Molecular dynamics simulation of
sputtering from a cylindrical track: EAM versus pair potentials 228 (2005) 163
Uberuaga, B.P., R. Smith, A.R. Cleave, G. Henkelman, R.W. Grimes, A.F. Voter and K.E. Sickafus,
Exploring long-time response to radiation damage in MgO 8 (2005) 260
Ullrich, M., A. Burenkov and H. Ryssel, lon sputtering at grazing incidence for SIMS-analysis (2005) 373
Urbassek, H.M., see Anders, C (2005) 57
Urbassek, H.M., see Zimmermann, S. (2005) 75
Urbassek, H.M., see Anders, C (2005) 84
NWWNNmmh wdoOCM MfON mmMNw NM
Vainshtein, D.1., see Dubinko, V.1. 228 (2005) 304
ES EE re a ra ea ee ee 228 (2005) 315
Vieira, A., see Pinho, H.F.R 228 (2005) 383
Vincent, E., C.S. Becquart and C. Domain, Ab initio calculations of vacancy interactions with solute atoms in
228 (2005) 137
von Toussaint, U., see Mayer, M. 228 (2005) 349
er are Ai ees I ee ar aie eked ale eee PERO WAS Owe eee seo e wee 228 (2005) 260
Wallenius, J., P. Olsson and C. Lagerstedt, Relation between thermal expansion and interstitial formation
energy in pure Fe and Cr 8 (2005) 122
Wang, Y.X., see Zang, L.K. 8 (2005) 16
I cc i eas Ce ee eae ob ae ine pe ae es Oareele ees 8 (2005) 26
Webb, R.P., Simulation of cluster impact induced desorption and cooling 8 (2005) 9
Weber, W.J., see Gao, F. 8 (2005) 282
Weber, W.J., see Heinisch, H.L. 8 (2005) 293
Weber, W.J., see Devanathan, R 8 (2005) 299
Wei, Q., see Zang, L.K. 8 (2005) 16
NNNNWWYYNYNMNNNNWb MYYmMMN NN
Willaime, F., C.C. Fu, M.C. Marinica and J. Dalla Torre, Stability and mobility of self-interstitials and small
interstitial clusters in z-iron: ab initio and empirical potential calculations 228 (2005) 92
Author index | Nucl. Instr. and Meth. in Phys. Res. B 228 (2005) 392-397 397
i A i a i ted ee ls ee ee ee Sa 228 (2005) 170
TE EE a re ae ee eee a, a eee oy ee ae 228 (2005) 325
Yamaguchi, Y. and J. Gspann, MD study on high-energy reactive carbon and oxygen cluster impact leading to
surface erosion on diamond 228 (2005) 309
RN TT ee ee ee ee re ee ae oe ee Oe eee 228 (2005) 1
Yamamura, Y., see Kenmotsu, T. 228 (2005) 369
Zang, L.K., Z.Y. Pan, Y.X. Wang, Q. Wei, L. Zhou, T.J. Liu and Z.J. Li, Structure character of copper
clusters deposited on argon 228 (2005) 16
Zaporojtchenko, V., see Kornich, G.V. 228 (2005) 41
ES LE ECE Pe Ee ee Ce ee fee ere Tee ey ee ee 228 (2005) 282
Zhigilei, L.V., see Tucker, O.J. 228 (2005) 163
Zhou, L., see Zang, L.K. 228 (2005) 16
aed aE ord le ain ha and SRD Pe Uo BO dae bbs eek oe centehees 228 (2005) 26
AE Se SEE RS a Par OEE ES ea a el ee ae ee Pee 228 (2005) 26
Zimmermann, S. and H.M. Urbassek, Sputtering of Au (1 1 1) by 64keV/atom Au clusters 228 (2005) 75
Zwicker, D., see Posselt, M. 228 (2005) 212