1 - 8 |
Atomic processes involved in precipitate nucleation in aged aluminium alloys Polmear I |
9 - 14 |
Status of positron annihilation studies of age hardening in aluminum alloys Somoza A |
15 - 19 |
Current and potential uses of positron beams to study porosity in low-k dielectric thin films Rodbell KP, Petkov MP, Weber MH, Lynn KG, Volksen W, Miller RD |
20 - 24 |
Current trends in ion implantation Gwilliam RM |
25 - 29 |
Defect identification using positrons Beling CD, Fung S |
30 - 34 |
Bulk studies of defects in semiconductors Mascher P |
35 - 39 |
Thermal vacancy formation and diffusion in nanocrystalline materials Wurschum R |
40 - 46 |
Positron annihilation in diamond Shiryaev AA, Iakoubovskii K, Schut H, van Veen A, Galindo RE, Zakharchenko OD, Klyuev YA, Kaminsky F, Feigelson BN |
47 - 51 |
Investigation of reactor steels Slugen V, Hascik J, Grone R, Bartik P, Zeman A, Kogel G, Sperr P, Triftshauser W |
52 - 55 |
Defect studies in semiconductors Fujinami M, Sawada T, Akahane T |
56 - 60 |
Defect physics investigations using positron and ion beams Simpson PJ, Szpala S, Knights AP |
61 - 63 |
Open-volume defects in plastically deformed semiconductors Leipner HS, Hubner CG, Staab TEM, Krause-Rehberg R |
64 - 66 |
Native and irradiation-induced defects in SiO(2) structures studied by positron annihilation techniques Rivera A, Montilla I, Garcia AA, Galindo RE, Falub CV, van Veen A, Schut H, de Nijs JMM, Balk P |
67 - 69 |
Identification of vacancy-oxygen complexes in Si by coincidence Doppler broadening of positron annihilation radiation and first-principles calculations Tang Z, Nonaka T, Nagai Y, Hasegawa M |
70 - 72 |
Identification of vacancies on each sublattice of SiC by coincident Doppler broadening of the positron annihilation photons after electron irradiation Muller MA, Rempel AA, Reichle K, Sprengel W, Major J, Schaefer HE |
73 - 75 |
Vacancy-type defects in proton-irradiated InAs Puff W, Balogh AG |
76 - 78 |
Detailed microscopic defect identification in GaAs Gebauer J, Staab TEM, Redmann F, Krause-Rehberg R |
79 - 81 |
Void nucleation in fcc and bcc metals: A comparison of neutron irradiated copper and iron Eldrup M, Singh BN |
82 - 84 |
Identification of defect sites in FeAl by Doppler spectroscopy of core electrons Egger W, Bischof G, Groger V, Krexner G |
85 - 87 |
Activation volume and chemical environment of atomic vacancies in intermetallic compounds Muller MA, Sprengel W, Major J, Schaefer HE |
88 - 90 |
Influence of the pre-deformation on precipitation in 2024 AlCuMg alloy Ferragut R, Somoza A, Tolley A |
91 - 93 |
Study of ultrafine Cu precipitates in neutron-irradiated Fe utilizing positron quantum-dot-like states Nagai Y, Hasegawa M, Tang Z, Kanai T, Saneyasu M |
94 - 96 |
Positron annihilation study of nanocrystalline Ni3Al: Simulations and measurements Kuriplach J, van Petegem S, Hou M, Zhurkin EE, van Swygenhoven H, Dalla Torre F, van Tendeloo G, Yandouzi M, Schryvers D, Segers D, Morales AL, Ettaoussi S, Dauwe C |
97 - 99 |
Simon-Glatzel transformation of over-pressurised helium bubbles in aluminium as seen by positrons Maji S, Singh A, Nambissan PMG |
101 - 103 |
Constitutional and/or thermal vacancies in some B2 intermetallic compounds studied by positron lifetime spectroscopy Shirai Y, Araki H, Yamaguchi M |
104 - 107 |
Positron annihilation spectroscopy and differential scanning calorimetry study of decomposition processes in Al-Cu-Mg alloys Ferro G, Biasini M, Folegati P, Riontino G |
108 - 110 |
Electrically induced metastability in SI-GaAs studied by positron lifetime spectroscopy Luo YL, Beling CD, Fung S, Ling CC, Lui MK, Mui WK |
111 - 113 |
Formation of vacancy clusters during copper diffusion in semi-insulating GaAs Petters K, Gebauer J, Redmann F, Leipner HS, Krause-Rehberg R |
114 - 116 |
Changes in the positron-electron momentum distribution in GaAs brought about by chopped light Li S, Fung S, Beling CD, Ling CC |
117 - 119 |
Positron deep-level transient spectroscopy in semi-insulating-GaAs using the positron velocity transient method Tsia M, Fung S, Beling CD |
120 - 122 |
Positron annihilation spectroscopic studies of 6H silicon carbide Hu YF, Lam CH, Ling CC, Fung S, Beling CD, Weng HM |
123 - 125 |
Swift heavy ion irradiation effects in SiC measured by positrons Liszkay L, Havancsak K, Barthe MF, Desgardin P, Henry L, Kajcsos Z, Battistig G, Szilagyi E, Skuratov VA |
126 - 128 |
Effects of illumination on positron lifetime of electron irradiated n-type 6H-SiC Redmann F, Kawasuso A, Petters K, Krause-Rehberg R, Itoh H |
129 - 131 |
Positron beam Doppler and lifetime studies on disordered and amorphous Si Amarendra G, Rajaraman R, Rao GV, Nair KGM, Viswanathan B, Suzuki R, Ohdaira T, Mikado T |
132 - 134 |
Magic-number vacancy clusters in graphite and silicon Hasegawa M, Tang Z, Nagai Y, Shimamura T, Nakazuru K, Chiba T, Saito M |
135 - 137 |
Irradiation experiment revisited - Stability and positron lifetime of large vacancy clusters in silicon Staab TEM, Puska MJ, Hakala M, Sieck A, Haugk M, Frauenheim T, Leipner HS |
138 - 140 |
Electric field dependent positronium formation in alpha-SiO2 Kobayashi Y, Wang CL, Hirata K, Kouchi N |
141 - 143 |
Characterization of radiation-induced defects in ZnO probed by positron annihilation spectroscopy Brunner S, Puff W, Balogh AG, Mascher P |
144 - 146 |
Defect studies in BaTiO3 ceramics using positron annihilation spectroscopy Massoud AM, Krause-Rehberg R, Langhammer HT, Gebauer J, Mohsen M |
147 - 149 |
Positron study of Cu-Se, In-Se and CuInSe2 thin films Nancheva N, Docheva P, Djourelov N, Balcheva M |
150 - 152 |
A study of vacancy-like defects in the chalcopyrite semiconductor AgInSe2 Al-Kotb MS, Puff W, Hassan SA, Mohsen M |
153 - 155 |
A positron annihilation study of compensation defects responsible for conduction-type conversions in LEC-grown InP Shan YY, Deng AH, Zhao YW, Ling CC, Fung S, Beling CD |
156 - 158 |
Positron annihilation studies of defects in ion implanted palladium Abe H, Uedono A, Uchida H, Komatsu A, Okada S, Itoh H |
159 - 162 |
Positron lifetime study of low temperature neutron-irradiated Fe and Ni Kuramoto E, Hori F, Ohmura M, Takenaka M |
163 - 166 |
Positron lifetime calculation for interstitial clusters in Fe and Ni Onitsuka T, Ohmura M, Takenaka M, Kuramoto E |
167 - 169 |
Positron annihilation study of microvoids in neutron-irradiated vanadium: Effects of oxygen impurities Riewcharoon T, Tang Z, Nagai Y, Hasegawa M |
170 - 172 |
Effect of minor elements on microstructure evolution in Ni alloys irradiated with neutrons Xu Q, Yoshiie T |
173 - 175 |
Determination of the activation enthalpy for migration of point defects and dislocations in deformed Al-Mg (5005) alloy by (PAT) Abdel-Rahman MA, Badawi EA, Hassan EM, Yahya GA |
176 - 178 |
Positron annihilation lifetime in Fe-Rh alloys deformed by high-speed compression Fukuzumi M, Hori F, Komatsu M, Kiritani M, Oshima R |
179 - 181 |
Atomic defects in AlPdMn: A study by means of positron annihilation spectroscopy Baier F, Muller MA, Sprengel W, Grushko B, Sterzel R, Assmus W, Schaefer HE |
182 - 184 |
The structure of stable icosahedral phase in Mg-Zn-Y studied by positron annihilation Uchiyama H, Hamada E, Takahashi T, Sato K, Takahashi Y, Kanazawa I, Oshima N, Suzuki T, Yoshida T, Takeuchi S |
185 - 188 |
Vacancy formation energy of metals determined by using positron age-momentum correlation technique Suzuki N, Nagai Y, Itoh Y, Goto A, Hyodo T |
189 - 191 |
Nucleation and growth of precipitates in a Ni-based superalloy Petkov MP, Somoza A, Santos G, Lynn KG |
192 - 194 |
Positron annihilation and XRD studies on deformed al-alloys with low concentrations of Mg Badawi E, Abdel-Rahman MA, Mahmoud SA, Ramadan AA |
195 - 197 |
Defect studies in Fe3Al alloys doped with Cr, Mo and Si Deng W, Brusa RS, Karwasz GP, Zecca A |
198 - 200 |
Influence of Mn and Fe on defects in NiAl alloy investigated by positron annihilation techniques Deng W, Brusa RS, Karwasz GP, Zecca A |
201 - 203 |
Defect analysis in B2-type FeAl alloys by positron annihilation measurements at 100K Haraguchi T, Hori F, Oshima R, Kogachi M |
204 - 206 |
Positron annihilation study of fatigue in type 304 stainless steel Hori F, Oshima R |
207 - 209 |
Two-detector Doppler broadening and positron lifetime in multiphase Co-Si alloys Plazaola F, Hautojarvi P, Saarinen K |
210 - 212 |
Positron annihilation in Ni3Al: Theory and experiment van Petegem S, Kuriplach J, Hou M, Zhurkin EE, Segers D, Morales AL, Ettaoussi S, Dauwe C, Mondelaers W |
213 - 215 |
Microstructure of heat-treated steel probed by positron annihilation Al-Qaradawi IY, Abdel-Hady EE, Megahed H |
216 - 218 |
Lattice defects in industrial Al probed by positrons Mohsen M, Ismail H, Ashry A, Brauer G, Mohamed S |
219 - 226 |
Positron and positronium in insulators Wang SJ, Wang B, Zhu J, Wang Z, Dai YQ, He CQ |
227 - 232 |
Positron annihilation in organic solids Goworek T |
233 - 237 |
Positronium in solids Hyodo T |
238 - 243 |
Positrons and positronium in zeolites Kajcsos Z, Duplatre G, Liszkay L, Lazar K, Lohonyai L, Pal-Borbely G, Beyer HK, Caullet P, Patarin J |
244 - 247 |
An experimental investigation of the occupied volume in polymers Consolati G |
248 - 253 |
Positronium formation at low temperatures Hirade T |
254 - 256 |
First proof of slow trapping of positronium in polymers by an Age-Momentum-Correlation (AMOC) experiment Dauwe C, Balcaen N, van Waeyenberge B, van Petegem S, Stoll H |
257 - 259 |
Positronium formation in condensed matter Seeger A |
260 - 262 |
Information on the spur electron distribution from the temperature dependence of positronium yields in the presence of electron scavengers Levay B |
263 - 265 |
Application of ACAR spectroscopy to acidic catalysts Huang WF, Hung KJ, Huang DC |
266 - 268 |
Temperature-dependent electron acceptor properties of zeolite Y: a combined Mossbauer and positron lifetime spectroscopy study Suvegh K, Vanko G, Domjan A, Vertes A |
269 - 271 |
The absolute free-volume fraction in polymers from positron lifetime measurements Kristiak J, Bandzuch P, Sausa O, Zrubcova J, Bartos J |
272 - 274 |
Positron annihilation study of neutron-irradiated polyethylene El-Sayed AMA |
275 - 277 |
Low-temperature positron studies in polymethylmethacrylate Pujari PK, Tashiro M, Tseng CY, Honda Y, Nishijima S, Tagawa S |
278 - 280 |
Positron annihilation spectroscopy of carbon black/silica filled rubber polymers Semaan ME, Quarles CA, Nikiel L |
281 - 283 |
Positron annihilation lifetime spectroscopy (PAL) as a tool to study rubber (polyisoprene) vulcanizate network structures Mallon PE, Huang CM, Chen H, Zhang R, Gradwell MHS, Jean YC |
284 - 286 |
Positron lifetime as a probe for the investigation of conducting polystyrene Abdel-Hady EE, Mohamed HFM |
287 - 289 |
Positronium fractions and cavity sizes derived from 1-and 2-detector Doppler broadening spectra Garcia AA, Siebbeles LDA, Rivera A, Schut H, Eijt SWH, Galindo RE, van Veen A |
291 - 293 |
The physical meaning of a four-component analysis of positron lifetime measurements in amorphous polymers Balcaen N, Dauwe C, van Waeyenberge B, de Baerdemaeker J |
294 - 296 |
Free volume from PALS and atomistic simulations: The OTP case Bartos J, Urban J, Mach P, Kristiak J |
297 - 299 |
Temperature and irradiation effects on positronium formation in polycarbonate Chen ZQ, Suzuki T, Uedono A, Tanigawa S, Ito Y |
300 - 302 |
Polyamide/acrylic rubber blend studied by positron annihilation Debowska M, Rudzinska-Girulska J, Suzuki T, Piglowski J, Chen ZQ |
303 - 305 |
Local free volume and glass transition in propylene/alpha-olefin copolymers with a defined length and number of branches Dlubek G, Bamford D, Rodriguez-Gonzalez A, Petters K, Hubner C, Bornemann S, Lupke T, Henschke O, Stejny J, Alam MA, Arnold M |
306 - 308 |
Effect of doping polymethylmethacrylate with metal salts as studied by positron annihilation lifetime spectroscopy Gomaa EA, Mazrouaa AM |
309 - 312 |
Molecular weight effect on the microstructure and local motion in high molecular weight polymer observed by positrons He CQ, Dai YQ, Wang B, Wang SJ |
313 - 315 |
Microstructure analysis of polyacetal: Free-volume study by positronium lifetime measurement Ito K, Nanasawa A, Tanimura N, Li HL, Ohkubo T, Ujihira Y, Nomura K |
316 - 318 |
Ortho-Ps in bi-dispersional porous glass Goworek T, Jasinska B, Suzuki T |
319 - 321 |
Study of gamma-irradiated benzothiazole-doped polyvinyl chloride by positron annihilation Misheva M, Djourelov N, Sertova N, Petkov I, Deligeorgiev T |
322 - 324 |
2D-ACAR investigations of PPT aramid fibres Mijnarends PE, Falub CV, Eijt SWH, van Veen A |
325 - 327 |
On irradiated poly(ethylene naphthalate) studied by positron annihilation lifetime spectroscopy Mohamed HFM, El-Sayed AMA, Hussien AZ |
328 - 330 |
A study of some properties of styrene butadiene rubber-polyethylene blends by positron annihilation lifetime spectroscopy Mostafa N, Mohamed MG |
331 - 333 |
Positron annihilation study of collagen biopolymer: Comparison between the three-component and the elastic thermalization lifetime analyses Siles S, Moya G, Ahmed AS, Kansy J |
334 - 336 |
Positron annihilation as a probe of free-volume changes in aged polypropylene Borek J, Osoba W |
337 - 339 |
Bulk-volume behavior of pressure-densified amorphous polymers and free-volume behavior by positron annihilation lifetime measurement Hagiwara K, Ougizawa T, Inoue T, Hirata K, Kobayashi Y |
340 - 342 |
Positron lifetime study of polycarbonate/poly(styrene-co-acrylonitrile) blends Cizek J, Motycka V, Prochazka I, Ilavsky M, Kolarik J |
343 - 345 |
Positron annihilation lifetime spectroscopy of carbon black- and silica-filled rubber Quarles CA, Urban-Klaehn JM, Gerspacher M, Nikiel L, Semaan ME |
346 - 348 |
A permeability and free-volume study in chlorinated poly[(1-trimethylsilyl)-1-propine] membranes Quasso F, Consolati G, Pegoraro M, Severini F |
349 - 351 |
Filler content influence on the positron annihilation response in an epoxy resin composite Salgueiro W, Somoza A, Goyanes S, Rubiolo G, Marzocca A, Consolati G |
352 - 354 |
Comments on the effect of gamma-irradiation on positronium formation in polymers at low temperatures Shantarovich VP, Hirade T, Kevdina IB, Gustov VW, Arzhakov MS |
355 - 358 |
Change in free volume at low temperature in PET probed by positron annihilation Wang B, Zhang M, Liu WH, Wang SJ |
359 - 361 |
Light effects on positronium formation in polymers Zrubcova J, Kristiak J, Pedersen WB, Pedersen NJ, Eldrup M |
362 - 364 |
Atomic-scale vacuities and age of obsidians Chojcan J, Sachanbinski M |
365 - 367 |
Study on swelling of poly[2-(N,N-dimethyl amino)ethyl methacrylate]-1-polyisobutylene (PDMAEMA-1-PIB) amphiphilic co-network Domjan A, Suvegh K, Ivan B, Vertes A |
368 - 370 |
Electron delocalization in high-spin Fe-ll complexes by ortho into para-positronium conversion reactions Fantola-Lazzarini A, Lazzarini E |
371 - 373 |
Pore formation in Vycor glasses studied by PAL method Jasinska B, Dawidowicz AL |
374 - 376 |
Relationship between the rate constants of Ps conversion reactions promoted by 3d complexes in high and low spin configurations Lazzarini E, Fantola-Lazzarini A |
377 - 379 |
Positronium interactions in synthetic zeolites: Effect of adsorbed water Liszkay L, Kajcsos Z, Duplatre G, Lazar K, Pal-Borbely G, Beyer HK |
380 - 382 |
Formation of vacancies in layered MPS3 (M=Fe, Mn, Zn) upon intercalation Murakami H, Tsutsumi Y, Marutani D, Sano M, Ichimura K |
383 - 385 |
Positronium in crystalline KDP Saito H, Hyodo T |
386 - 388 |
Positron annihilation lifetime study of pure and doped LiF Sendezera EJ, Davidson AT, Anwand W, Brauer G, Nicht EM |
389 - 391 |
Molecular dynamics in M18 and EBBA seen by positron annihilation lifetime spectroscopy Sharma M, Singh KC, Jain PC |
392 - 394 |
Electric field effect on Ps formation: Black blob model Stepanov SV, Byakov VM, Wang CL, Kobayashi Y, Hirata K |
395 - 397 |
Positronium formation and annihilation in BHDC/water/benzene microemulsions Subrahmanyam VS, Marques MFF, Gordo PM, Gil CL, de Lima AP |
398 - 400 |
Positron study of negative charge states in order-disorder ferroelectrics Troev T, Berovsky K, Peneva S |
401 - 403 |
AMOC studies of positronium in fine MgO powder van Waeyenberge B, Dauwe C, Stoll H |
404 - 408 |
Positron beam studies of defects in semiconductors Krause-Rehberg R, Borner F, Redmann F |
409 - 414 |
Positron Microscopy Kogel G |
415 - 419 |
Intense positron sources and their applications van Veen A, Schut H, de Roode J, Labohm F, Falub CV, Eijt SWH, Mijnarends PE |
420 - 424 |
Positron depth profiling Coleman P |
425 - 429 |
Intense positron source at the Munich research reactor FRM-II Hugenschmidt C, Kogel G, Schreckenbach K, Sperr P, Strasser B, Triftshauser W |
430 - 432 |
Performance of an intense nuclear-reactor based positron beam Schut H, van Veen A, Falub CV, de Roode J, Labohm F |
433 - 438 |
The positron beams at KEK Kurihara T |
439 - 441 |
A transmission positron microscope and a scanning positron microscope being built at KEK, japan Doyama M, Inoue M, Kogure Y, Kurihara T, Yagishita A, Shidara T, Nakahara K, Hayashi Y, Yoshiie T, Tsuno K |
442 - 444 |
Ion implantation induced defects in 6H-SiC and their annealing behaviour Anwand W, Brauer G, Panknin D, Skorupa W |
445 - 447 |
Reflection high-energy positron diffraction: Solved and unsolved problems Kawasuso A, Kojima K, Yoshikawa M, Itoh H, Okada S, Ichimiya A |
448 - 450 |
Lithium ion implantation effects in MgO (100) van Huis MA, Fedorov AV, van Veen A, Labohm F, Schut H, Mijnarends PE, Kooi BJ, De Hosson JTM |
451 - 453 |
Low-energy positrons at the Si(100)-2x1 surface with adsorbed hydrogen and oxygen Fazleev NG, Fry JL, Weiss AH |
454 - 456 |
Role of the RF power on the structure of defects in a-Si : H films produced by PECVD Gordo PM, Subrahmanyam VS, Naia MD, Gil CL, de Lima AP, Lavareda G, de Carvalho CN, Amaral A |
457 - 459 |
A study of organo-metallic interfaces using DBAR Tucker CE, Smith FA, Coleman PG |
460 - 462 |
Pulsed positron beam study of as-grown defects in epitaxial SiC Britton DT, Gxawu D, Hempel A, Barthe MF, Henry L, Desgardin P, Corbel C, Bauer-Kugelmann W, Sperr P, Kogel G, Triftshauser W |
463 - 465 |
Annealing effects in hydrogenated amorphous silicon layers Hempel A, Dabrowski A, Harting M, Hempel M, Knoesen D, Bauer-Kugelmann W, Kogel G, Triftshauser W, Britton DT |
466 - 468 |
Surfaces of SiO2-Bi2O3 glasses studied by a slow positron beam Karwasz GP, Deng W, Brusa RS, Zecca A, Gazda M, Kusz B, Trzebiatowski K, Pliszka D |
469 - 471 |
Defect study on Si implanted with B and BF2 ions by coincidence Doppler broadening measurements Akahane T, Fujinami M, Ohnishi K, Sawada T |
472 - 474 |
Positron annihilation in Si and Si-related materials in thermal equilibrium at high temperature Uedono A, Watanabe M, Ichihashi T, Takasu S, Muramatsu M, Ubukata T, Tanino H, Shiraishi T, Tanigawa S |
475 - 477 |
Defect property in He+ implanted silicon probed by slow positron beam Zhou XY, Zhang TH, Zhang XF, Weng HM, Fan YM, Du JF, Han RD |
478 - 480 |
GaN thin films on SiC substrates studied using variable energy positron annihilation spectroscopy Hu YF, Shan YY, Beling CD, Fung S, Xie MH, Cheung SH, Tu J, Brauer G, Anwand W, Tong DSY |
481 - 483 |
Determination of structural vacancy densities in icosahedral quasicrystals by slow positron beam technique Sato K, Uchiyama H, Takahashi Y, Kanazawa I, Tamura R, Kimura K, Komori F, Suzuki R, Ohdaira T, Takeuchi S |
484 - 486 |
Depth-dependence recovery of helium-implanted 18 carats gold-silver alloy Thome T, Fradin J, Grynszpan RI, Anwand W, Brauer G |
487 - 489 |
Positron dechanneling by electronic and nuclear scattering Selim FA |
490 - 492 |
The estimation of the vacancy-type defects density in thin Fe film with slow positron beams Nagata T, Terashima Y, Takagi K, Kawai T, Kanazawa I, Suzuki R, Ohdaira T, Komori F, Ito Y |
493 - 495 |
Positron annihilation in gaseous nitrided cold-rolled FeNiTi films Chechenin NG, van Veen A, Galindo RE, Schut H, Chezan A, Boerma DO |
496 - 498 |
Investigation of stainless steel films sputtered on glass de Baerdemaeker J, van Hoecke T, van Petegem S, Segers D, Bauer-Kugelmann W, Sperr P, Terwagne G |
499 - 501 |
Positron beam analysis of polymer/metal interfaces under stress Galindo RE, van Veen A, Garcia AA, Schut H, De Hosson JTM |
502 - 504 |
Defect structural characterisation of plasma-sprayed bioactive ceramic coatings Harting M, Hempel A, Hempel M, Bucher R, Britton DT |
505 - 507 |
Polymeric coating degradation in accelerated weathering investigated by using positron annihilation spectroscopy Zhang R, Mallon PE, Chen H, Huang CM, Zhang JJ, Li Y, Cao H, Peng Q, Richardson JR, Huang YY, Sandreczki TC, Jean YC, Suzuki R, Ohdaira T, Nielsen B |
508 - 510 |
Investigation of EBC polymer coating using a monoenergetic positron beam Weng HM, Fan YM, Yie BJ, Zhou XY, Du JF, Han RD, Ma CG, Ling CC |
511 - 513 |
Defect characterisation of PECVD-grown diamond Britton DT, Hempel A, Hempel M, Harting M, Bauer-Kugelmann W, Triftshauser W |
514 - 516 |
Damage induced by argon ion implantation in cubic zirconia Fradin J, Thome T, Grynszpan RI, Thome L, Anwand W, Brauer G |
517 - 519 |
Positron annihilation studies of subsurface zones in copper created under lubrication conditions Dryzek E, Dryzek J, Borner F, Krause-Rehberg R |
520 - 522 |
An electrostatic variable-energy positron beam for re-moderation experiments Abadjieva E, Schut H, van Veen A, Legerstee WJ |
523 - 525 |
Slow positron beam facility in Orleans Desgardin P, Liszkay L, Barthe MF, Henry L, Briaud J, Saillard M, Lepolotec L, Corbel C, Blondiaux G, Colder A, Marie P, Levalois M |
526 - 528 |
Positron induced ion-desorption from the oxidized Ni surface Terashima Y, Ozaki A, Arai R, Kanazawa I, Ito Y, Fukutani K, Murata Y, Komori F |
529 - 531 |
Latest version of the Munich pulsed low energy positron system Bauer-Kugelmann W, Sperr P, Kogel G, Triftshauser W |
532 - 536 |
'Smart cut' silicon by proton implantation: Lifetime studies with a pulsed positron beam Sperr P, Kogel G, Bauer-Kugelmann W, Triftshauser W, Fujinami M |
537 - 541 |
Positron Annihilation Induced Auger Electron Spectroscopy (PAES) Weiss AH |
542 - 546 |
Time-of-flight analysis of positron-annihilation induced Auger-electrons and re-emitted positrons Ohdaira T, Suzuki R, Mikado T |
547 - 551 |
Positron-Age-Momentum Correlation Stoll H, Bandzuch P, Siegle A |
552 - 554 |
Positron 2D-ACAR study of the quasi-one-dimensional organic superconductor (TMTSF)(2)ClO4 Ishibashi S, Manuel AA, Kohyama M, Tokumoto M, Anzai H |
555 - 557 |
Fermi surface study of CeRu2Si2 above the Kondo temperature Monge MA, Biasini M, Ferro G, Continenza A, Lejay P, Massidda S, Satta G |
558 - 560 |
Fermi surface of yttrium Kontrym-Sznajd G, Sormann H, West RN |
561 - 563 |
Depth-selective 2D-ACAR with POSH: Application to nanocavities generated by ion implantation Falub CV, Eijt SWH, van Veen A, Mijnarends PE, Schut H |
564 - 566 |
Importance of non-local electron-positron correlations for positron annihilation characteristics in solids Rubaszek A, Szotek Z, Temmerman WM |
567 - 569 |
Positronium contact density in crystalline and amorphous SiO2 Nagashima Y, Nagai Y, Hyodo T |
570 - 572 |
LCAO fitting of positron 2D-ACAR momentum densities of non-metallic solids Chiba T |
573 - 575 |
A positron study of the Fermi surface of TmGa3 Biasini M, Czopnik A, Jura A, Kontrym-Sznajd G, Monge M |
576 - 578 |
A spin-polarized 2D-ACAR study of the colossal magnetoresistive material La0.7Sr0.3MnO3 Livesay EA, West RN, Dugdale SB, Santi G, Jarlborg T |
579 - 581 |
Extraction of Fermi-surface topologies in layered manganites from spin-dependent positron annihilation Major Z, Dugdale SB, Hughes RJ, Wilkinson I, Alam MA |
582 - 584 |
Three-dimensional reconstruction of the Fermi surface of LaB6 Biasini M, Monge MA, Kontrym-Sznajd G, Gemmi M, Sato N |
585 - 587 |
Study of positronium in low-k dielectric films by means of 2D-angular correlation experiments at a high-intensity slow-positron beam Gessmann T, Petkov MP, Weber MH, Lynn KG, Rodbell KP, Asoka-Kumar P, Stoeffl W, Howell RH |
588 - 590 |
Positronium behaviour in elongated PPT, rectangular MgO and spherical Si nanocavities Eijt SWH, Falub CV, Mijnarends PE, van Veen A |
591 - 593 |
Test CPT in the decay of polarized positronium using multidetector spectrometer Andrukhovich SK, Antovich NM, Berestov AV, Metelitsa ON |
594 - 596 |
Positron lifetime calculation of the elements of the periodic table Campillo JM, Plazaola F |
597 - 599 |
The presence of the positron diffusion process in the annihilation characteristics in classical experiments Dryzek J |
600 - 602 |
Positron diffusion trapping model with an external magnetic field Golonka P |
603 - 605 |
Effect of positron wave function on positron annihilation rates and electron-positron momentum densities in solids Rubaszek A, Szotek Z, Temmerman WM |
606 - 608 |
Reconstructed momentum density and Fermi surface in Cu0.9Al0.1 Samsel-Czekala M, Kontrym-Sznajd G, Doring G, Schulke W, Kaprzyk S, Bansil A |
609 - 611 |
On the reliability of various enhancement theories for a description of electron-positron densities in metals Sormann H, Kontrym-Sznajd G, West RN |
612 - 614 |
Excessive sensitivity of momentum densities to crystal potentials as a reason for difficulties in verifying positron enhancement theories Sormann H, Sob M |
615 - 617 |
First-principles calculations of electron-positron interaction in light elements Stachowiak H, Boronski E, Banach G |
618 - 620 |
Study of buried polymer-polymer interfaces using slow positron beams Pujari PK, Tashiro M, Honda Y, Suzuki R, Tagawa S |
621 - 623 |
Interface defects of Al/GaAs(100) detected by positron annihilation induced auger electron spectroscopy (PAES) Chen WC, Fazleev NG, Fry JL, Weiss AH |
624 - 628 |
Positron traps and trap-based beams: Status and future prospects Surko CM |
629 - 633 |
Doppler broadening coincidence studies Weber MH |
634 - 636 |
A positron accumulator for antihydrogen synthesis Jorgensen LV, Collier MJT, Fine KS, Watson TL, van der Werf DP, Charlton M |
637 - 639 |
Vacancy clusters at nanoparticle surfaces Xu J, Moxom J, Somieski B, White CW, Mills AP, Suzuki R, Ishibashi S, Ueda A, Henderson D |
640 - 642 |
Developments on positron scattering experiments including beam production and detection Selim FA, Hunt AW, Howell RH, Lynn KG, Golovchenko JA |
643 - 645 |
Slow positron yields from some porous materials Wei L, Suzuki N, Kim JH, Saito F, Itoh Y, Goto A, Kurihara T, Nagashima Y, Hyodo T |
646 - 648 |
Combined analysis of the S and W parameters obtained from positron annihilation spectra Fedorov AV, van Veen A, Schut H |
649 - 651 |
Positronium spin rotation and time oscillations in positron lifetime spectrum Berestov AV, Birzgal EA, Khrutchinsky AA, Metelitsa ON |
652 - 654 |
Programs for positron lifetime analysis adjusted to the PC windows environment Kansy J |
655 - 657 |
Design of the ghent pulsed variable energy slow positron beam de Baerdemaeker J, Balcaen N, Dauwe C |
658 - 660 |
Research and development of high energy pulsed positron beam Maekawa M, Kawasuso A, Okada S, Itoh H |
661 - 663 |
Development of high-rate age-momentum correlation system with a variable-energy pulsed positron beam Suzuki R, Ohdaira T, Mikado T, Rao GV |
664 - 666 |
Development of a pulsing system with the linac based slow positron beam Tashiro M, Honda Y, Yamaguchi T, Pujari PK, Kimura N, Kozawa T, Tagawa S |
667 - 669 |
Development of a new positron beam for coincident studies with laser excitation Honda Y, Tashiro M, Yamaguchi T, Pujari PK, Kimura N, Kozawa T, Nishijima S, Isoyama G |
670 - 672 |
Production of thermal positronium for laser cooling of ortho-positronium Iijima H, Asonuma T, Hirose T, Irako M, Kadoya K, Kajita M, Kumita T, Matsumoto B, Mondal NN, Wada K |
673 - 675 |
Deconvoluting double Doppler spectra Ho KF, Ng KP, Beling CD, Fung S, Chan KL, Tang HW |
676 - 678 |
A design of spin rotator for polarized slow positron beam at RIKEN Kim JH, Saito F, Suzuki N, Wei L, Kurihara T, Nagashima Y, Okamura M, Itoh Y, Goto A, Hyodo T |
679 - 681 |
F-18 source for a slow positron beam Saito F, Suzuki N, Kim JH, Wei L, Itoh Y, Goto A, Kurihara T, Nagashima Y, Hyodo T |
682 - 685 |
Measurement of positronium emission energy from surface of MCP Mondal NN, Hamatsu R |
686 - 688 |
Set-up of a slow positron beam for Auger spectroscopy Strasser B, Hugenschmidt C, Schreckenbach K |
689 - 691 |
Coupling of positron annihilation and compton scattering: A theoretical possibility to analyze positron distribution through atom-like local patterns appearing in positron annihilation A(r)- and compton scattering B(r)-functions Kobayasi T |
692 - 694 |
A Monte-Carlo study of defect sensitivity limits in positron lifetime spectroscopy Chin HY, Ling CC, Fung S, Beling CD |
695 - 697 |
A method for the absolute differential calibration of the time scale for precise timing measurements Becvar F, Cizek J, Prochazka I |
698 - 700 |
Defects in metals and semiconductors Hautojarvi P |
701 - 701 |
Summary of ICPA-12: Chemistry and polymers: What is new in chemistry and polymers after ICPA-11? Jean YC |