11 - 15 |
Embedded ultrafine clusters investigated by coincidence Doppler broadening spectroscopy Nagai Y, Toyama T, Tang Z, Hasegawa M, Yanagita S, Ohkubo T, Hono K |
16 - 20 |
Early solute clustering in an AlZnMg alloy Dupasquier A, Ferragut R, Iglesias MM, Macchi CE, Massazza M, Mengucci P, Riontino G, Somoza A |
21 - 25 |
Neutron irradiated copper: Is the main positron lifetime component due to stacking fault tetrahedra? Eldrup M, Singh BN, Edwards DJ, Nagai Y, Ohkubo H, Hasegawa M |
26 - 30 |
Observation of vacancies during Zn diffusion in GaP Krause-Rehberg R, Bondarenko V, Popping J, Stolwijk NA, Staab TEM, Sodervall U |
31 - 35 |
Identification of lattice vacancies and structural phase transitions in solids by positron annihilation spectroscopy Sprengel W, Rempel AA, Baier F, Sato K, Schaefer HE |
36 - 38 |
Slow positron beam investigations of defects caused by B(+) implantation into epitaxial 6H-SiC Anwand W, Brauer G, Kuriplach J, Skorupa W |
39 - 41 |
The study of ZnMgSc quasicrystal and Zn(17)SC(3) approximant by positron annihilation lifetime Arinuma K, Takagiwa Y, Kanazawa I, Tamura R, Takeuchi S |
42 - 44 |
Estimation of Ni/polyethylene bilayer by slow positron beam Azami K, Habu M, Takagi K, Kanazawa I, Suzuki R, Ohdaira T |
45 - 47 |
Vacancy migration and formation in A356.0 aluminum casting alloys by positron annihilation technique Badawi EA, Abdel-Rahman MA, Hassan EM |
48 - 50 |
Near surface vacancy defects in sintered polished UO2 disks Barthe MF, Guilbert S, Labrim H, Desgardin P, Sauvage T, Blondiaux G, Carlot G, Garcia P, Piron JP |
51 - 53 |
Investigation of the composition of precipitates in Al-Ag by Doppler spectroscopy of core electrons Bischof G, Groger V, Krexner G |
54 - 56 |
Vacancy formation in GaAs under different equilibrium conditions Bondarenko V, Gebauer J, Redmann F, Krause-Rehberg R |
57 - 59 |
Ion-implantation induced defects in ZnO studied by a slow positron beam Chen ZQ, Maekawa M, Sekiguchi T, Suzuki R, Kawasuso A |
60 - 62 |
Hydrogen-induced defects in niobium studied by positron annihilation Cizek J, Prochazka I, Kuzel R, Becvar F, Cieslar M, Brauer G, Anwand W, Kirchheim R, Pundt A |
63 - 65 |
2D-coincidence Doppler broadening measurements on neutron-irradiated VVER-type reactor pressure vessel steels Cizek J, Becvar F, Prochazka I, Kocik J |
66 - 68 |
Nanocrystalline Si studied by beam-based positron annihilation spectroscopy Coleman PG, Pi XD, Gwilliam RM, Sealy BJ |
69 - 71 |
Defect characterization of the structure-growth zone-model for sputter deposited Cu films De Baerdemaeker J, Dauwe C, Segers D, Detavernier C, Deduytsche D, Egger W, Sperr P |
72 - 74 |
Subsurface zones in aluminium detected by positron lifetime spectroscopy Dryzek J, Dryzek E |
75 - 77 |
Positron spectroscopy analysis of vacancy-solute nanoaggregates in Al-Cu Ferragut R, Ferro G, Biasini M, Dupasquier A, Somoza A |
78 - 80 |
Depth dependence of defects in ion-implanted Si probed by a positron beam Fujinami M, Miyagoe T, Sawada T, Suzuki R, Ohdaira T, Akahane T |
81 - 83 |
Positron lifetime studies of non-stoichiometric defects in the y-phase Cu-Al and Cu-Ga alloys Fukushima H, Yokote S |
84 - 86 |
Positron annihilation study on point defects in Fe-Rh alloys Fukuzumi M, Hori F, Kibata Y, Taniguchi R, Oshima R |
87 - 89 |
Positron annihilation spectroscopy of nanostructural features in model reactor pressure vessel steels Glade SC, Wirth BD, Asoka-Kumar P, Sterne PA, Odette GR |
90 - 92 |
Positron annihilation studies in amorphous silicon nitride Gordo PM, Naia MD, Gill CL, de Lima AP, Lavareda G, de Carvalho CN, Amaral A, Kajcsos Z |
93 - 95 |
Comparison of vacancy creation by nuclear and electronic processes in silicon irradiated with swift Kr and Bi ions Gordo PM, Liszkay L, Havancsak K, Skuratov VA, Sperr P, Egger W, Gill CL, de Lima AP, Kajcsos Z |
96 - 98 |
Positron trapping in deformed copper down to millikelvins Haaks M, Tramm C, Muller I, Staab T, Zamponi C, Herzog P, Maier K |
99 - 101 |
Relaxation process in quenched-in vacancies during annealing in B2FeAl single crystals Haraguchi T, Hori F, Yoshimi K, Hanada S, Oshima R, Iwase A, Hashimoto H |
102 - 104 |
Vacancy and krypton dynamics in Kr-implanted naturally oxidised aluminium Harting M, Kanguwe DF, Comrie CM, Nsengiyumva S, Naidoo SR, Derry TE, Britton DT |
105 - 107 |
The effect of hydrogen-charging in neutron irradiated nickel studied by positron annihilation lifetime spectroscopy (PALS) He CQ, Xu Q, Yoshiie T, Sato K, Troev TD |
108 - 110 |
Effect of implanted ion mass and incident energy on defect and ion depth-distributions in ion-implanted Si Hirata K, Kobayashi Y |
111 - 113 |
Positron-electron autocorrelation function study of E-center in phosphorus-doped silicon Ho KF, Beling CD, Fung S, Biasini M, Ferro G, Gong M |
114 - 116 |
Defects in GaSb studied by coincidence Doppler broadening measurements Hu WG, Wang Z, Dai YQ, Wang SJ, Zhao YW |
117 - 119 |
Comparison of defect structures in Fe-Cu alloys by high-speed and low-speed deformation with the detection of Cu precipitates Ishizaki T, Yoshiie T, Xu Q, Sato K, Komatsu M |
120 - 122 |
Application of positron beam Doppler broadening technique to radiation effects in ion-irradiated Fe-Cu alloys Iwai T, Ito Y |
123 - 125 |
Sensitivity of positron annihilation spectroscopy to energy contamination in low energy boron ion implantation Knights AP, Coleman PG |
126 - 128 |
Investigation of fatigue cracks in an Al-based alloy by means of pulsed positron (micro-)beams Kogel G, Egger W, Rodling S, Gudladt HJ |
129 - 131 |
Defect characterization of barium titanates, tantalates and niobates by PAS and ESR Kolodiazhnyi T, Younker A, Malysz P, Mascher P |
132 - 134 |
Theoretical study of positron annihilation in nanoclusters in Al-Cu system Kuriplach J, Becvar F, Cizek J, Prochazka I |
135 - 137 |
Identities of the deep level defects E(1)/E(2) in 6H silicon carbide Ling CC, Chen XD, Gong M, Weng HM, Hang DS, Beling CD, Fung S, Lam TW, Lam CH |
138 - 140 |
Positron lifetime and Doppler broadening study of defects created by swift ion irradiation in sapphire Liszkay L, Gordo PM, Havancsak K, Skuratov VA, de Lima A, Kajcsos Z |
141 - 143 |
The correlations of electrochromism and thermochromism of tungsten oxide films studied by slow positron beam Ma CX, Zhou CL, Zhang ZM, Wang BY, Wei L |
144 - 146 |
Interface properties of 4H-SiC MOS structures studied by a slow positron beam Maekawa M, Kawasuso A, Yoshikawa M, Ichimiya A |
147 - 149 |
Growth temperature, microstructural differences and light-induced changes in a-Si : H deposited on glass substrates Minani E, Sigcau Z, Ntsoane TP, Knoesen D, Comrie CM, Britton DT, Harting M |
150 - 152 |
Positron beam study of defects induced in Ar-implanted Si Miyagoe T, Fujinami M, Sawada T, Suzuki R, Ohdaira T, Akahane T |
153 - 155 |
Positron annihilation study of formation of Mg vacancy in MgO Mizuno M, Inoue Y, Sugita K, Araki H, Shirai Y, Mizoguchi T, Tanaka I, Adachi H |
156 - 158 |
Search for positron trapping at quantum-dot like Cu nano particles on the surface of Fe using positron annihilation induced auger electron spectroscopy (PAES) Nadesalingam MP, Kim S, Fazleev NG, Fry JL, Nagai Y, Hasegawa M, Weiss AH |
159 - 161 |
Study on grown-in defects in CZ-Si by positron annihilation Nakagawa S, Hori F, Oshima R |
162 - 164 |
Identification of positron trapping sites in nanocrystalline ZnFe2O4 by coincidence Doppler broadening measurements Nambissan PMG, Upadhyay C, Verma HC |
165 - 167 |
Vacancy-solute binding energies in aluminum by positron annihilation Ohkubo H, Nagai Y, Inoue K, Tang Z, Hasegawa M |
168 - 170 |
Irradiation-enhanced Cu-precipitation in Fe-Cu alloys studied by positron annihilation spectroscopy and electrical resistivity measurement Onitsuka T, Takenaka M, Abe H, Kuramoto E, Ohkubo H, Nagai Y, Hasegawa M |
171 - 173 |
Vacancy-like defects in doped Pb(Zr(60)Ti(40))O(3) observed by positron lifetime and coincident Doppler spectroscopy Puff W, Kungl H, Hoffmann MJ, Gottschalk S, Balogh AG |
174 - 176 |
Native defects in n-type Sn-doped GaAs using positron annihilation technique Saha AK, Gugre S, Das D, SenGupta A |
177 - 179 |
Positron trapping within the grain and at grain boundaries in sintered alumina of high impurity content Ahmed AS, Kansy J, Zarbout K, Moya G, Gceuriot D |
180 - 182 |
The role of impurities in the formation of voids in silicon Simpson PJ, Knights AP |
183 - 185 |
Investigation of defects in copper alloys selected for nuclear fusion technology Slugen V, Kogel G, Kuriplach J, Ballo P, Sperr P, Egger W, Triftshauser W, Domonkos P, Petriska M, Zeman A |
186 - 188 |
Vacancy studies in silicon-rich intermetallic compounds: MoSi(2) Sprengel W, Zhang XY, Inui H, Schaefer HE |
189 - 191 |
Positron annihilation study on defects of Fe-Cu and Fe-Cu-C alloys damaged by ion irradiation Hori F, Kuramoto E, Araki T, Oshima R |
192 - 194 |
Positron annihilation study on Au-Pd nanoparticles prepared by sonochemical technique Takatani H, Hori F, Nakanishi M, Oshima R |
195 - 197 |
Irradiation-induced defects and Cu precipitates in ternary Fe-based model alloys for nuclear reactor pressure vessel steels studied by positron annihilation and 3D atom probe Toyama T, Nagai Y, Tang Z, Hasegawa M, Ohkubo T, Hono K |
198 - 200 |
Positron lifetime calculations of defects in nickel containing hydrogen at various temperatures Troev T, Shivachev B, Yoshiie T |
201 - 203 |
Vacancy-type defects in SrTiO(3) probed by a monoenergetic positron beam Uedono A, Kiyohara M, Shimoyama K, Matsunaga Y, Yasui N, Yamabe K |
204 - 206 |
Characterisation of defects in simulated nanostructures Van Petegem S, Kuriplach J, Van Swygenhoven H, Meyer R, Dauwe C, Segers D |
207 - 209 |
Vacancy creation in electron irradiated Ni(3)Al van Petegem S, Zhurkin EE, Mondelaers W, Segers D |
210 - 212 |
Defect characteristics in the surface nanocrystallined material treated by high-energy shot peening Wang XW, Wang JY, Xiong LY, Liu G |
213 - 215 |
Positron annihilation study on hydrogen-induced defects in AISI 304 stainless steel Wu YC, Zhang XH, Jean YC, Suzuki R, Ohdaira T |
216 - 218 |
Recovery behavior of defect clusters in Fe-Cu alloys irradiated with neutrons at high temperature Xu Q, Yoshiie T |
219 - 223 |
Positron annihilation spectroscopy in polymers Faupel F, Kanzow J, Gunther-Schade K, Nagel C, Sperr P, Kogel G |
224 - 228 |
Positron and positronium annihilation in low-dielectric-constant films studied by a pulsed positron beam Suzuki R, Ohdaira T, Kobayashi Y, Ito K, Yu RS, Shioya Y, Ichikawa H, Hosomi H, Ishikiriyama K, Shirataki H, Matsuno S, Xu J |
229 - 233 |
Testing the blob model for Ps formation by an age-momentum experiment in PMMA - poly(metha-methyl acrylate) Dauwe C, van Waeyenberge B, de Baerdemaeker J |
234 - 238 |
Positronium formation at low temperatures - Ideas of usage of the new Ps formation Hirade T |
239 - 243 |
Positron annihilation and positronium trapping in zeolites Kajcsos Z, Duplatre G, Liszkay L, Lohonyai L, Varga L, Lazar K, Pal-Borbely G, Beyer HK, Paillaud JL |
244 - 248 |
Positron lifetime spectroscopy as a tool for studying molecular motions in n-p-ethoxybenzylidene-p-butylaniline Sharma M, Singh KC, Jain PC |
249 - 253 |
Positronium as a probe of gas permeability and local dynamics in highly plasticized state of polymers Shimazu A, Kanaya T, Miyazaki T, Katayama S, Ito Y |
254 - 258 |
Porosity in silicon and silica thin films monitored by positrons and positronium Van Veen A, Galindo RE, Eijt SWH, Schut H, van Gog H, Balkenende AR, De Theije FK |
259 - 261 |
The effect of wheat hay on carbon black loaded EPDM composite studied by positron annihilation lifetime spectroscopy Abd-El Salam MH, Abdel-Hady EE, Mohamed HFM, Ibrahim AS |
262 - 264 |
Thermal isomerization of azo-benzene in PMMA probed by a pulsed low-energy positron beam Algers J, Skeppstedt V, Sperr P, Egger W, Maurer FHJ |
265 - 267 |
Positron annihilation lifetime study of helium ions implanted polyethylene blends Al-Qaradawi IY, Madi NK |
268 - 270 |
Comparative study of porosity in low-k SiOCH thin films obtained at different deposition conditions Brusa RS, Macchi C, Mariazzi S, Spagolla M, Karwasz GP, Zecca A |
271 - 273 |
Positron annihilation lifetime spectroscopy to study the structural relaxation of PC far below the glass transition temperature Cangialosi D, Wubbenhorst M, Schut H, Van Veen A, Picken SJ |
274 - 276 |
Durability and free volume in polymeric coatings studied by positron annihilation spectroscopy Chen H, Zhang R, Li Y, Zhang JJ, Wu YC, Sandreczki TC, Mallon PE, Suzuki R, Ohdaira T, Gu X, Nguyen T, Jean YC |
277 - 279 |
Looking for positive mixing volume in polyamide/acrylic rubber blends with use of positron annihilation lifetime spectroscopy and other methods Debowska M, Piglowski J, Suzuki T, Rudzinska-Girulska J, Slusarczyk C, Binias W |
280 - 282 |
Carbon-implanted polyethylene characterized by a pulsed slow-positron beam Djourelov N, Suzuki T, He CQ, Ito Y, Velitchkova K, Hamada E, Kondo K |
283 - 285 |
General trends of positronium annihilation in porous molecular substances Dutta D, Ganguly B |
286 - 288 |
Microstructural studies of porous substances Dutta D, Ganguly B |
289 - 291 |
Gas permeability and temperature-dependent free-volume studies in polyurethane membranes by positron lifetime and Doppler spectroscopies Marques MFF, Gordo PM, Gil CL, de Lima AP, Queiroz DP, de Pinho MN, Kajcsos Z, Duplatre G |
292 - 294 |
Positronium in low temperature mesoporous thin films Fischer CG, Weber MH, Lynn KG |
295 - 297 |
Positron annihilation lifetime measurement in supercritical fluid of N(2)O Funakoshi K, Kino Y, Sekine T, Kudo H, Ito Y, Suzuki T |
298 - 300 |
Odd-even differences in o-Ps properties in some solid long-chain alkanes Goworek T, Zaleski R, Wawryszczuk J |
301 - 303 |
Positronium formation reaction of polarized positrons and polarized electrons Hirade T, Kumada T |
304 - 306 |
Structural subnanovoids in silica-based glasses probed by positronium Inoue K, Nagai Y, Sasaki Y, Tang Z, Ohkubo H, Hasegawa M |
307 - 309 |
Positronium diffusion in porous oxide thin films Ito K, Kobayashi Y |
310 - 312 |
Application of coincidence Doppler-broadening spectroscopy to different carbon phases Ito Y, Djourelov N, Suzuki T, Kondo K, Ito Y, Shantarovich V, Onoe J |
313 - 315 |
In situ investigations on the cross-linking process of the epoxy resin system DGEBA-DETA by means of positron annihilation lifetime spectroscopy in comparison with infrared spectroscopy Kanzow J, Zaporojtchenko V, Nabika H, Mizuhata M, Deki S, Faupel F |
316 - 318 |
Two types of lamellar phase in TTAB/water/pentanol system as detected by positron lifetime spectroscopy Khani PH, Yadav R, Singh KC, Jain PC |
319 - 321 |
The depth profile of free volume in drug delivery polymers studied by positron annihilation spectroscopy Li Y, Zhang R, Chen H, Zhang J, Suzuki R, Ohdaira T, Feldstein MM, Jean YC |
322 - 324 |
Corona treated polydimethylsiloxane (PDMS) surfaces studied by the slow positron beam technique Mallon PE, Berhane TH, Greyling CJ, Vosloo WL, Chen H, Jean YC |
325 - 327 |
The effect of plasticizer on the free volume in metolose systems Marek T, Sugvegh K, Zelko R, Regdon G, Pintye-Hodi K, Vertes A |
328 - 330 |
Studies of the positron lifetime and Doppler broadening annihilation radiation of polyvinyl chloride doped with Al(2)O(3) Mohamed HFM, Abdel-Hady EE, Alaa HB |
331 - 333 |
Formation of positronium in cup-stacked carbon nanofibers Murakami H, Hiejima T, Sano M |
334 - 336 |
Positronium annihilation lifetime spectroscopy of porous low-k films with periodic pore structures Ohdaira T, Suzuki R, Shirataki H, Matsuno SY |
337 - 339 |
Positron annihilation characteristics of polymer films for photovoltaic applications Osiele OM, Britton DT, Harting M, Sperr P, Topic M, Shaheen SE, Branz HM |
340 - 342 |
Study of ion irradiated poly-lactic acid using slow positron beam Saito F, Yotoriyama T, Nagashima Y, Suzuki Y, Itoh Y, Goto A, Iwaki M, Nishiyama I, Hyodo T |
343 - 345 |
Correlation between the Doppler broadening S parameter and ortho-positronium formation probability in polymers Sato K, Ito K, Hirata K, Yu RS, Kobayashi Y |
346 - 348 |
Positron annihilation in polymers with highly developed specific surface Shantarovich VP, Suzuki T, He C, Djourelov N, Kevdina IB, Davankov VA, Pastukhov AV, Ito Y |
349 - 351 |
Study of interfaces in polymer bilayers by slow positron beam Terashima Y, Seki S, Miyamoto K, Tashiro M, Honda Y, Tagawa S |
352 - 354 |
Investigation of gas permeation and free volume hole properties of polyurethane membranes by positrons Wang ZF, Wang B, Yang YR, Hu CP |
355 - 357 |
The microstructure of EPOXY-layered silicate nanocomposite studied by positron annihilation Wang SJ, Zhang M, Liu LM, Fang PF, Zhang SP, Wang B |
358 - 360 |
Microstructure of carbon filled HDPE/EPDM composites studied by positron annihilation spectroscopy Weng HM, Jia SJ, Ye BJ, Zhang XF, Han RD, Wang HY, Zhou XY, Zhang ZC, Ling CC |
361 - 363 |
Positronium time-of-flight measurements of porous silsesquioxane films Yu RS, Kobayashi Y, Ohdaira T, Suzuki R, Ito K, Hirata K, Sato K |
364 - 366 |
Positron study of MCM-41 sieve formation Zaleski R, Borowka A |
367 - 369 |
Depth profiling of ultra-thin polymer films on substrates studied by positron annihilation spectroscopy Zhang J, Chen H, Zhang R, Li Y, Suzuki R, Ohdaira T, Jean YC |
370 - 374 |
Observation of positron induced ion desorption Akahane T, Tadokoro S, Fujinami M, Sawada T |
375 - 379 |
Positronium in solids: Computer simulation of pick-off and self-annihilation Bug ALR, Muluneh M, Waldman J, Sterne PA |
380 - 384 |
Electronic structure of nanosized bcc Cu precipitates in Fe-Cu alloys studied by positron 2D-ACAR Chiba T, Nagai Y, Tang Z, Akahane T, Hasegawa M, Takenaka M, Kuramoto E |
385 - 389 |
Observation of fast positron diffraction from a Si(111)7x7 surface Kawasuso A, Fukaya Y, Hayashi K, Maekawa M, Ishimoto T, Okada S, Ichimiya A |
390 - 394 |
First-principles calculation of positron annihilation characteristics in solids: From positron to positronium Tang Z, Hasegawa M, Nagai Y, Saito M |
395 - 397 |
Radial electron momentum densities of colloidal CdSe nanocrystals determined by positron beam analysis Denison AB, Meulenberg R, Eijt SWH, Van Veen A, Mijnarends PE, Barbiellini B, Bansil A, Fischer C, Weber MH, Lynn KG |
398 - 400 |
Depth-selective 2D-ACAR and coincidence Doppler investigation of embedded Au nanocrystals in MgO Eijt SWH, Van Veen A, Mijnarends PE, Falub CV, Schut H, van Huis MA |
401 - 403 |
Construction of electron-positron momentum density from pseudo-wavefunctions with better accuracy Ishibashi S |
404 - 406 |
Anomalous temperature dependence of PAL and 2D-ACAR in Ni-rich Ni-Ti alloy Katsuyama J, Chiba T, Akahane T, Araki H, Mizuno M, Shirai Y |
407 - 409 |
Long-ranged electron-positron momentum density for valence sp-type electrons in gold? Rubaszek A |
410 - 412 |
Search for the positronium quadrupole interaction in molecular crystals Suzuki N, Saito H, Nagai Y, Hyodo T, Murakami H, Sano M, Bondarev IV, Kuten SA |
413 - 415 |
Adsorbed hydrogen effect of reemitted slow positrons from Ni surface Wada T, Oishi Y, Kanazawa I, Murata Y, Fukutani K, Ito Y, Komori F |
416 - 418 |
Electric field assisted reemission of positrons from silicon carbide Weber MH, Fischer CG, Sato K, Lynn KG |
419 - 423 |
Recent results on trap-based positron beams Greaves RG, Moxom JM |
424 - 429 |
Prospects for making a Bose-Einstein-condensed positronium annihilation gamma ray laser Mills AP, Cassidy DB, Greaves RG |
430 - 434 |
Efficient accumulation of antiprotons and positrons, production of slow mono-energetic beams, and their applications Yamazaki Y |
435 - 439 |
Scattering and annihilation experiments using a trap-based beam Sullivan JP, Barnes LJ, Marler JP, Gilbert SJ, Surko CM |
440 - 442 |
Measurement of characteristic X-rays by positron impact Nagashima Y, Saito F, Itoh Y, Goto A, Hyodo T |
443 - 445 |
Towards a screened proton model for positron-molecule interactions Schaefer PS, Schrader DM |
446 - 448 |
Positron annihilation in resonant states of the He(2+) plus e(-) plus e(+) system Toya Y, Kino Y, Kudo H |
449 - 451 |
Direct positron annihilation and positronium formation Yamanaka N, Kino Y, Takano Y, Kudo H, Ichimura A |
452 - 456 |
Positron microprobes Triftshauser W |
457 - 461 |
Positron lifetime spectrometer for the measurement of parapositronium lifetime in solids Saito H, Hyodo T |
462 - 464 |
Linearity tests of a digital positron lifetime spectrometer Aavikko R, Rytsola K, Nissila J |
465 - 467 |
Millimeter positron focusing using a hybrid lens design Cheung CK, Kwan PY, Shan YY, Naik PS, Weng HM, Beling CD, Fung S |
468 - 470 |
Visualization and position control of a slow positron beam Desgardin P, Barthe MF |
471 - 473 |
Transmission positrone-electron microscopes Doyama M, Kogure Y, Inoue M, Hayashi Y, Yoshiie T, Kurihara T, Oshima R, Tsuno K |
474 - 476 |
Positron annihilation methods by y-rays produced in laser-induced Compton-backscattering Hirade T, Toyokawa H, Ohdaira T, Suzuki R, Ohgaki H |
477 - 479 |
Optimized Coincidence Doppler Broadening Spectroscopy using deconvolution algorithms Ho KF, Ching HM, Cheng KW, Beling CD, Fung S, Ng KP |
480 - 482 |
NEPOMUC - the new positron beam facility at FIRM II Hugenschmidt C, Kogel G, Repper R, Schreckenbach K, Sperr P, Strasser B, Triftshauser W |
483 - 485 |
Apparatus for the measurement of the annihilation-gamma spectra from the annihilation of positrons with electrons in selected core levels Kim S, Fazleev NG, Koymen AR, Eshed A, Goktepeli S, Weiss AH |
486 - 488 |
Present status of the slow positron facility at KEK Kurihara T, Nagashima Y, Shidara T, Nakajima H, Ohsawa S, Ikeda M, Oogoe T, Kakihara K, Ogawa Y, Shirakawa A, Furukawa K, Sanami T, Enomoto A |
489 - 491 |
Scattering effects in a positron lifetime beam line Laakso A, Hakala MO, Pelli A, Rytsola K, Saarinen K, Hautojarvi P |
492 - 494 |
Positron beam splitter at the high intensity positron beam in Munich Liszkay L, Kogel G, Sperr P, Egger W, Hugenschmidt C, Triftshauser W |
495 - 497 |
Reliability test of a PAL spectrometer - Selected results on Fe Beck SMT, Brauer G, Anwand W, Berant Z, Shahal O, Ganor M, Israelashwily I |
498 - 500 |
Non-destructive lifetime prediction in material testing with the Bonn positron microprobe Muller I, Bennewitz K, Haaks M, Staab TEM, Eisenberg S, Lampe T, Maier K |
501 - 503 |
Design and implementation of a S-parameter wafer defect scanner Naik PS, Beling CD, Fung S |
504 - 506 |
HV design of a pulsed lifetime beam with a grounded sample Pelli A, Laakso A, Rytsola K, Aavikko R, Rummukainen M, Saarinen K |
507 - 509 |
Long term performance of the reactor based positron beam POSH Schut H, Van Veen A, de Roode J, Labohm F |
510 - 512 |
Spatially resolved detection of point defects in the vicinity of scratches on GaAs by the Bonn positron microprobe Staab TEM, Zamponi C, Haaks M, Muller I, Eichler S, Maier K |
513 - 515 |
The slow positron beam based on Beijing electron-positron collider Wang BY, Cao XZ, Yu RS, Wei CF, Zhang ZM, Ma CX, Chang TB, Pei GX, Li JC, Zheng LS, Wei L, Wang TM, He YJ, Yu WZ, Zhu SY |
516 - 518 |
A high-resolution BaF(2) positron lifetime spectrometer with high counting rate Wei L, Zhang ZM, Ma CX, Zhou CL, Wang BY, Chang TB, Ren SX |
519 - 522 |
Condensed matter and defect-related research at ICPA-13 Van Veen A |
523 - 526 |
ICPA-13 summary talk: Chemistry and polymers Kajcsos Z |
527 - 530 |
Positron atomic physics and instrumentation: summary Coleman PG |