927 - 957 |
A review of ion projection lithography Melngailis J, Mondelli AA, Berry IL, Mohondro R |
958 - 961 |
Electrical characteristics of heterostructure-emitter bipolar transistors using spacer layers Lin YS, Shieh HM, Hsu WC, Su JS, Huang JZ, Wu YH, Ho SD, Lin W |
962 - 967 |
Fabrication of heterojunction bipolar transistors with buried subcollector layers for reduction of base-collector capacitance by molecular beam epitaxy regrowth Micovic M, Nordquist CD, Lubyshev D, Mayer TS, Miller DL, Streater RW, SpringThorpe AJ |
968 - 971 |
Effects of active-channel thickness on submicron GaAs metal semiconductor field-effect transistor characteristics Ahmed MM |
972 - 976 |
GaAs/AlGaAs heterojunction bipolar transistors with a base doping 10(20) cm(-3) grown by solid-source molecular beam epitaxy using CBr4 Micovic M, Nordquist C, Lubyshev D, Mayer TS, Miller DL, Streater RW, SpringThorpe AJ |
977 - 988 |
Interaction of GaSe with GaAs(111) : Formation of heterostructures with large lattice mismatch Rumaner LE, Olmstead MA, Ohuchi FS |
989 - 995 |
Measurements and calculations of the valence band offsets of SiOx/ZnS(111) and SiOx/CdTe(111) heterojunctions Ban DY, Xue JG, Fang RC, Xu SH, Lu ED, Xu PS |
996 - 1001 |
Comparison of the structure and electrical properties of thermal and plasma grown oxides on GaAs Lefebvre PR, Lai L, Irene EA |
1002 - 1006 |
Quantification of metal contaminants on GaAs with time-of-flight secondary ion mass spectrometry Schroder-Oeynhausen F, Burkhardt B, Fladung T, Kotter F, Schnieders A, Wiedmann L, Benninghoven A |
1007 - 1011 |
Use of atomic force microscopy for analysis of high performance InGaAsP/InP semiconductor lasers with dry-etched facets Whaley RD, Gopalan B, Dagenais M, Gomez RD, Johnson FG, Agarwala S, King O, Stone DR |
1012 - 1017 |
Bromine ion-beam-assisted etching of InP and GaAs Rossler JM, Royter Y, Mull DE, Goodhue WD, Fonstad CG |
1018 - 1023 |
Low energy ion beam etching of InP using methane chemistry Carlstrom CF, Landgren G, Anand S |
1024 - 1029 |
Optimization of In0.53Ga0.47As reactive ion etching with CH4/H-2 using design of experiment methods Zavieh L, Nordquist CD, Mayer TS |
1030 - 1033 |
Minority-carrier recombination lifetimes of the frontside and backside of Si wafers subjected to plasma processing Itsumi M |
1034 - 1037 |
Investigation of radiation damage in germanium induced by MeV Si+ Wang KM, Lu F, Meng MQ, Shi BR, Liu XD, Liu JT, Xu TB, Zhu PR |
1038 - 1042 |
Control of etching-product-dependent shape and selectivity in gate polysilicon reactive ion etching Sato M, Arita Y |
1043 - 1050 |
Residence time effects on SiO2/Si selective etching employing high density fluorocarbon plasma Chinzei Y, Ichiki T, Ikegami N, Feurprier Y, Shindo H, Horiike Y |
1051 - 1058 |
X-ray photoelectron spectroscopy analyses of silicon dioxide contact holes etched in a magnetically enhanced reactive ion etching reactor Czuprynski P, Joubert O |
1059 - 1067 |
Trends in aluminum etch rate uniformity in a commercial inductively coupled plasma etch system Beale D, Siu S, Patrick R |
1068 - 1076 |
Surface diffusion model accounting for the temperature dependence of tungsten etching characteristics in a SF6 magnetoplasma Bounasri F, Pelletier J, Moisan M, Chaker M |
1077 - 1081 |
Process characterization of plasma enhanced chemical vapor deposition of silicon nitride films with disilane as silicon source Nallapati G, Ajmera PK |
1082 - 1086 |
Moderately in situ phosphorus-doped polycrystalline silicon by single wafer reduced pressure chemical vapor deposition Violette KE, Wise RL |
1087 - 1092 |
Remote plasma chemical vapor deposition silicon oxynitride thin films : Dielectric properties Velez MH, Garrido OS, Gutierrez FF, Falcony C, Duart JMM |
1093 - 1097 |
Novel global planarization technology for interlayer dielectrics using spin on glass film transfer and hot pressing Machida K, Kyuragi H, Akiya H, Imai K, Tounai A, Nakashima A |
1098 - 1101 |
Properties of CeO2 thin films deposited on Si(100) and Si(111) substrates by radio frequency-magnetron sputtering Jang SH, Jung D, Roh Y |
1102 - 1106 |
Directional copper deposition using dc magnetron self-sputtering Radzimski ZJ, Posadowski WM, Rossnagel SM, Shingubara S |
1107 - 1109 |
Surface cleaning of copper by thermal and plasma treatment in reducing and inert ambients Hymes S, Kumar KS, Murarka SP, Wang W, Lanford WA |
1110 - 1114 |
Metallization of Cu on polytetrafluoroethylene modified by keV Ar+ ion irradiation Cho JS, Choi WK, Koh SK, Yoon KH |
1115 - 1122 |
Advanced techniques for glancing angle deposition Robbie K, Sit JC, Brett MJ |
1123 - 1128 |
Method for angular sputter yield extraction for high-density plasma chemical vapor deposition simulators Kapur P, Bang DS, McVittie JP, Saraswat KC, Mountsier T |
1129 - 1136 |
Thermal stability of thin CoSi2 layers on polysilicon implanted with As, BF2, and Si La Via F, Alberti A, Raineri V, Ravesi S, Rimini E |
1137 - 1141 |
Investigation of Pt/Ta diffusion barrier using hybrid conductive oxide (RuO2) for high dielectric applications Yoon DS, Baik HK, Lee SM, Lee SI, Ryu H, Lee HJ |
1142 - 1144 |
Size distribution of SiGeC quantum dots grown on Si(311) and Si(001) surfaces Jonczyk R, Hits DA, Kulik LV, Kolodzey J, Kaba M, Barteau MA |
1145 - 1149 |
Direct nano-printing on Al substrate using a SiC mold Pang SW, Tamamura T, Nakao M, Ozawa A, Masuda H |
1150 - 1154 |
Electron-beam lithography using a scanning transmission electron microscope CM12 (Philips) Lohau J, Friedrichowski S, Dumpich G |
1155 - 1160 |
Metastable-atom-activated growth of an ultrathin carbonaceous resist for reactive ion etching of SiO2 and Si3N4 Thywissen JH, Johnson KS, Dekker NH, Prentiss M, Wong SS, Weiss K, Grunze M |
1161 - 1166 |
Ga+ focused-ion-beam exposure and CF4 reactive-ion-etching development of Si3N4 resist optimized by Monte Carlo simulation Lee HY, Chung HB |
1167 - 1173 |
Use of oxygen gas in diamond film growth for improving stress and crystallinity properties of an x-ray mask Noguchi H, Kubota Y, Takarada T |
1174 - 1179 |
Prebreakdown and breakdown investigation of broad area electrodes in the micrometric regime Ma XY, Sudarshan TS |
1180 - 1183 |
Experimental study of field emission characteristics as a function of the emitter to anode distance Ashihara K, Nakane H, Adachi H |
1184 - 1187 |
Electron field emission from diamond grown by a multiple pulsed laser process Badzian A, Weiss BL, Roy R, Badzian T, Drawl W, Mistry P, Turchan MC |
1188 - 1193 |
Environmental effect on the electron emission from diamond surfaces Zhirnov VV, Liu J, Wojak GJ, Cuomo JJ, Hren JJ |
1194 - 1196 |
Thermal instability of a conduction channel in chemical vapor deposition diamond films Yu ZX, Xu NS |
1197 - 1198 |
Electron emission from patterned diamond flat cathodes Tolt ZL, Fink RL, Yaniv Z |
1199 - 1202 |
Field emission properties of diamondlike carbon films made by a novel laser evaporation technique Choi JO, Huh JW, Choi YH, Kim MJ, Kim H, Cho YR, Jeong HS |
1203 - 1206 |
Fabrication of diamondlike carbon-coated field emitter triode using aluminum parting layer Lee S, Lee S, Jeon D, Lee KR, Ju BK, Oh MH |
1207 - 1210 |
Performance of laser ablated, laser annealed BN emitters deposited on polycrystalline diamond Busta HH, Pryor RW |
1211 - 1214 |
Electron emission characteristics of boron nitride films synthesized by plasma-assisted chemical vapor deposition Sugino T, Kawasaki S, Tanioka K, Shirafuji J |
1215 - 1218 |
Hafnium carbide films and film-coated field emission cathodes Mackie WA, Xia TB, Blackwood JE, Williams SC, Davis PR |
1219 - 1221 |
Effects of heat treatment on the field emission property of amorphous carbon nitride. Chi EJ, Shim JY, Choi DJ, Baik HK |
1222 - 1225 |
Field emitter arrays based on natural self-organized porous anodic alumina Govyadinov AN, Zakhvitcevich SA |
1226 - 1232 |
Vacuum microelectronic pressure sensor with novel "stepped" or "curved" cathode Xia SH, Liu J |
1233 - 1235 |
Three-dimensional vacuum magnetic sensor with a Si emitter tip Itoh J, Uemura K, Kanemaru S |
1236 - 1238 |
Experimental and theoretical considerations on evacuation of vacuum package for field emission display Han JI, Kwak MG, Park YK, Lim SC, Lee IK, Cho KI, Yoo HJ |
1239 - 1243 |
Growth and luminescent characteristics of ZnGa2O4 thin film phosphor prepared by radio frequency magnetron sputtering Kim YJ, Jeong YH, Kim KD, Kang SG, Lee KG, Han JI, Park YK, Cho KI |
1244 - 1248 |
Fabrication and characterization of mesoscopic superconductor-semiconductor hybrid structures Huber R, Rahman F, Thornton TJ, Norman A, Stradling RA |
1249 - 1251 |
Silylated photoresist profiles imaged at 193 nm Hargreaves J |
1252 - 1254 |
Method of a numerical golden rule calculation for single electron transistor simulations Nakashima H, Uozumi K |
1255 - 1257 |
Electron beam lithography of nanostructures using 2-propanol : water and 2-propanol : methyl isobutyl ketone as developers for poly-methylmethacrylate Lavallee E, Beauvais J, Beerens J |
1258 - 1260 |
Ultrahigh vacuum sample heating stage for molecular beam epitaxy applications with transfer mechanism to a remote scanning tunneling microscope Mendus T, Chambers A |
1269 - 1269 |
Microelectronics and nanometer structures - Processing, measurement, and phenomena - Preface Evans KR |
1270 - 1274 |
Surface composition and morphology of chemical beam epitaxy grown GaN thin films Kim E, Berishev I, Bensaoula A, Lee S, Perry SS, Waters K, Schultz JA |
1275 - 1277 |
High mobility AlGaN/GaN heterostructures grown by gas-source molecular beam epitaxy Li LK, Alperin J, Wang WI, Look DC, Reynolds DC |
1278 - 1281 |
Improved quality GaN films grown by molecular beam epitaxy on sapphire Reifsnider JM, Gotthold DW, Holmes AL, Streetman BG |
1282 - 1285 |
Molecular beam epitaxy growth and properties of GaN, InGaN, and GaN/InGaN quantum well structures Johnson MAL, Brown JD, El-Masry NA, Cook JW, Schetzina JF, Kong HS, Edmond JA |
1286 - 1288 |
Molecular beam epitaxy grown InGaN multiple quantum well structures optimized using in situ cathodoluminescence Van Hove JM, Chow PP, Wowchak AM, Klaassen JJ, Hickman R, Polley C |
1289 - 1292 |
Luminescence of GaN/GaAs(111)B grown by molecular beam epitaxy with hydrazine Nikishin SA, Antipov VG, Guriev AI, Elyukhin VA, Faleev NN, Kudriavtsev YA, Lebedev AB, Shubina TV, Zubrilov AS, Temkin H |
1293 - 1296 |
Microstructure and composition of InAsN alloys grown by plasma-source molecular beam epitaxy Beresford R, Stevens KS, Schwartzman AF |
1297 - 1299 |
Effects of arsenic in gas-source molecular beam epitaxy Zhao Y, Deng F, Lau SS, Tu CW |
1300 - 1304 |
Growth of GaN on lithium gallate substrates for development of a GaN thin compliant substrate Doolittle WA, Kropewnicki T, Carter-Coman C, Stock S, Kohl P, Jokerst NM, Metzger RA, Kang S, Lee KK, May G, Brown AS |
1305 - 1308 |
Molecular beam epitaxy growth of SiC on Si(111) from silacyclobutane Chen J, Steckl AJ, Loboda MJ |
1309 - 1311 |
Arsenic incorporation in HgCdTe grown by molecular beam epitaxy Aqariden F, Wijewarnasuriya PS, Sivananthan S |
1312 - 1315 |
Selective area epitaxy of CdTe arrays Luo YY, Cavus A, Tamargo MC, Wan JZ, Pollak FH |
1316 - 1320 |
Molecular beam epitaxy of CdS self-assembled quantum dots on ZnSe Kobayashi M, Nakamura S, Wakao K, Yoshikawa A, Takahashi K |
1321 - 1325 |
Molecular beam epitaxial growth of HgCdTe midwave infrared multispectral detectors de Lyon TJ, Vigil JA, Jensen JE, Wu OK, Johnson JL, Patten EA, Kosai K, Venzor G, Lee V, Johnson SM |
1326 - 1329 |
Modification of quantum dot properties via surface exchange and annealing : Substrate temperature effects Shen JJ, Brown AS, Metzger RA, Sievers B, Bottomley L, Eckert P, Carter WB |
1330 - 1333 |
Nature of Stranski-Krastanow growth of InAs on GaAs(001) Ramachandran TR, Madhukar A, Mukhametzhanov I, Heitz R, Kalburge A, Xie Q, Chen P |
1334 - 1338 |
Fabrication of strained InAs island ensembles on nonplanar patterned GaAs(001) substrates Konkar A, Heitz R, Ramachandran TR, Chen P, Madhukar A |
1339 - 1342 |
Molecular beam epitaxial growth of InAs on a (311)A corrugated surface : Growth mechanism and morphology Lubyshev DI, Micovic M, Miller D, Chizhov I, Willis RF |
1343 - 1346 |
Intersubband absorption and photoluminescence in Si-doped self-organized InAs/Ga(Al)As quantum dots Phillips J, Kamath K, Zhou X, Chervela N, Bhattacharya P |
1347 - 1351 |
Growth optimization of GaxIn1-xAsyP1-y/GaAs(0.98 mu m) quantum wire heterostructures Moy AM, Pickrell GW, Cheng KY |
1352 - 1355 |
Temperature stabilized 1.55 mu m photoluminescence in strained GaxIn1-xAs quantum wire heterostructures Wohlert DE, Moy AM, Chou LJ, Cheng KY, Hsieh KC |
1356 - 1360 |
Substrate orientation dependence of carbon doping of GaAs using CBr4 source in molecular beam epitaxy Schulte DW, Subramanian S, Ungier L, Yoo HM, Venkateswaran U, Arthur JR |
1361 - 1366 |
Iodine and carbon tetrabromide use in solid source molecular beam epitaxy Miller DL, Micovic M, Lubyshev DI, Cai WZ, Hwang WY, Zhang K |
1367 - 1371 |
Electrical properties of InSb quantum wells remotely doped with Si Goldammer KJ, Liu WK, Khodaparast GA, Lindstrom SC, Johnson MB |
1372 - 1376 |
Role of Al content on surface structure evolution of low temperature AlxGa1-xAs and its effect an critical thickness Carlin JA, Ringel SA, Sacks RN, Yap KS |
1377 - 1380 |
Structural and optical properties of 1.3 mu m wavelength InAsP/InP/InGaP strain-compensated multiple quantum well modulators grown by gas-source molecular beam epitaxy Kuo HC, Thomas S, Horton TU, Moser BG, Stillman GE, Lin CH, Chen H |
1381 - 1384 |
Analysis of lattice distortions in high-quality InGaAsP epitaxial overgrowth of rectangular-patterned INP gratings U'Ren GD, Goorsky MS, Koontz EM, Lim MH, Petrich GS, Kolodziejski LA, Wong VV, Smith HI, Matney KM, Wormington M |
1385 - 1388 |
Al1-xInxAs1-ySby/GaSb heterojunctions and multilayers grown by molecular beam epitaxy for effective-mass superlattices Washington D, Hogan T, Chow P, Golding T, Littler C, Kirschbaum U |
1389 - 1394 |
Cross-sectional scanning tunneling microscopy characterization of molecular beam epitaxy grown InAs/GaSb/AlSb heterostructures for mid-infrared interband cascade lasers Harper J, Weimer M, Zhang D, Lin CH, Pei SS |
1395 - 1397 |
Structural properties of Ga2O3(Gd2O3)-GaAs interfaces Hong M, Marcus MA, Kwo J, Mannaerts JP, Sergent AM, Chou LJ, Hsieh KC, Cheng KY |
1398 - 1400 |
Depletion mode GaAs metal-oxide-semiconductor field effect transistors with Ga2O3(Gd2O3) as the gate oxide Hong M, Ren F, Kuo JM, Hobson WS, Kwo J, Mannaerts JP, Lothian JR, Chen YK |
1401 - 1403 |
AlGaAs/GaAs Npn heterojunction bipolar transistors grown on Si (311) by molecular beam epitaxy Jurkovic MJ, Alperin J, Du Q, Wang WI, Chang MF |
1404 - 1407 |
Optimization of the aluminum composition in In-0.5(AlxGa1-x)(0.5)/P/In0.2Ga0.8As high electron mobility transistors for power applications Kuo JM, Wang YC, Lothian JR, Tsai HS, Chen YK, Mayo WE |
1408 - 1412 |
Solid source molecular beam epitaxial growth of In0.5Ga0.5P pseudomorphic high electron mobility transistor structures Hoke WE, Lemonias PJ, Beaudoin RM, Torabi A |
1413 - 1416 |
Monolithic integration of resonant tunneling diodes and heterojunction bipolar transistors on patterned InP substrates Chow DH, Hafizi M, Stanchina WE, Roth JA, Zinck JJ, Dubray JJ, Dunlap HL |
1417 - 1421 |
Growth and characterization of defect-free GaAs/AlAs distributed Bragg reflector mirrors on patterned InP-based heterostructures Gebretsadik H, Kamath K, Linder KK, Bhattacharya P, Caneau C, Bhat R |
1422 - 1425 |
GaInAsP/InP distributed feedback lasers grown directly on grated substrates by solid-source molecular beam epitaxy Hwang WY, Baillargeon JN, Chu SNG, Sciortino PF, Cho AY |
1426 - 1429 |
Resonant-cavity-enhanced avalanche photodiodes grown by molecular beam epitaxy on InP for detection near 1.55 mu m Anselm KA, Nie H, Lenox C, Hansing C, Campbell JC, Streetman BG |
1430 - 1434 |
77 K far-infrared hot-electron multi-quantum-well detectors Jacobs ES, Waldman J, Goodhue WD |
1435 - 1438 |
Room-temperature midinfrared type-II quantum-well lasers with high power efficiency Lin CH, Murry SJ, Yang RQ, Yang BH, Pei SS, Yan C, Gianardi DM, McDaniel DL, Falcon M |
1439 - 1445 |
Mechanical lithography using a single point diamond machining Goss SH, Grazulis L, Tomich DH, Eyink KG, Walck SD, Haas TW, Thomas DR, Lampert WV |
1446 - 1450 |
Application of novel O- and H-atom sources in molecular beam epitaxy Hoflund GB, Wolan JT |
1451 - 1455 |
Epitaxial growth of Al2O3/Si heterostructures Zborowski JT, Golding TD, Forrest RL, Marton D, Zhang Z |
1456 - 1458 |
Single phase ZnSnAs2 grown by molecular beam epitaxy Seryogin GA, Nikishin SA, Temkin H, Schlaf R, Sharp LI, Wen YC, Parkinson B, Elyukhin VA, Kudriavtsev YA, Mintairov AM, Faleev NN, Baidakova MV |
1459 - 1462 |
Molecular beam epitaxial growth of Bi2Se3- and Tl2Se-doped PbSe and PbEuSe on CaF2/Si(111) Fang XM, Chao IN, Strecker BN, McCann PJ, Yuan S, Liu WK, Santos MB |
1463 - 1466 |
Eu : CaF2 layers on p-Si(100) grown using molecular beam epitaxy as materials for Si-based optoelectronics Chatterjee T, McCann PJ, Fang XM, Johnson MB |
1467 - 1470 |
Molecular beam epitaxy growth and characterization of DyP/GaAs, DyAs/GaAs, GaAs/DyP/GaAs, and GaAs/DyAs/GaAs heterostructures Lee PP, Hwu RJ, Sadwick LP, Balasubramaniam H, Kumar BR, Lai TC, Chu SNG, Alvis R, Lareau RT, Wood MC |
1471 - 1474 |
Toward device-quality GaAs growth by molecular beam epitaxy on offcut Ge/Si1-xGex/Si substrates Sieg RM, Ringel SA, Ting SM, Samavedam SB, Currie M, Langdo T, Fitzgerald EA |
1475 - 1478 |
Multiwafer molecular beam epitaxy for high volume production of GaAs/AlGaAs heterojunction bipolar transistor wafers Block TR, Wojtowicz M, Han AC, Olson SR, Oki AK, Streit DC |
1479 - 1483 |
Atomic force microscopy correlated with spectroscopic ellipsometry during homepitaxial growth on GaAs(111)B substrates Tomich DH, Eyink KG, Seaford ML, Taferner WF, Tu CW, Lampert WV |
1484 - 1488 |
Real time in situ composition control of InGaAs lattice matched to InP by an 88-wavelength ellipsometer Kuo CH, Boonzaayer M, DeHerrera M, Kyong T, Zhang YH, Johs B, Hale JS |
1489 - 1491 |
In situ relaxed Si1-xGex epitaxial layers with low threading dislocation densities grown on compliant Si-on-insulator substrates Yang Z, Alperin J, Wang WI, Iyer SS, Kuan TS, Semendy F |
1492 - 1497 |
Noise reduction in optical in situ measurements for molecular beam epitaxy by substrate wobble normalization Bertness KA, Hickernell RK, Hays SP, Christensen DH |
1498 - 1501 |
Application of in situ reflectance monitoring to molecular beam epitaxy of vertical-cavity structures Klem JF, Breiland WG, Fritz IJ, Drummond TJ, Lee SR |
1502 - 1506 |
In situ temperature control of molecular beam epitaxy growth using band-edge thermometry Johnson S, Kuo CH, Boonzaayer M, Braun W, Koelle U, Zhang YH, Roth J |
1507 - 1510 |
Reflection high-energy electron diffraction during substrate rotation : A new dimension for in situ characterization Braun W, Moller H, Zhang YH |
1515 - 1515 |
Microelectronics and nanometer structures - Processing, measurement, and phenomena - Preface Pearsall TP, Evangelisti F |
1516 - 1519 |
Device design and circuit modeling issues in ultrahigh vacuum chemical vapor deposition SiGe heterojunction bipolar transistors Cressler JD, Joseph AJ, Salmon SL, Harame DL |
1520 - 1524 |
Midinfrared silicon/germanium based photodetection Presting H, Hepp M, Kibbel H, Thonke K, Sauer R, Mahlein M, Cabanski W, Jaros M |
1525 - 1528 |
Progress toward silicon-based intersubband lasers Soref RA, Friedman L, Voon LCLY, Ram-Mohan LR, Sun G |
1529 - 1532 |
Mechanisms and device applications of light emitting phenomena of Si/Si1-xGex/Si quantum wells Miyao M, Nakagawa K, Kimura Y, Hirao M |
1533 - 1537 |
Controlling transient enhanced diffusion effects in high-frequency Si0.7Ge0.3 heterojunction bipolar transistors with implanted emitters Nanver LK, Visser CCG, van den Bogaard A |
1538 - 1540 |
Two-dimensional drift-diffusion simulation of superficial strained-Si/Si1-xGex channel metal-oxide-semiconductor field-effect transistors Roldan JB, Gamiz F, Lopez-Villanueva JA, Cartujo P |
1541 - 1548 |
High-speed Si/SiGe technology for next generation wireless system applications Larson LE |
1549 - 1554 |
Facet investigation in selective epitaxial growth of Si and SiGe on (001) Si for optoelectronic devices Vescan L, Grimm K, Dieker C |
1555 - 1559 |
Scanning tunneling microscopy studies of Ge/Si films on Si(111) : From layer by layer to quantum dots Motta N, Sgarlata A, Calarco R, Cal JC, Nguyen Q, Prosposito P, Balzarotti A, De Crescenzi M |
1560 - 1563 |
Si growth on partially relaxed Ge islands Sutter P, Mateeva E, Lagally MG |
1564 - 1567 |
Kinetic roughening of Si surfaces and surfactant effect in low temperature molecular beam epitaxy growth Gallas B, Berbezier I, Derrien J, Gandolfo D, Ruiz J, Zagrebnov VA |
1568 - 1574 |
X-ray scattering analysis of interface roughness and diffusion Baribeau JM |
1575 - 1581 |
Self-assembled Ge dots : Growth, characterization, ordering, and applications Schittenhelm P, Engel C, Findeis F, Abstreiter G, Darhuber AA, Bauer G, Kosogov AO, Werner P |
1582 - 1588 |
New insights on SiGe growth instabilities Berbezier I, Gallas B, Lapena L, Fernandez J, Derrien J, Joyce B |
1589 - 1594 |
KrF laser epitaxy of silicon germanium alloy layers by irradiation of Si(1-x)Gex/Si (100) structures Larciprete R, Grimaldi MG, Borsella E, Cozzi S, Martelli S, Pieretti S, Vianey I |
1595 - 1598 |
New strain-relieving microstructure in pure-Ge/Si short-period superlattices Sunamura H, Usami N, Shiraki Y, Fukatsu S |
1599 - 1603 |
Plasma-assisted chemical vapor deposition growth of SiC on Si(100) : Morphology and electronic structure Bittencourt C, De Seta M, Evangelisti F |
1604 - 1609 |
Theory of FeSi2 direct gap semiconductor on Si(100) Miglio L, Meregalli V |
1610 - 1615 |
Strain relaxation and surface morphology of compositionally graded Si/Si1-xGex buffers Li JH, Springholz G, Stangl J, Seyringer H, Holy V, Schaffler F, Bauer G |
1616 - 1620 |
X-ray absorption at Ge L-3 edges as a tool to investigate Ge/Si(001) interfaces and heterostructures Castrucci P, Gunnella R, De Crescenzi M, Sacchi M, Dufour G, Rochet F |
1621 - 1626 |
Characterization of strained Si/Si1-yCy structures prepared by molecular beam epitaxy Joelsson KB, Ni WX, Pozina G, Pettersson LAA, Hallberg T, Monemar B, Hansson GV |
1627 - 1630 |
Germanium-rich SiGe bulk single crystals grown by the vertical Bridgman method and by zone melting Barz A, Dold P, Kerat U, Recha S, Benz KW, Franz M, Pressel K |
1631 - 1633 |
Electron mobility in quantized beta-SiC inversion layers Gamiz F, Roldan JB, Lopez-Villanueva JA, Cartujo P |
1634 - 1638 |
Two-dimensional electron gas mobility as a function of virtual substrate quality in strained Si/SiGe heterojunctions Churchill AC, Robbins DJ, Wallis DJ, Griffin N, Paul DJ, Pidduck AJ, Leong WY, Williams GM |
1639 - 1643 |
Electronic properties of Si/Si1-x-yGexCy heterojunctions Stein BL, Yu ET, Croke ET, Hunter AT, Laursen T, Mayer JW, Ahn CC |
1644 - 1647 |
Electrical properties and uniformity of two dimensional electron gases grown on cleaned SiGe virtual substrates Paul DJ, Ahmed A, Pepper M, Churchill AC, Robbins DJ, Wallis DJ, Pidduck AJ |
1648 - 1654 |
State of the art of 3C-SiC/silicon on insulators Camassel J |
1655 - 1658 |
Cyclotron resonance measurements of Si/SiGe two-dimensional electron gases with differing strain Griffin N, Arnone DD, Paul DJ, Pepper M, Robbins DJ, Churchill AC, Fernandez JM |
1659 - 1662 |
Contacts on Si1-x-yGexCy alloys : Electrical properties and thermal stability Aubry-Fortuna V, Barthula M, Perrossier JL, Meyer F, Demuth V, Strunk HP, Chaix-Pluchery O |
1663 - 1666 |
Transport properties of unintentionally doped iron silicide thin films on silicon(111) Muret P, Ali I |
1667 - 1669 |
Hole transport investigation in unstrained and strained SiGe Bufler FM, Graf P, Meinerzhagen B, Fischer G, Kibbel H |
1670 - 1674 |
Magneto-transport studies of Si/SiGe and Si/SiGeC quantum well structures grown by molecular beam epitaxy at low temperatures Grutzmacher D, Hartmann R, Schnappauf P, Gennser U, Sigg H, Bachle D, Brosig S |
1675 - 1678 |
Electrical characterization of Si1-xGex p-metal-oxide-semiconductor channel by admittance spectroscopy Alieu J, Souifi A, Bremond G, Bouillon P, Skotnicki T |
1679 - 1683 |
Substitutional carbon incorporation into molecular beam epitaxy-grown Si1-yCy layers Zerlauth S, Penn C, Seyringer H, Brunthaler G, Bauer G, Schaffler F |
1684 - 1686 |
Influence of carbon on the electrical properties of W/SiGeC-p/Si(100)-p Schottky diodes Serpentini M, Bremond G, Aubry-Fortuna V, Meyer F, Mamor M |
1687 - 1691 |
Substitutional carbon impurities in thin silicon films : Equilibrium structure and properties Kelires PC, Kaxiras E |
1692 - 1696 |
Acetylene gas as a carbon source : An x-ray photoemission spectroscopy and near-edge x-ray absorption fine structure spectroscopy study of its stability on Si(111)-7x7 Rochet F, Dufour G, Stedile FC, Sirotti F, Prieto P, De Crescenzi M |
1697 - 1700 |
Absorption and emission spectroscopy of intersubband transitions in Si1-xGex/Si quantum wells Boucaud P, Gauthier-Lafaye O, Lourtioz JM, Julien FH, Dekel E, Ehrenfreund E, Gershoni D, Sagnes I, Campidelli Y |
1701 - 1706 |
SiGeC : Band gaps, band offsets, optical properties, and potential applications Brunner K, Schmidt OG, Winter W, Eberl K, Gluck M, Konig U |
1707 - 1709 |
Visible light from Si/SiO2 superlattices in planar microcavities Lockwood DJ, Baribeau JM, Sullivan BT |
1710 - 1712 |
Photoluminescence from pure-Ge/pure-Si neighboring confinement structure Usami N, Miura M, Sunamura H, Shiraki Y |
1713 - 1716 |
Photoluminescence from pseudomorphic Si1-yCy layers on Si substrates Penn C, Zerlauth S, Stangl J, Bauer G, Brunthaler G, Schaffler F |
1717 - 1720 |
Photoluminescence and photoconductivity of Si- and Ge-rich SiGe bulk crystals Franz M, Pressel K, Barz A, Dold P, Benz KW |
1721 - 1724 |
Investigation of Ge on Si(100) quantum wells by photoelectron spectroscopies Di Gaspare L, Capellini G, Cianci E, Evangelisti F |
1725 - 1731 |
Defect structure, distribution, and dynamics in diamond-on-silicon optoelectronic devices Rossi MC, Salvatori S, Galluzzi F |
1732 - 1736 |
Properties of Er-related emission in in situ doped Si epilayers grown by molecular beam epitaxy Buyanova IA, Chen WM, Pozina G, Ni WX, Hansson GV, Monemar B |
1737 - 1739 |
Effect of hydrogenation on misfit dislocations in SiGe/Si structures for photovoltaic applications Daami A, Bremond G, Caymax M, Poortmans J |
1740 - 1744 |
Suppression of the base-collector leakage current in integrated Si/SiGe heterojunction bipolar transistors Assous M, de Berranger E, Regolini JL, Mouis M, Hernandez C |
1745 - 1749 |
Investigation of process induced defects in SiGe/Si heterojunction bipolar transistors by deep-level transient spectroscopy Souifi A, De Barros O, Bremond G, Le Tron B, Mouis M, Vincent G, Ashburn P |
1750 - 1753 |
Effects of carbon on boron diffusion in SiGe : Principles and impact on bipolar devices Osten HJ, Heinemann B, Knoll D, Lippert G, Rucker H |
1754 - 1756 |
Thick pure Ge films for photodetectors Scarinci F, Fiordelisi M, Calarco R, Lagomarsino S, Colace L, Masini G, Barucca G, Coffa S, Spinella S |
1757 - 1761 |
Oxidation of Si1-yCy (O <= y <= 0.02) strained layers grown on Si(001) Pressel K, Franz M, Kruger D, Osten HJ, Garrido B, Morante JR |
1762 - 1766 |
Atomic force microscopy study of the morphological modifications induced by laser processing of Si(1-x)Gex/Si samples Padeletti G, Larciprete R |