3 - 6 |
Large diameter, low defect silicon carbide boule growth Carter CH, Glass R, Brady M, Malta D, Henshall D, Muller S, Tsvetkov V, Hobgood D, Powell A |
7 - 10 |
SiC single crystal growth by sublimation: Experimental and numerical results Moulin C, Pons M, Pisch A, Grosse P, Faure C, Basset A, Basset G, Passero A, Billon T, Pelissier B, Anikin M, Pernot E, Pernot-Rejmankova P, Madar R |
11 - 14 |
Impact of SiC source material on temperature field and vapor transport during SiCPVT crystal growth process Wellmann PJ, Hofmann D, Kadinski L, Selder M, Straubinger TL, Winnacker A |
15 - 19 |
Defect reduction in sublimation grown silicon carbide crystals by adjustment of thermal boundary conditions Schmitt E, Rasp M, Weber AD, Kolbl M, Eckstein R, Kadinski L, Selder M |
21 - 24 |
Progress in 4H-SiC bulk growth Anikin M, Pernot E, Pelissier B, Pons M, Pisch A, Bernard C, Billon T, Faure C, Moulin C, Madar R |
25 - 28 |
Stability criteria for 4H-SiC bulk growth Straubinger TL, Bickermann M, Hofmann D, Weingartner R, Wellmann PJ, Winnacker A |
29 - 32 |
Growth related distribution of secondary phase inclusions in 6H-SiC single crystals Rost HJ, Dolle J, Doerschel J, Siche D, Schulz D, Wollweber J |
33 - 36 |
Investigation of a PVT SiC-growth set-up modified by an additional gas flow Straubinger TL, Wellmann PJ, Winnacker A |
37 - 40 |
Mass transport and powder source evolution in sublimation growth of SiC bulk crystals Karpov DS, Bord OV, Karpov SY, Zhmakin AI, Ramm MS, Makarov YN |
41 - 44 |
Some aspects of sublimation growth of SiC ingots Avramenko SF, Kiselev VS, Valakh MY, Yukhimchuk VA |
45 - 48 |
Growth of highly aluminum-doped p-type 6H-SiC single crystals by the modified Lely method Schulze N, Gajowski J, Semmelroth K, Laube M, Pensl G |
49 - 52 |
Study of boron incorporation during PVT growth of p-type SiC crystals Bickermann M, Hofmann D, Rasp M, Straubinger TL, Weingartner R, Wellmann PJ, Winnacker A |
53 - 56 |
Features of semi-insulating SiC single-crystal growth by physical vapor transport Reshanov SA, Rastegaev VP, Tairov YM |
57 - 60 |
Virtual reactor: A new tool for SiC bulk crystal growth study and optimization Bogdanov MV, Bord OV, Galyukov AO, Karpov SY, Kulik AV, Kochuguev SK, Komissarov AE, Ofengeim DK, Serkov AM, Tsiryulnikov AV, Zhmakin IA, Ramm MS, Zhmakin AI, Makarov YN |
61 - 64 |
Coupled thermodynamic - Mass transfer modeling of the SiC boule growth by the PVT method Pisch A, Blanquet E, Pons M, Bernard C, Dedulle JM, Madar R |
65 - 68 |
Numerical simulation of thermal stress formation during PVT-growth of SiC bulk crystals Selder M, Kadinski L, Durst F, Straubinger TL, Wellmann PJ, Hofmann D |
69 - 72 |
Crystal growth of 15R-SiC and various polytype substrates Nishiguchi T, Shimizu T, Sasaki M, Ohshima S, Nishino S |
73 - 76 |
Micropipe filling by the sublimation close space technique Furusho T, Ohshima S, Nishino S |
77 - 80 |
Mechanism for damage healing of cracked 6H-SiC substrates by the sublimation method Shimizu T, Nishiguchi T, Sasaki M, Ohshima S, Nishino S |
81 - 84 |
Chemical vapor deposition of SiC by the temperature oscillation method Abe Y |
85 - 88 |
Aluminium-silicon as a melt for the low temperature growth of SiC crystals Chaussende D, Jacquier C, Ferro G, Viala JC, Cauwet F, Monteil Y |
91 - 94 |
Epitaxial growth of 4H-SiC in a vertical hot-wall CVD reactor: Comparison between up- and down-flow orientations Zhang J, Ellison A, Danielsson O, Henry A, Janzen E |
95 - 98 |
Influence of the growth conditions on the layer parameters of 4H-SiC epilayers grown in a hot-wall reactor Wagner G, Irmscher K |
99 - 102 |
Enlarging the usable growth area in a hot-wall silicon carbide CVD reader by using simulation Danielsson O, Forsberg U, Henry A, Janzen E |
103 - 106 |
Modeling analysis of SiCCVD in a planetary reactor Vorob'ev AN, Semennikov AK, Zhmakin AI, Makarov YN, Dauelsberg M, Wischmeyer F, Heuken M, Jurgensen H |
107 - 110 |
Influence of silicon gas-to-particle conversion on SiCCVD in a cold-wall rotating-disc reactor Vorob'ev AN, Bogdanov MV, Komissarov AE, Karpov SY, Bord OV, Lovtsus AA, Makarov YN |
111 - 114 |
Ab initio study of silicon carbide: Bulk and surface structures Raffy C, Magaud L, Blanquet E, Pons M, Pasturel A |
115 - 118 |
SiC defect density reduction by epitaxy on porous surfaces Saddow SE, Mynbaeva M, Choyke WJ, Devaty RP, Bai S, Melnychuck G, Koshka Y, Dmitriev V, Wood CEC |
119 - 122 |
Effect of sublimation growth on the structure of porous silicon carbide: SEM and X-ray diffraction investigations Savkina NS, Ratnikov VV, Shuman VB, Lebedev AA |
123 - 126 |
Gaseous etching effects on homoepitaxial growth of SiC on hemispherical substrates using CVD Nishino S, Masuda Y, Ohshima S, Jacob C |
127 - 130 |
Low temperature selective and lateral epitaxial growth of silicon carbide on patterned silicon substrates Jacob C, Pirouz P, Nishino S |
131 - 134 |
Characterization of 4H-SiC epilayers grown at a high deposition rate Tsuchida H, Tsuji T, Kamata I, Jikimoto T, Fujisawa H, Ogino S, Izumi K |
135 - 138 |
Control of surface morphologies for epitaxial growth on low off-anglie 4H-SiC (0001) substrates Masahara K, Kushibe M, Ohno H, Kojima K, Takahashi T, Ishida Y, Suzuki T, Tanaka T, Yoshida S, Arai K |
139 - 142 |
Surface Morphology of 4H-SiC inclined towards < 1100 > and < 1120 > grown by APCVD using the Si(2)Cl(6)+C(3)H(8) system Masuda Y, Ohshima S, Jacob C, Nishino S |
143 - 146 |
Growth of 3C-SiC using off-oriented 6H-SiC substrates Syvajarvi M, Yakimova R, Jacobsson H, Janzen E |
147 - 150 |
SiC polytype transformation on the growth surface Mokhov EN, Obyden SK, Roenkovi AD, Saparin GV, Vodakov YA |
151 - 154 |
Improvement of the 3C-SiC/Si interface by flash lamp annealing Panknin D, Stoemenos J, Eickhoff M, Heera V, Vouroutzis N, Krotz G, Skorupa W |
155 - 158 |
How to grow unstrained 3C-SiC heteroepitaxial layers on Si (100) substrates Chassagne T, Ferro G, Gourbeyre C, Le Berre M, Barbier D, Monteil Y |
159 - 162 |
Growth of 3C-SiC on si by low temperature CVD Cloitre T, Moreaud N, Vicente P, Sadowski ML, Aulombard RL |
163 - 166 |
Growth of SiC on Si(100) by low-pressure MOVPE Bakin AS, Ivanov AA, Piester D, Riedl T, Hitzel F, Wehmann HH, Schlachetzki A |
167 - 170 |
The microstructure and surface morphology of thin 3C-SiC films grown on (100) Si substrates using an APCVD-based carbonization process Wu CH, Chung J, Hong MH, Zorman CA, Pirouz P, Mehregany M |
171 - 174 |
A comparison of SiO(2) and Si(3)N(4) masks for selective epitaxial growth of 3C-SiC films on Si Wu CH, Chung J, Hong MH, Zorman CA, Pirouz P, Mehregany M |
175 - 178 |
Selective deposition of 3C-SiC epitaxially grown on SOI subtrates Eickhoff M, Zappe S, Nielsen A, Krotz G, Obermeier E, Vouroutzis N, Stoemenos J |
179 - 182 |
Carbonization induced change of polarity for MBE grown 3C-SiC/Si(111) Pezoldt J, Schroter B, Cimalla V, Stauden T, Goldhahn R, Romanus H, Spiess L |
183 - 186 |
The influence of Ge on the SiC nucleation on (111)Si surfaces Pezoldt J, Wohner T, Stauden T, Schaefer JA, Masri P |
187 - 190 |
In situ RHEED studies on the influence of Ge on the early stages of SiC on Si(111) and (100) surfaces Cimalla V, Zekentes K, Tsagstraki K, Stauden T, Scharmann F, Pezoldt J |
191 - 194 |
Structural and optical properties of SiC films deposited on Si by DG magnetron sputtering Lei YM, Yu YH, Cheng LL, Lin L, Sundaraval B, Luo EZ, Lin S, Ren CX, Cheung WY, Wong SP, Xu JB, Zou SC, Wilson IH |
195 - 198 |
Laser crystallization of amorphous SiC thin films on glass Urban S, Falk F |
199 - 202 |
TEM investigation of Si implanted natural diamond Pecz B, Barna A, Heera V, Fontaine F, Skorupa W |
205 - 210 |
Surface reconstruction on SiC(0001) and SiC(0001): Atomic structure and potential application for oxidation, stacking and growth Starke U |
211 - 214 |
Interplay of surface structure, band stacking and heteropolytypic growth of SiC Grossner U, Fissel A, Furthmuller J, Richter W, Bechstedt F |
215 - 218 |
Room temperature initial oxidation of 6H-and 4H-SiC(0001) 3x3 Amy F, Hwu Y, Brylinski C, Soukiassian P |
219 - 222 |
Comparison of HF and ozone treated SiC surfaces Mikalo RP, Hoffmann P, Batchelor DR, Lloyd-Spetz A, Lundstrom I, Schmeisser D |
223 - 226 |
Preparation and characterization of hydrogen terminated 6H-SiC Sieber N, Seyller T, Mantel BF, Ristein J, Ley L |
227 - 230 |
Polytype and polarity of silicon carbide and aluminium nitride films growing by MBE: A nondestructive identification Schroter B, Winkelmann A, Fissel A, Lebedev V, Richter W |
231 - 234 |
Surface abstraction reactions at experimental temperatures; A theoretical study of 4H-SiC(0001) Olander J, Larsson K |
235 - 238 |
Combined scanning tunneling microscopy and photoemission studies of the beta-SiC(100) c(4x2) surface reconstruction Derycke V, Fonteneau P, Aristov VY, Enriquez H, Soukiassian P |
239 - 242 |
Investigation of the SiC surface after nitrogen plasma treatment Bereznjakova LA, Shchukarev AV, Ivanov-Omskii VI |
243 - 246 |
Morphology of sublimation grown 6H-SiC(0001) surfaces Schulz D, Dolle J, Rost HJ, Siche D, Wollweber J |
247 - 250 |
Germanium an SiC(0001): Surface structure and nanocrystals Schroter B, Komlev K, Kaiser U, Hess G, Kipshidze G, Richter W |
251 - 254 |
Origin of the excellent thermal stability of Al/Si-based ohmic contacts to p-type LPE 4H-SiC Kassamakova L, Kakanakov R, Kassamakov I, Zekentes K, Tsagaraki K, Atanasova G |
255 - 258 |
Ion-irradiation effect on the Ni/SiC interface reaction Roccaforte F, Calcagno L, Musumeci P, La Via F |
259 - 262 |
Analysis of strain and defect formation in low-dimensional structures in SiC Kaiser U, Saitoh K, Chuvilin A |
263 - 266 |
Source material related distribution of defects in 6H-SiC single crystals Rost HJ, Siche D, Dolle J, Schulz D, Wollweber J |
267 - 270 |
Characterization of 2 inch SiC wafers made by the sublimation method Sasaki M, Shiomi H, Nishino S |
271 - 274 |
Ion bombardment induced damage in silicon carbide studied by ion beam analytical methods Szilagyi E, Khanh NQ, Horvath ZE, Lohner T, Battistig G, Zolnai Z, Kotai E, Gyulai J |
275 - 278 |
Effects of hydrogen implantation and annealing on the vibrational properties of 6H-SiC Kunert HW, Maurice TP, Hauser T, Malherbe JB, Prinsloo LC, Brink DJ, Falkovsky LA, Camassel J |
279 - 282 |
4H-and 6H-SiC Rutherford back scattering-channeling spectrometry: polytype finger printing Nipoti R, Carnera A |
283 - 286 |
X-ray diffraction, micro-Raman and birefringence imaging of silicon carbide Pernot E, Mermoux M, Kreisel J, Chaix-Pluchery O, Pernot-Rejmankova P, Anikin M, Pelissier B, Glazer AM, Madar R |
287 - 290 |
X-ray diffraction line profile analysis of neutron irradiated 6H-SiC Seitz C, Magerl A, Heissenstein H, Helbig R |
291 - 294 |
High-resolution XRD evaluation of thick 4H-SiC epitaxial layers Jacobsson H, Yakimova R, Syvajarvi M, Birch J, Tuomi T, Janzen E |
295 - 298 |
Defect analysis of SiC sublimation growth by the in-situ X-ray topography Kato T, Oyanagi N, Yamaguchi H, Nishizawa S, Arai K |
299 - 302 |
Crystal defects as source of anomalous forward voltage increase of 4H-SiC diodes Bergman JP, Lendenmann H, Nilsson PA, Lindefelt U, Skytt P |
303 - 306 |
A simple non-destructive technique to detect micropipes in silicon carbide Morrison DJ, Keir A, Preston IH, Hilton KP, Uren MJ, Johnson CM |
307 - 310 |
Micropipe and macrodefect healing in SiC crystals during liquid phase processing Epelbaum BM, Hofmann D, Hecht U, Winnacker A |
311 - 314 |
Micropipe closing via thick 4H-SiC epitaxial growth involving structural transformation of screw dislocations Kamata I, Tsuchida H, Jikimoto T, Izumi K |
315 - 318 |
Growth evolution of dislocation loops in ion implanted 4H-SiC Persson POA, Hultman L |
319 - 322 |
Lattice parameter measurements of 3C-SiC thin films grown on 6H-SiC(0001) substrate crystals Krausslich J, Bauer A, Wunderlich B, Goetz K |
323 - 326 |
Self diffusion in SiC: the role of intrinsic point defects Mattausch A, Bockstedte M, Pankratov O |
327 - 330 |
Modeling of boron diffusion in silicon carbide Bracht H, Stolwijk NA, Laube M, Pensl G |
331 - 334 |
Quantitative modeling of hydrogen diffusion and reactivation of H-passivated Al-acceptors in SiC Hulsen C, Achtziger N, Herold J, Witthuhn W |
335 - 340 |
Optical characterization of SiC materials: Bulk and implanted layers Camassel J, Vicente P, Falkovski LA |
341 - 344 |
Line broadening of phonons in the Raman spectra of isotopically disordered SiC Rohmfeld S, Hundhausen M, Ley L, Schulze N, Pensl G |
345 - 348 |
Micro-Raman and photoluminescence study on n-type 6H-SiC Feng ZC, Chua SJ, Evans GA, Steeds JW, Williams KPJ, Pitt GD |
349 - 352 |
Low-frequency vibrational spectroscopy in SiC polytypes Pajot B, Fall CJ, Cantin JL, von Bardeleben HJ, Jones R, Briddon PR, Gendron F |
353 - 356 |
Free carrier diffusion in 4H-SiC Grivickas P, Martinez A, Mikulskas I, Grivickas V, Tomasiunas R, Linnros J, Lindefelt U |
357 - 360 |
Valence sand splittings of 15R SiC measured using wavelength modulated absorption spectroscopy Devaty RP, Bai S, Choyke WJ, Hobgood D, Larkin DJ |
361 - 364 |
Zeeman effect of D(1) bound exciton in 4H-SiC Chen CQ, Helbig R, Winkler R, Wysmolek A, Potemski M |
365 - 368 |
As-grown and process-induced intrinsic deep-level luminescence in 4H SiC Magnusson B, Ellison A, Carlsson FHC, Son NT, Janzen E |
369 - 372 |
Characterization of SiC : P prepared by nuclear transmutation due to neutrons Heissenstein H, Helbig R |
373 - 376 |
Presence of hydrogen in SiC Henry A, Magnusson B, Linnarsson MK, Ellison A, Syvajarvi M, Yakimova R, Janzen E |
377 - 380 |
Investigation of an ion-implantation induced high temperature persistent intrinsic defect in SiC Sridhara SG, Carlsson FHC, Bergman JP, Henry A, Janzen E |
381 - 384 |
Differentiation between C and Si related damage centres in 4H and 6H SiC by the use of 90-300 kV electron irradiation followed by low temperature photoluminescence microscopy Steeds JW, Carosella F, Evans GA, Ismail MM, Danks LR, Voegeli W |
385 - 388 |
Infrared investigation of implantation damage and implantation damage annealing in 4H-SiC Pernot J, Bluet JM, Camassel J, Di Cioccio L |
389 - 392 |
Investigation of electroluminescence across 4H-SiC p(+)/n(-)/n(+) structures using optical emission microscopy Galeckas A, Linnros J, Breitholtz B, Bleichner H |
393 - 396 |
Defects characterization in SiC by scanning photoluminescence spectroscopy Masarotto L, Bluet JM, Berenguer M, Girard P, Guillot G |
397 - 400 |
Absorption measurements and doping level evaluation in n-type and p-type 4H-SiC and 6H-SiC Weingartner R, Bickermann M, Hofmann D, Rasp M, Straubinger TL, Wellmann PJ, Winnacker A |
401 - 404 |
Low temperature photoluminescence processes of (13)C enriched 6H-and 15R-SiC crystals grown by the modified Lely method Sadowski H, Schulze N, Frank T, Laube M, Pensl G, Helbig R |
405 - 408 |
Intrinsic photoconductivity of 6H-SiC and the free-exciton binding energy Ivanov IG, Egilsson T, Zhang J, Ellison A, Janzen E |
409 - 412 |
Epitaxial growth and properties of SiC layers grown on alpha-SiC(0001) by solid-source MBE: A photoluminescence study Fissel A, Richter W |
413 - 416 |
Prediction of optical properties of Si and Ge dots in SiC Weissker HC, Furthmuller J, Bechstedt F |
417 - 420 |
Investigation of variable incidence angle spectroscopic ellipsometry for determination of below band gap uniaxial dielectric function Kildemo M, Hunderi O |
421 - 426 |
Theory of hydrogen in silicon carbide Deak P, Gali A, Aradi B |
427 - 430 |
Dissociation energy of the passivating hydrogen-aluminum complex in 4H-SiC Janson MS, Hallen A, Linnarsson MK, Nordell N, Karlsson S, Svensson BG |
431 - 434 |
Proton irradiation induced defects in 4H-SiC Storasta L, Carlsson FHC, Sridhara SG, Aberg D, Bergman JP, Hallen A, Janzen E |
435 - 438 |
Intrinsic defect complexes in alpha-SiC: the formation of antisite Pairs Rauls E, Hajnal Z, Gali A, Deak P, Frauenheim T |
439 - 442 |
Generation and annihilation of intrinsic-related defect centers in 4H/6H-SiC Frank T, Weidner M, Itoh H, Pensl G |
443 - 446 |
Implantation temperature dependent deep level defects in 4H-SiC Aberg D, Storasta L, Hallen A, Svensson BG |
447 - 450 |
Boron in SiC: Structure and kinetics Bockstedte M, Mattausch A, Pankratov O |
451 - 454 |
Deep Level investigation of pn-junctions formed by MeV aluminum and boron implantation into 4H-SiC Schoner A, Miyamoto N, Kimoto T, Matsunami H |
455 - 458 |
Boron centers in 4H-SiC Aradi B, Gali A, Deak P, Rauls E, Frauenheim T, Son NT |
459 - 462 |
Oxygen-related defect centers observed in 4H/6H-SiC epitaxial layers grown under CO(2) ambient Klettke O, Pensl G, Kimoto T, Matsunami H |
463 - 466 |
Electrical activity of isolated oxygen defects in SiC Gali A, Heringer D, Hajnal Z, Frauenheim T, Choyke WJ |
467 - 470 |
Beryllium-related defect centers in 4H-SiC Krieger M, Laube M, Weidner M, Pensl G |
471 - 474 |
Band gap states of Cr in the lower part of the SiC band gap Pasold G, Achtziger N, Grillenberger J, Witthuhn W |
475 - 478 |
Tantalum and tungsten in silicon carbide: Identification and polytype dependence of deep levels Grillenberger J, Achtziger N, Pasold G, Sielemann R, Witthuhn W |
479 - 482 |
Shallow dopant and surface levels in 6H-SiC MOS structures studied by thermally stimulated current technique Lysenko VS, Osiyuk IP, Rudenko TE, Tyagulski IP, Sveinbjornsson EO, Olafsson HO |
483 - 486 |
Intrinsic mobility of conduction electrons in 4H-SiC Pernot J, Contreras S, Neyret E, Di Cioccio L, Zawadzki W, Robert JL |
487 - 490 |
A study of band to band tunneling with application to high-field transport in hexagonal SiC polytypes Martinez A, Nilsson HE, Lindefelt U |
491 - 494 |
Thermopower measurements in 4H-SiC and theoretical calculations considering the phonon drag effect Grivickas V, Stolzer M, Velmre E, Udal A, Grivickas P, Syvajarvi M, Yakimova R, Bikbajevas V |
495 - 498 |
Donor densities and donor energy levels in 3C-SiC determined by a new method based on Hall-effect measurements Matsuura H, Masuda Y, Chen Y, Nishino S |
499 - 504 |
Intrinsic defects in silicon carbide polytypes Son NT, Hai PN, Janzen E |
505 - 508 |
Radiation-induced pair defects in 6H-SiC studied by optically detected magnetic resonance Lingner T, Greulich-Weber S, Spaeth JM |
509 - 512 |
Intrinsic defects in 6H-SiC generated by electron irradiation at the silicon displacement threshold von Bardeleben HJ, Cantin JL, Baranov P, Mokhov EN |
513 - 516 |
EPR study of proton implantation induced intrinsic defects in 6H-and 4H-SiC von Bardeleben HJ, Cantin JL |
517 - 520 |
EPR study of carbon vacancy-related defects in electron-irradiated 6H-SiC Bratus VY, Makeeva IN, Okulov SM, Petrenko TL, Petrenko TT, von Bardeleben HJ |
521 - 524 |
EPR of deep Al and deep B in heavily Al-doped as grown 4H-SiC Ilyin IV, Mokhov EN, Baranov PG |
525 - 528 |
The electronic structure of the N donor center in 4H-SiC and 6H-SiC van Duijn-Arnold A, Zondervan R, Baranov PG, Mokhov EN, Schmidt J |
529 - 532 |
Identification of iron and nickel in 6H-SiC by electron paramagnetic resonance Baranov PG, Ilyin IV, Mokhov EN, Khramtsov VA |
533 - 536 |
Calculated positron annihilation parameters for defects in SiC Staab TEM, Torpo LM, Puska MJ, Nieminen RM |
537 - 540 |
Annealing process of defects in epitaxial SiC induced by He and electron irradiation: Positron annihilation study Kawasuso A, Redmann F, Krause-Rehberg R, Sperr P, Frank T, Weidner M, Pensl G, Itoh H |
543 - 548 |
Recent progress in SiC epitaxial growth and device processing technology Kimoto T, Yano H, Tamura S, Miyamoto N, Fujihira K, Negoro Y, Matsunami H |
549 - 554 |
Doping of silicon carbide by ion implantation Svensson BG, Hallen A, Linnarsson MK, Kuznetsov AY, Janson MS, Aberg D, Osterman J, Persson POA, Hultman L, Storasta L, Carlsson FHC, Bergman JP, Jagadish C, Morvan E |
555 - 558 |
Neutron irradiation of 4H SiC Carlsson FHC, Storasta L, Magnusson B, Berman JP, Skold K, Janzen E |
559 - 562 |
Techniques for depth profiling of dopants in 4H-SiC Osterman J, Hallen A, Anand S, Linnarsson MK, Andersson H, Aberg D, Panknin D, Skorupa W |
563 - 566 |
Growth of delta-doped SiC epitaxial layers Karlsson S, Adas C, Konstantinov A, Linnarsson MK |
567 - 570 |
Effect of residual damage on carrier transport properties in a 4H-SiC double implanted bipolar junction transistor Ortolland S, Wright NG, Johnson CM, Knights AP, Coleman PG, Burrows CP, Pidduck AJ |
571 - 574 |
High electrical activation of aluminium and nitrogen implanted in 6H-SiC at room temperature by RF annealing Lazar M, Ottaviani L, Locatelli ML, Raynaud C, Planson D, Morvan E, Godignon P, Skorupa W, Chantel JP |
575 - 578 |
Enhancement of electrical activation of aluminum accepters in 6H-SiC by co-implantation of carbon ions Ohshima T, Itoh H, Yoshikawa M |
579 - 582 |
High dose implantation in 6H-SiC Heera V, Skorupa W, Stoemenos J, Pecz B |
583 - 586 |
Precipitate formation in heavily Al-doped 4H-SiC layers Linnarsson MK, Persson POA, Bleichner H, Janson MS, Zimmermann U, Andersson H, Karlsson S, Yakimova R, Hultman L, Svensson BG |
587 - 590 |
Flash lamp annealing of implantation doped p- and n-type 6H-SiC Panknin D, Gebel T, Skorupa W |
591 - 594 |
Structural and electrical characterization of ion beam synthesized and n-doped SiC layers Serre C, Panknin D, Perez-Rodriguez A, Romano-Rodriguez A, Morante Jr, Kogler R, Skorupa W, Esteve J, Acero MC |
595 - 598 |
Channeling measurements of ion implantation damage in 4H-SiC Kuznetsov AY, Janson MS, Hallen A, Svensson BG, Jagadish C, Grunleitner H, Pensl G |
599 - 602 |
The Monte Carlo binary collision approximation applied to the simulation of the ion implantation process in single crystal SiC: High dose effects Lulli G, Albertazzi E, Nipoti R, Bianconi M, Carnera A |
603 - 606 |
Formation of large area Al contacts on 6H-and 4H-SiC substrates Korolkov O, Rang T |
607 - 610 |
Ru Schottky barrier contacts to n- and p-type 6H-SiC Samiji ME, van Wyk E, Wu L, Venter A, Leitch AWR |
611 - 614 |
Stability of molybdenum Schottky contact to silicon carbide Nishikawa K, Shimizu M, Foster B, Iwakuro H |
615 - 618 |
Effects of thermal annealing on Cu/6H-SiC Schottky properties Hatayama T, Suezaki T, Kawahito K, Uraoka Y, Fuyuki T |
619 - 622 |
Electrochemical characterization of p-type hexagonal SiC Kayambaki M, Zekentes K, Tsagaraki K, Pernot E, Yakimova R |
623 - 625 |
A novel technique for shallow angle beveling of SiC to prevent surface breakdown in power devices Merrett JN, Sheridan DC, Williams Jr, Tin CC, Cressler JD |
627 - 630 |
Interface states of SiO(2)/SiC on (11(2)over-bar-0) and (0001) Si faces Yano N, Kimoto T, Matsunami H |
631 - 634 |
Interface properties of MOS structures formed on 4H-SiC C(0001) face Fukuda K, Suzuki S, Senzaki J, Cho WJ, Tanaka T, Arai K |
635 - 638 |
Steam annealing effects on CV characteristics of MOS structures on (11(2)over-bar-0) face of 4H-SiC Yoshikawa M, Ohshima T, Itoh H, Takahashi K, Kitabatake M |
639 - 642 |
Role of H(2) in low temperature post-oxidation anneal for gate oxide on 6H-SiC Raineri V, Lombardo S, Musumeci P, Maktari AM, Calcagno L |
643 - 646 |
Influence of the post-oxidation process on the MOS interface and MOSFETs properties Suzuki S, Cho WJ, Kosugi R, Senzaki J, Harada S, Fukuda K |
647 - 650 |
Observation of SiO(2)/SiC interface with different off-angle from Si(0001) face using transmission electron microscopy Fukuda K, Suzuki S, Senzaki J, Kosugi R, Tanaka T, Arai K |
651 - 654 |
Remote PECVD oxide utilized in U-MOS structures and different MOSFETs on SiC Scharnholz S, Hellmund O, Stein J, Spangenberg B, Kurz H |
655 - 658 |
Indications for nitrogen-assisted removal of carbon from SiO(2)-SiC interface Jamet P, Dimitrijev S, Tanner P |
659 - 662 |
Dissolution mechanism of the carbon islands at the SiO(2)-SiC interface Krafcsik OH, Josepovits KV, Deak P |
663 - 666 |
Dependence of wet oxidation on the defect density in 3C-SiC Eickhoff M, Vouroutzis N, Nielsen A, Krotz G, Stoemenos J |
669 - 674 |
SiC microwave power devices Morvan E, Noblanc O, Dua C, Brylinski C |
675 - 678 |
1700 V SiC Schottky diodes scaled to 25 A Peters D, Dohnke KO, Hecht C, Stephani D |
679 - 682 |
Temperature dependence of forward and reverse characteristics of Ti, W, Ta and Ni Schottky diodes on 4H-SiC Treu M, Rupp R, Kapels H, Bartsch W |
683 - 686 |
A high performance JBS rectifier - design considerations Dahlquist F, Lendenmann H, Ostling M |
687 - 690 |
Design and characterization of 2.5kV 4H-SiC JBS rectifiers with self-aligned guard ring termination Sheridan DC, Merrett JN, Cressler JD, Saddow SE, Williams Jr, Ellis CE, Niu G |
691 - 694 |
Improvements in the electrical performance of high voltage 4H-SiC Schottky diodes by hydrogen annealing Wahab Q, Macak EB, Zhang J, Madsen LD, Janzen E |
695 - 698 |
Influence of the buried p-layer on the blocking behavior of vertical JFETs in 4H-SiC Friedrichs P, Mitlehner H, Schorner R, Kaltschmidt R, Dohnke KO, Stephani D |
699 - 702 |
A comparison between physical simulations and experiment results in 4H-SiC MESFETs with non-constant doping in the channel and buffer layers Eriksson J, Rorsman N, Zirath H, Jonsson R, Wahab Q, Rudner S |
703 - 706 |
Noise behavior of 4H-SiC MESFETs at low drain voltage Banc C, Royet AS, Ouisse T, Bano E, Noblanc O, Brylinski C |
707 - 710 |
Double implanted power MESFET technology in 4H-SiC Horsfall AB, Ortolland S, Wright NG, Johnson CM, Knights AP |
711 - 714 |
Source resistance analysis of SiC-MESFET Arai M, Ogata M, Honda H, Sawazaki H, Nakagawa A, Kitamura M |
715 - 718 |
Design and implementation of RESURF MOSFETs in 4H-SiC Banerjee S, Chatty K, Chow TP, Gutmann RJ |
719 - 722 |
Comparison of super-junction structures in 4H-SiC and Si for high voltage applications Adachi K, Johnson CM, Ohashi H, Shinohe T, Kinoshita K, Arai K |
723 - 726 |
SiC junction control, an alternative to MOS control high voltage switching devices Mihaila A, Udrea F, Brezeanu G, Azar R, Amaratunga G |
727 - 730 |
Long term operation of 4.5kV PiN and 2.5kV JBS diodes Lendenmann H, Dahlquist F, Johansson N, Soderholm R, Nilsson PA, Bergman JP, Skytt P |
731 - 734 |
Planar p-n diodes fabricated by MeV-energy and high-temperature selective implantation of aluminum to 4H-SiC Sugimoto H, Kinouchi S, Tarui Y, Imaizumi M, Ohtsuka K, Takami T, Ozeki T |
735 - 738 |
Silicon carbide Zener diodes Vassilevski K, Zekentes K, Bogdanova EV, Lagadas M, Zorenko A |
739 - 742 |
Characteristics of epitaxial and implanted N-base 4H-SiC GTO thyristors Fedison JB, Chow TP |
743 - 746 |
Turn-off performance of a 2.6 kV 4H-SiC asymmetrical GTO thyristor Agarwal AK, Ivanov PA, Levinshtein ME, Palmour JW, Rumyantsev SL, Ryu SH, Shur MS |
747 - 752 |
SiC based gas sensors and their applications Savage S, Svenningstorp H, Uneus L, Kroutchinine A, Tobias P, Ekedahl LG, Lundstrom I, Harris C, Spetz AL |
753 - 756 |
High temperature 10 bar pressure sensor based on 3C-SiC/SOI for turbine control applications Zappe S, Franklin J, Obermeier E, Eickhoff M, Moller H, Krotz G, Rougeot C, Lefort O, Stoemenos J |
757 - 761 |
Charged particle detection properties of epitaxial 4H-SiC Schottky diodes Nava F, Vanni P, Verzellesi G, Castaldini A, Cavallini A, Polenta L, Nipoti R, Donolato C |
763 - 766 |
Thin heavily compensated 6H-SiC epilayers as nuclear particle detectors Lebedev AA, Strokan NB, Ivanov AM, Davydov DV, Kozlovskii VV |
769 - 778 |
The role of threading dislocations in the physical properties of GaN and its alloys Speck JS |
779 - 782 |
AlN crystal growth by sublimation technique Karpov SY, Kulik AV, Ramm MS, Mokhov EN, Roenkov AD, Vodakov YA, Makarov YN |
783 - 786 |
Investigation of the structure of 2H-AlN firms on Si(001) substrates Jinschek J, Kaiser U, Lebedev V, Richter W |
787 - 790 |
Formation and electronic transport of 2D electron and hole gases in AlGaN/GaN heterostructures Link A, Ambacher O, Smorchkova IP, Mishra UK, Speck JS, Stutzmann M |
791 - 794 |
Luminescence of InGaN/GaN multiple quantum wells grown by mass-transport Pozina G, Bergman JP, Monemar B, Iwaya M, Nitta S, Amano H, Akasaki I |
795 - 798 |
From relaxed to highly tensily strained GaN grown on 6H-SiC and Si(111): Optical characterization Leroux M, Lahreche H, Semond F, Laugt M, Feltin E, Schnell N, Beaumont B, Gibart P, Massies J |
799 - 802 |
Electron traps in undoped GaN layers subjected to gamma-irradiation and annealing Davydov DV, Emtsev VV, Lebedev AA, Lundin WV, Poloskin DS, Shmidt NM, Usikov AS, Zavarin EE |
803 - 806 |
Characterization of GaAlN/GaN superlattice heterostructures Makkai Z, Pecz B, di Forte-Poisson MA, Huet F |
807 - 813 |
III-Nitride power devices - Good results and great expectations Shur M, Gaska R, Khan A |
815 - 818 |
High-performance surface-channel diamond field-effect transistors Umezawa H, Taniuchi H, Arima T, Tachiki M, Okushi H, Kawarada H |