385 - 385 |
Proceedings of Symposium M of the 2002 E-MRS Spring Meeting - Preface Chen WMM, O'Reilly EP, Forchel A |
387 - 394 |
InSb1-xNx growth and devices Ashley T, Burke TM, Pryce GJ, Adams AR, Andreev A, Murdin BN, O'Reilly EP, Pidgeon CR |
395 - 398 |
Interest of the {111} orientation for GaAsN and GaInAsN/GaAs quantum wells grown by molecular beam epitaxy Blanc S, Arnoult A, Carrere H, Fontaine C |
399 - 405 |
Properties of 1.3 mu m InGaNAs laser material grown by MBE using a N-2/Ar RF plasma Gupta JA, Barrios PJ, Aers GC, Williams RL, Ramsey J, Wasilewski ZR |
407 - 412 |
Effect of increased nitrogen incorporation on the growth of GaInNAs/GaAs Bullough TJ, Davies S, Thomas S, Joyce TB, Chalker PR |
413 - 418 |
Influence of preparation parameters for low-energy ion beam nitridation of III-V semiconductor surfaces Hecht JD, Frost F, Sidorenko A, Hirsch D, Neumann H, Schindler A, Krasnikow S, Zhang L, Chasse T |
419 - 423 |
Nitrogen-plasma study for plasma-assisted MBE growth of 1.3 mu m laser diodes Carrere H, Arnoult A, Ricard A, Marie X, Amand T, Bedel-Pereira E |
425 - 429 |
Medium energy ion scattering studies of as-grown and annealed GaInNAs/GaAs quantum well White SL, Thomas S, Joyce TB, Bullough TJ, Chalker PR, Noakes TCQ, Bailey P, Mazzucato S, Balkan N |
431 - 435 |
Diffusion at the interfaces of InGaNAs/GaAs quantum wells Peng CS, Pavelescu EM, Jouhti T, Konttinen J, Pessa M |
437 - 441 |
Monitoring the non-parabolicity of the conduction band in GaN0.018As0.982/GaAs quantum wells Klar PJ, Gruning H, Heimbrodt W, Koch J, Stolz W, Tomic S, O'Reilly EP |
443 - 446 |
Derivation of a 10-band k center dot p model for dilute nitride semiconductors Lindsay A, Tomic S, O'Reilly EP |
447 - 453 |
Hydrogen as a probe of the electronic properties of (InGa)(AsN)/GaAs heterostructures Polimeni A, Bissiri M, von Hogersthal GBH, Capizzi M, Giubertoni D, Barozzi M, Bersani M, Gollub D, Fischer M, Forchel A |
455 - 460 |
LO phonon-plasmon coupling and mechanical disorder-induced effect in the Raman spectra of GaAsN alloys Tite T, Pages O, Ajjoun M, Laurenti JP, Bormann D, Tournie E, Maksimov O, Tamargo MC |
461 - 465 |
Bonding of nitrogen in dilute GaInAsN and AlGaAsN studied by Raman spectroscopy Wagner J, Geppert T, Kohler K, Ganser P, Maier M |
467 - 475 |
Recombination processes in N-containing III-V ternary alloys Buyanova IA, Chen WM, Tu CW |
477 - 482 |
Photoluminescence spectroscopy of Ga(In)NAs quantum wells for emission at 1.5 mu m Pinault MA, Tournie E |
483 - 487 |
Optical properties of GaInNAs/GaAs quantum wells Mazzucato S, Erol A, Potter RJ, Balkan N, Chalker PR, Thomas S, Joyce TB, Bullough TJ |
489 - 492 |
Optical investigations of InGaAsN/GaAs single quantum well structures Sitarek P, Ryczko K, Sek G, Misiewicz J, Fischer M, Reinhardt M, Forchel A |
493 - 496 |
Temperature behavior of the GaNP band gap energy Rudko GY, Buyanova IA, Chen WM, Xin HP, Tu CW |
497 - 500 |
Lattice distortions effect on exciton bound to nitrogen in GaP-rich A(3)B(5) alloys Parfenova II |
501 - 506 |
Carrier recombination processes in MOVPE and MBE grown 1.3 mu m GaInNAs edge emitting lasers Fehse R, Adams AR, Sweeney SJ, Tomic S, Reichart H, Ramakrishnan A |
507 - 512 |
Enhanced optical and structural properties of strain-compensated 1.3-mu m GaInNAs/GaNAs/GaAs quantum-well structures by insertion of strain-mediating layers Pavelescu EM, Peng CS, Jouhti T, Konttinen J, Dumitrescu M, Li W, Pessa M |
513 - 521 |
Microscopic theory of gain and spontaneous emission in GaInNAs laser material Hader J, Koch SW, Moloney JV |
523 - 527 |
Electroluminescence studies under forward and reverse bias conditions of a nitride-rich GaN(1-x)P(x)SQW structure LED grown by laser-assisted metal-organic chemical vapor deposition Kikawa J, Yoshida S, Itoh Y |
529 - 531 |
Er diffusion into gallium nitride Chen CC, Ting YS, Lee CC, Chi GC, Chakraborty P, Chini T, Chuang HW, Tsang JS, Kuo CT, Tsai WC, Chen SH, Chyi JI |
533 - 537 |
Pulsed laser deposition of manganese doped GaN thin films O'Mahony D, Lunney JG, Tobin G, McGlynn E |
539 - 542 |
Characterization of the GaN/GaAs/GaN structure grown by molecular beam epitaxy Kim H, Andersson TG, Chauveau JM, Trampert A |
543 - 548 |
Hunting for a single-source precursor: toward stoichiometry controlled CVD of 13-15 composites Timoshkin AY |
549 - 552 |
A study of GaN etching characteristics using HBr-based inductively coupled plasmas Kim DW, Jeong CH, Lee HY, Kim HS, Sung YJ, Yeom GY |
553 - 557 |
Microstructure of planar defects and their interactions in wurtzite GaN films Kioseoglou J, Komninou P, Dimitrakopulos GP, Kehagias T, Polatoglou HM, Nouet G, Karakostas T |
559 - 563 |
Characterisation of GaN films grown on sapphire by low-temperature cyclic pulsed laser deposition/nitrogen rf plasma Sanguino P, Niehus M, Melo LV, Schwarz R, Koynov S, Monteiro T, Soares J, Alves H, Meyer BK |
565 - 568 |
Study of inversion domain pyramids formed during the GaN : Mg growth Martinez-Criado G, Cros A, Cantarero A, Joshi NV, Ambacher O, Stutzmann M |
569 - 573 |
Optical properties and transport in PLD-GaN Niehus M, Sanguino P, Monteiro T, Soares MJ, Pereira E, Vieira M, Koynov S, Schwarz R |
575 - 578 |
Thermal annealing effects on the optical gain of InGaN/GaN quantum well structures Chen CC, Hsueh TH, Ting YS, Chi GC, Chang CA, Wang SC |
579 - 581 |
Photoluminescence of GaN layers studied with two-color spectroscopy Wojak M, Klik MAJ, Forcales M, Gregorkiewicz T, Wells JPR, Pakula K, Baranowski JM, Porowski S |
583 - 587 |
Selective photodetectors based on GaAlAs/GaAs and GaN/GaInN hetero structures Sukach GA, Smertenko PS, Shepel LG, Ciach R, Kuzma M |
589 - 592 |
A high-power AlGaN/GaN heterojunction field-effect transistor Yoshida S, Ishii H, Li J, Wang DL, Ichikawa M |