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La ricerca find articoli where soggetti phrase all words 'linewidth enhancement factor' sort by level,fasc_key/DESCEND, pagina_ini_num/ASCEND ha restituito 83 riferimenti
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    1. Inaba, Y; Nakayama, H; Kito, M; Ishino, M; Itoh, K
      High-power 1.55-mu m mass-transport-grating DFB lasers for externally modulated systems

      IEEE JOURNAL OF SELECTED TOPICS IN QUANTUM ELECTRONICS
    2. Liu, G; Jin, X; Chuang, SL
      Measurement of linewidth enhancement factor of semiconductor lasers using an injection-locking technique

      IEEE PHOTONICS TECHNOLOGY LETTERS
    3. Choudhury, N; Dutta, NK
      Modulation doped InGaAsP quantum well laser emitting at 1.55 mu m

      JOURNAL OF APPLIED PHYSICS
    4. Ozdemir, SK; Shinohara, S; Yoshida, H
      Effect of linewidth enhancement factor on Doppler beat waveform obtained from a self-mixing laser diode

      OPTICAL REVIEW
    5. Suematsu, Y; Arai, S
      Single-mode semiconductor lasers for long-wavelength optical fiber communications and dynamics of semiconductor lasers

      IEEE JOURNAL OF SELECTED TOPICS IN QUANTUM ELECTRONICS
    6. Bogatov, AP; Boltaseva, AE; Drakin, AE; Belkin, MA; Konyaev, VP
      Anomalous dispersion, differential gain, and dispersion of the alpha-factor in InGaAs/AlGaAs/GaAs strained quantum-well semiconductor lasers

      SEMICONDUCTORS
    7. Bogatov, AP; Boltaseva, AE; Drakin, AE; Belkin, MA; Konyaev, VP
      Experimental study of the alpha-factor in InGaAs/AlGaAs/GaAs strained quantum-well lasers

      QUANTUM ELECTRONICS
    8. Mullane, MP; McInerney, JG
      Minimization of the linewidth enhancement factor in tensile-strained quantum-well lasers

      IEEE PHOTONICS TECHNOLOGY LETTERS
    9. Lee, HS; Kim, HK; Kim, BG; Lee, BH
      Systematic comparisons of the effects of the linewidth enhancement factor,confinement factor, internal loss, and cavity length on the above-threshold characteristics of quarter-wavelength-shifted DFB lasers

      MICROWAVE AND OPTICAL TECHNOLOGY LETTERS
    10. Vasil'ev, PP; White, IH; Gowar, J
      Fast phenomena in semiconductor lasers

      REPORTS ON PROGRESS IN PHYSICS
    11. Shin, YS; Yoon, TH; Park, JR; Nam, CH
      Simple methods for measuring the linewidth enhancement factor in external cavity laser diodes

      OPTICS COMMUNICATIONS
    12. Wenzel, H; Erbert, G; Enders, PM
      Improved theory of the refractive-index change in quantum-well lasers

      IEEE JOURNAL OF SELECTED TOPICS IN QUANTUM ELECTRONICS
    13. Mullane, M; McInerney, JG
      Minimization of the linewidth enhancement factor in compressively strainedsemiconductor lasers

      IEEE PHOTONICS TECHNOLOGY LETTERS
    14. Newell, TC; Bossert, DJ; Stintz, A; Fuchs, B; Malloy, KJ; Lester, LF
      Gain and linewidth enhancement factor in InAs quantum-dot laser diodes

      IEEE PHOTONICS TECHNOLOGY LETTERS
    15. Cartaxo, AVT; Morgado, JAP
      Rigorous assessment of small-signal analysis for linear and dispersive optical communication systems operating near zero-dispersion wavelength

      JOURNAL OF LIGHTWAVE TECHNOLOGY
    16. Kim, KY; Lee, B; Lee, C
      Modeling of intersubband and free-carrier absorption coefficients in heavily doped conduction-band quantum-well structures

      IEEE JOURNAL OF QUANTUM ELECTRONICS
    17. CHOO HR; O BH; PARK CD; KIM HM; KIM JS; OH DK; KIM HM; PYUN KE
      IMPROVEMENT OF LINEWIDTH ENHANCEMENT FACTOR IN 1.55-MU-M MULTIPLE-QUANTUM-WELL LASER-DIODES

      IEEE photonics technology letters
    18. SAAVEDRA AA; RIGOLE PJ; GOOBAR E; SCHATZ R; NILSSON S
      AMPLITUDE AND FREQUENCY-MODULATION CHARACTERISTICS OF WIDELY TUNABLE GCSR LASERS

      IEEE photonics technology letters
    19. TAN GL; XU JM
      MODELING OF GAIN, DIFFERENTIAL GAIN, INDEX CHANGE, AND LINEWIDTH ENHANCEMENT FACTOR FOR STRAIN-COMPENSATED QWS

      IEEE photonics technology letters
    20. MARCIANTE JR; AGRAWAL GP
      SPATIOTEMPORAL CHARACTERISTICS OF FILAMENTATION IN BROAD-AREA SEMICONDUCTOR-LASERS - EXPERIMENTAL RESULTS

      IEEE photonics technology letters
    21. BHATTACHARYA M; CHATTOPADHYAY T
      A METHOD FOR GENERATION OF OPTICAL FM SIGNAL THROUGH INJECTION LOCKING

      Journal of lightwave technology
    22. MA CS; HAN CH; LIU SY
      ANALYSIS AND OPTIMIZATION OF 1.55 MU-M INGAAS INGAASP STRAINED MULTIPLE-QUANTUM-WELL LASERS/

      Optik
    23. HENDERSON R; WALTERS F; REYNOLDS CL; SWAMINATHAN V; LUTHER LC; SALVIATI G; FERRARI C
      STRUCTURAL AND OPTICAL CHARACTERIZATION OF STRAINED AND STRAIN-COMPENSATED INGAASP INP QUANTUM-WELL LASER STRUCTURES/

      Journal of crystal growth
    24. TSAI CY; TSAI CY; CHEN CH; SUNG TL; WU TY; SHIH FP
      THEORETICAL-MODEL FOR INTRAVALLEY AND INTERVALLEY FREE-CARRIER ABSORPTION IN SEMICONDUCTOR-LASERS - BEYOND THE CLASSICAL DRUDE MODEL

      IEEE journal of quantum electronics
    25. BIMBERG D; KIRSTAEDTER N; LEDENTSOV NN; ALFEROV ZI; KOPEV PS; USTINOV VM
      INGAAS-GAAS QUANTUM-DOT LASERS

      IEEE journal of selected topics in quantum electronics
    26. CHO SH; LU CC; HOVINEN M; NAM K; VUSIRIKALA V; SONG JH; JOHNSON FG; STONE D; DAGENAIS M
      DEPENDENCE OF THE LINEWIDTH ENHANCEMENT FACTOR ON THE NUMBER OF COMPRESSIVELY STRAINED-QUANTUM-WELL IN LASERS

      IEEE photonics technology letters
    27. OSOWSKI ML; PANEPUCCI R; ADESIDA I; COLEMAN JJ
      A STRAINED-LAYER INGAAS-GAAS ASYMMETRIC CLADDING GAIN-COUPLED DFB LASER WITH TITANIUM SURFACE GRATINGS BY METALORGANIC CHEMICAL-VAPOR-DEPOSITION

      IEEE photonics technology letters
    28. O BH; CHOO HR; KIM HM; KIM JS; OH DK; KIM HR; KIM HM; PYUN KE
      CAVITY LENGTH DEPENDENCE OF HIGH-SPEED 1.55-MU-M MULTIPLE-QUANTUM-WELL LASER-DIODE CHARACTERISTICS

      IEEE photonics technology letters
    29. BELENKY GL; DONETSKY DV; REYNOLDS CL; KAZARINOV RF; SHTENGEL GE; LURYI S; LOPATA J
      TEMPERATURE PERFORMANCE OF 1.3-MU-M INGAASP-INP LASERS WITH DIFFERENTPROFILE OF P-DOPING

      IEEE photonics technology letters
    30. KEATING T; MINCH J; CHANG CS; ENDERS P; FANG W; CHUANG SL; TANBUNEK T; CHEN YK; SERGENT M
      OPTICAL GAIN AND REFRACTIVE-INDEX OF A LASER-AMPLIFIER IN THE PRESENCE OF PUMP LIGHT FOR CROSS-GAIN AND CROSS-PHASE MODULATION

      IEEE photonics technology letters
    31. MA CS; HAN CH; LIU SY
      CHARACTERISTIC ANALYSIS OF INGAAS INGAASP STRAINED-QUANTUM-WELL LASERS/

      International journal of optoelectronics
    32. RYU SW; KIM IK; JEONG WG; CHOE BD; PARK SH
      THEORETICAL INVESTIGATION OF GAIN AND LINEWIDTH ENHANCEMENT FACTOR FOR 1.55-MU-M TENSILE-STRAINED QUANTUM-WELL LASERS

      Journal of lightwave technology
    33. IWAI T; SATO K; SUTO K
      REDUCTION OF DISPERSION-INDUCED DISTORTION IN SCM TRANSMISSION-SYSTEMS BY USING PREDISTORTION-LINEARIZED MQW-EA MODULATORS

      Journal of lightwave technology
    34. SUSA N
      FLUCTUATIONS OF THE LASER CHARACTERISTICS AND THE EFFECT OF THE INDEX-COUPLING COMPONENT IN THE GAIN-COUPLED DFB LASER

      IEEE journal of quantum electronics
    35. WANG CY; CHUANG ZM; LIAO HH; LIN W; TU YK; LEE CT
      RESISTANCE TO EXTERNAL OPTICAL FEEDBACK OF LOW-CHIRP STRAINED-QUANTUM-WELL COMPLEX-COUPLED DISTRIBUTED-FEEDBACK LASER

      JAPANESE JOURNAL OF APPLIED PHYSICS PART 1-REGULAR PAPERS SHORT NOTES & REVIEW PAPERS
    36. BOSSERT DJ; GALLANT D
      GAIN, REFRACTIVE-INDEX, AND ALPHA-PARAMETER IN INGAAS-GAAS SQW BROAD-AREA LASERS

      IEEE photonics technology letters
    37. LEE SL; TAUBER DA; JAYARAMAN V; HEIMBUCH ME; COLDREN LA; BOWERS JE
      DYNAMIC-RESPONSES OF WIDELY TUNABLE SAMPLED GRATING DBR LASERS

      IEEE photonics technology letters
    38. DIENES A; HERITAGE JP; JASTI C; HONG MY
      FEMTOSECOND OPTICAL PULSE AMPLIFICATION IN SATURATED MEDIA

      Journal of the Optical Society of America. B, Optical physics
    39. BJERKAN L; ROYSET A; HAFSKJAER L; MYHRE D
      MEASUREMENT OF LASER PARAMETERS FOR SIMULATION OF HIGH-SPEED FIBEROPTIC SYSTEMS

      Journal of lightwave technology
    40. KRUSCHWITZ BE; BROWN TG
      NEGATIVE DIFFERENTIAL COUPLING IN COMPLEX-COUPLED DISTRIBUTED-FEEDBACK SEMICONDUCTOR-LASERS - A LONGITUDINAL ANALYSIS

      Journal of applied physics
    41. JONSSON B; LOWERY AJ; OLESEN H; TROMBORG B
      INSTABILITIES AND NONLINEAR L-I CHARACTERISTICS IN COMPLEX-COUPLED DFB LASERS WITH ANTIPHASE GAIN AND INDEX GRATINGS

      IEEE journal of quantum electronics
    42. FERREIRA M
      FREQUENCY NOISE AND MODULATION OF A 4-SECTION DBR LASER

      IEEE journal of quantum electronics
    43. CHANG CS; CHUANG SL; MINCH JR; FANG WCW; CHEN YK; TANBUNEK T
      AMPLIFIED SPONTANEOUS EMISSION-SPECTROSCOPY IN STRAINED-QUANTUM-WELL LASERS

      IEEE journal of selected topics in quantum electronics
    44. CHANG CS; CHUANG SL
      MODELING OF STRAINED-QUANTUM-WELL LASERS WITH SPIN-ORBIT-COUPLING

      IEEE journal of selected topics in quantum electronics
    45. KAZMIERSKI C; ROBEIN D; MATHOORASING D; OUGAZZADEN A; FILOCHE M
      1.5-MU-M DFB LASERS WITH NEW CURRENT-INDUCED GAIN GRATINGS

      IEEE journal of selected topics in quantum electronics
    46. SUDOH TK; FUNABASHI M; NAKANO Y; TADA K; HIRATA T
      DYNAMICS OF GAIN-SWITCHING OPERATION IN GAIN-COUPLED DISTRIBUTED-FEEDBACK SEMICONDUCTOR-LASERS WITH ABSORPTIVE GRATING

      IEEE journal of selected topics in quantum electronics
    47. ELISEEV PG; BEISTER G; DRAKIN AE; AKIMOVA IV; ERBERT G; MAEGE J; SEBASTIAN J
      POWER HYSTERESIS AND WAVE-GUIDE BISTABILI TY OF STRIPE QUANTUM-WELL INGAAS GAAS/GAALAS HETEROLASERS WITH A STRAINED ACTIVE LAYER/

      Kvantovaa elektronika
    48. THIJS PJA; TIEMEIJER LF; BINSMA JJM; VANDONGEN T
      STRAINED-LAYER INGAAS(P) QUANTUM-WELL SEMICONDUCTOR-LASERS AND SEMICONDUCTOR-LASER AMPLIFIERS

      Philips journal of research
    49. BALLE S
      EFFECTIVE 2-LEVEL-MODEL WITH ASYMMETRIC GAIN FOR LASER-DIODES

      Optics communications
    50. YAO J; AGRAWAL GP; GALLION P; BOWDEN CM
      SEMICONDUCTOR-LASER DYNAMICS BEYOND THE RATE-EQUATION APPROXIMATION

      Optics communications
    51. AHN D; YOON SJ; CHUANG SL; CHANG CS
      THEORY OF OPTICAL GAIN IN STRAINED-LAYER QUANTUM-WELLS WITHIN THE 6X6LUTTINGER-KOHN MODEL

      Journal of applied physics
    52. ZOZ J; JOHANNES TW; RAST A; BORCHERT B; BARABAS U; HARTH W
      DYNAMICS AND STABILITY OF COMPLEX-COUPLED DFB LASERS WITH ABSORPTIVE GRATINGS

      IEEE journal of quantum electronics
    53. ALALUSI MR; DARLING RB
      EFFECTS OF NONLINEAR GAIN ON MODE-HOPPING IN SEMICONDUCTOR-LASER DIODES

      IEEE journal of quantum electronics
    54. RANDONE F; MONTROSSET I
      ANALYSIS AND SIMULATION OF GAIN-COUPLED DISTRIBUTED-FEEDBACK SEMICONDUCTOR-LASERS

      IEEE journal of quantum electronics
    55. KRUSCHWITZ BE; BROWN TG
      COMPLEX-COUPLED DISTRIBUTED-FEEDBACK LASER WITH NEGATIVE DIFFERENTIALCOUPLING

      Applied physics letters
    56. HOCHHOLZER M; JORDAN V
      DISCUSSION OF THE LINEWIDTH ENHANCEMENT FACTOR-ALPHA OF GAAS GAALAS QUANTUM-WELL LASERS/

      IEE proceedings. Optoelectronics
    57. HOCHHOLZER M; JORDAN V
      DISCUSSION OF THE LINEWIDTH ENHANCEMENT FACTOR-ALPHA OF GAAS GAALAS QUANTUM-WELL LASERS/

      IEE proceedings. Optoelectronics
    58. MIYAMOTO Y; HAGIMOTO K; OHHATA M; KAGAWA T; TSUZUKI N; TSUNETSUGU H; NISHI I
      10-GB S STRAINED MQW DFB-LD TRANSMITTER MODULE AND SUPERLATTICE APD RECEIVER MODULE USING GAAS-MESFET ICS/

      Journal of lightwave technology
    59. THIJS PJA; VANDONGEN T; TIEMEIJER LF; BINSMA JJM
      HIGH-PERFORMANCE LAMBDA= 1.3 MU-M INGAASP-INP STRAINED-LAYER QUANTUM-WELL LASERS

      Journal of lightwave technology
    60. WHITEAWAY JEA; WRIGHT AP; GARRETT B; THOMPSON GHB; CARROLL JE; ZHANG LM; TSANG CF; WHITE IH; WILLIAMS KA
      DETAILED LARGE-SIGNAL DYNAMIC MODELING OF DFB LASER STRUCTURES AND COMPARISON WITH EXPERIMENT

      Optical and quantum electronics
    61. YAMAMOTO N; YAMAMOTO M
      EVALUATION OF P-N-JUNCTION SHIFT BY THE CAPACITANCE-VOLTAGE METHOD

      Journal of crystal growth
    62. TROMBORG B; LASSEN HE; OLESEN H
      TRAVELING-WAVE ANALYSIS OF SEMICONDUCTOR-LASERS - MODULATION RESPONSES, MODE-STABILITY AND QUANTUM-MECHANICAL TREATMENT OF NOISE SPECTRA

      IEEE journal of quantum electronics
    63. AHN D; CHUANG SL
      THE THEORY OF STRAINED-LAYER QUANTUM-WELL LASERS WITH BANDGAP RENORMALIZATION

      IEEE journal of quantum electronics
    64. OREILLY EP; ADAMS AR
      BAND-STRUCTURE ENGINEERING IN STRAINED SEMICONDUCTOR-LASERS

      IEEE journal of quantum electronics
    65. CHAND N; CHU SNG; DUTTA NK; LOPATA J; GEVA M; SYRBU AV; MEREUTZA AZ; YAKOVLEV VP
      GROWTH AND FABRICATION OF HIGH-PERFORMANCE 980-NM STRAINED INGAAS QUANTUM-WELL LASERS FOR ERBIUM-DOPED FIBER AMPLIFIERS

      IEEE journal of quantum electronics
    66. THIJS PJA; TIEMEIJER LF; BINSMA JJM; VANDONGEN T
      PROGRESS IN LONG-WAVELENGTH STRAINED-LAYER INGAAS(P) QUANTUM-WELL SEMICONDUCTOR-LASERS AND AMPLIFIERS

      IEEE journal of quantum electronics
    67. SEKI S; YAMANAKA T; LUI W; YOSHIKUNI Y; YOKOYAMA K
      THEORETICAL-ANALYSIS OF PURE EFFECTS OF STRAIN AND QUANTUM CONFINEMENT ON DIFFERENTIAL GAIN IN INGAASP INP STRAINED-LAYER QUANTUM-WELL LASERS/

      IEEE journal of quantum electronics
    68. TOMITA A
      FREE-CARRIER EFFECT ON THE REFRACTIVE-INDEX CHANGE IN QUANTUM-WELL STRUCTURES

      IEEE journal of quantum electronics
    69. HASSINE L; TOFFANO Z; LAMNABHILAGARRIGUE F; DESTREZ A; JOINDOT I
      VOLTERRA FUNCTIONAL SERIES EXPANSIONS FOR NOISE IN SEMICONDUCTOR-LASERS

      IEEE journal of quantum electronics
    70. CHUSSEAU L
      PROPAGATION OF SINGLE-MODE 1.5-MU-M GAIN-SWITCHED SEMICONDUCTOR-LASERPULSES IN NORMALLY DISPERSIVE FIBERS

      IEEE journal of quantum electronics
    71. MAWATARI H; IGA R; SUGIURA H; TOHMORI Y; YOSHIKUNI Y
      MODULATION-DOPED GAINAS GAINASP STRAINED MULTIPLE-QUANTUM-WELL LASERSGROWN BY CHEMICAL BEAM EPITAXY/

      Applied physics letters
    72. OKAI M; SUZUKI M; TANIWATARI T; CHINONE N
      CORRUGATION-PITCH-MODULATED DISTRIBUTED-FEEDBACK LASERS WITH ULTRANARROW SPECTRAL LINEWIDTH

      JAPANESE JOURNAL OF APPLIED PHYSICS PART 1-REGULAR PAPERS SHORT NOTES & REVIEW PAPERS
    73. MAWATARI H; KANO F; YAMAMOTO N; KONDO Y; TOHMORI Y; YOSHIKUNI Y
      SPECTRAL LINEWIDTH AND LINEWIDTH ENHANCEMENT FACTOR IS 1.5-MU-M MODULATION-DOPED STRAINED MULTIPLE-QUANTUM-WELL LASERS

      JAPANESE JOURNAL OF APPLIED PHYSICS PART 1-REGULAR PAPERS SHORT NOTES & REVIEW PAPERS
    74. NANIWAE K; SUGOU S; ANAN T
      EFFECT OF STRAIN COMPENSATION ON CRYSTALLINE QUALITY FOR INGAAS INALPSTRAINED MULTIPLE-QUANTUM-WELL STRUCTURES ON INP GROWN BY GAS-SOURCE MOLECULAR-BEAM EPITAXY/

      JAPANESE JOURNAL OF APPLIED PHYSICS PART 2-LETTERS
    75. LECLERCQ JL; GRUNBERG P; BOISSIER G; FOUILLANT C; SADIK S; MARTIN P; LAZZARI JL; JOULLIE AM; JOULLIE A
      CHARACTERIZATION BELOW THRESHOLD OF GAINA SSB GAALASSB DOUBLE-HETEROSTRUCTURE LASERS EMITTING NEAR 2.37 MU-M/

      Journal de physique. III
    76. ARNAUD J
      AMPLITUDE SQUEEZING FROM SPECTRAL-HOLE BURNING - A SEMICLASSICAL THEORY

      Physical review. A
    77. HUANG J; CASPERSON LW
      GAIN AND SATURATION IN SEMICONDUCTOR-LASERS

      Optical and quantum electronics
    78. RU P; MOLONEY JV; INDIK R; KOCH SW; CHOW WW
      MICROSCOPIC MODELING OF BULK AND QUANTUM-WELL GAAS-BASED SEMICONDUCTOR-LASERS

      Optical and quantum electronics
    79. PLYAVENEK AG
      GAIN NONLINEARITIES IN SEMICONDUCTOR-LASERS - THE COMBINED EFFECT OF THE MODULATION OF THE CARRIER DENSITY AND THE ELECTRON-TEMPERATURE AT THE BEAT FREQUENCY OF INTERACTING OPTICAL-FIELDS

      Optics communications
    80. OLESEN H; TROMBORG B; PAN X; LASSEN HE
      STABILITY AND DYNAMIC PROPERTIES OF MULTIELECTRODE LASER-DIODES USINGA GREEN-FUNCTION APPROACH

      IEEE journal of quantum electronics
    81. NAGARAJAN R; BOWERS JE
      EFFECTS OF CARRIER TRANSPORT ON INJECTION EFFICIENCY AND WAVELENGTH CHIRPING IN QUANTUM-WELL LASERS

      IEEE journal of quantum electronics
    82. ZHANG LM; CARROLL JE; TSANG C
      DYNAMIC-RESPONSE OF THE GAIN-COUPLED DFB LASER

      IEEE journal of quantum electronics
    83. YASAKA H; IGA R; NOGUCHI Y; YOSHIKUNI Y
      PURE EFFECTS OF STRAIN IN STRAINED-LAYER MULTIPLE-QUANTUM-WELL LASERS

      IEEE journal of quantum electronics


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Documento generato il 04/08/20 alle ore 02:53:20