Coherent laser beam combining:
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| Format: | Book |
| Language: | English |
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Weinheim
Wiley-VCH
2013
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| Online Access: | Inhaltstext Inhaltsverzeichnis |
| Item Description: | Literaturangaben |
| Physical Description: | XXVI, 481 S. Ill., graph. Darst. |
| ISBN: | 352741150X 9783527411504 9783527652778 9783527652785 9783527652792 |
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MARC
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| 245 | 1 | 0 | |a Coherent laser beam combining |c ed. by Arnaud Brignon |
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IMAGE 1
CONTENTS
PREFACE XV ACRONYMS XVII LIST OF CONTRIBUTORS XXI
PART ONE COHERENT COMBINING WITH ACTIVE PHASE CONTROL 1
1 ENGINEERING OF COHERENTLY COMBINED, HIGH-POWER LASER SYSTEMS 3 GREGORY
D. COODNO AND JOSHUA E. ROTHENBERG 1.1 INTRODUCTION 3
1.2 COHERENT BEAM COMBINING SYSTEM REQUIREMENTS 5 1.3 ACTIVE
PHASE-LOCKING CONTROLS 8 1.3.1 OPTICAL HETERODYNE DETECTION 11 1.3.2
SYNCHRONOUS MULTIDITHER 13
1.3.3 HILL CLIMBING 14
1.4 GEOMETRIC BEAM COMBINING 14
1.4.1 TILED APERTURE COMBINERS 15 1.4.2 FILLED APERTURE COMBINERS USING
DIFFRACTIVE OPTICAL ELEMENTS 16 1.4.2.1 OVERVIEW OF DOE COMBINERS 17
1.4.2.2 DOE DESIGN AND FABRICATION 18
1.4.2.3 DOE THERMAL AND SPECTRAL S ENSITIVITY 20 1.5 HIGH-POWER COHERENT
BEAM COMBINING DEMONSTRATIONS 21 1.5.1 COHERENT BEAM COMBINING OF ZIGZAG
SLAB LASERS 22 1.5.2 COHERENT BEAM COMBINING OF FIBER LASERS 26
1.5.2.1 PHASE LOCKING OF NONLINEAR FIBER AMPLIFIERS 26 1.5.2.2 PATH
LENGTH MATCHING WITH BROAD LINEWIDTHS JO 1.5.2.3 DIFFRACTIVE CBC OF
HIGH-POWER FIBERS 31 1.5.2.4 CBC OF TM FIBERS AT 2 JIM 37
1.6 CONCLUSION 39
ACKNOWLEDGMENTS 40 REFERENCES 40
HTTP://D-NB.INFO/1033857769
IMAGE 2
VI I CONTENTS
2 COHERENT BEAM COMBINING OF FIBER AMPLIFIERS VIA LOCSET 45
ANGEL FLORES, BENJAMIN PULFORD, CRAIG ROBIN, CHUNTE A. LU, AND THOMAS M.
SHAY 2.1 INTRODUCTION 45
2.1.1 BEAM COMBINATION ARCHITECTURES 46 2.1.2 ACTIVE AND PASSIVE
COHERENT BEAM COMBINING 47 2.2 LOCKING OF OPTICAL COHERENCE BY
SINGLE-DETECTOR ELECTRONIC-FREQUENCY TAGGING 48
2.2.1 LOCSET THEORY 49
2.2.2 SELF-REFERENCED LOCSET 50 2.2.2.1 PHOTOCURRENT SIGNAL 50 2.2.2.2
LOCSET DEMODULATION 53 2.2.3 SELF-SYNCHRONOUS LOCSET 55 2.3 LOCSET PHASE
ERROR AND CHANNEL SCALABILITY 55 2.3.1 LOCSET BEAM COMBINING AND PHASE
ERROR ANALYSIS 55
2.3.2 IN-PHASE AND QUADRATURE-PHASE ERROR ANALYSIS 56 2.3.3 TWO-CHANNEL
BEAM COMBINING 58 2.3.4 16-CHANNEL BEAM COMBINING 60 2.3.5 32-CHANNEL
BEAM COMBINING 62
2.4 LOCSET HIGH-POWER BEAM COMBINING 63 2.4.1 KILOWATT-SCALE COHERENT
BEAM COMBINING OF SILICA FIBER LASERS 64 2.4.2 KILOWATT-SCALE COHERENT
BEAM COMBINING OF PHOTONIC CRYSTAL FIBER AMPLIFIERS 67
2.5 CONCLUSION 71
REFERENCES 71
3 KILOWATT COHERENT BEAM COMBINING OF HIGH-POWER FIBER AMPLIFIERS USING
SINGLE-FREQUENCY DITHERING TECHNIQUES 75 ZEJIN LIU, PU ZHOU, XIAOLIN
WANG, YANXING MA, AND XIAOJUN XU 3.1 INTRODUCTION 75
3.1.1 BRIEF HISTORY OF COHERENT BEAM COMBINING 75 3.1.2 COHERENT BEAM
COMBINING: STATE OF THE ART 76 3.1.3 KEY TECHNOLOGIES FOR COHERENT BEAM
COMBINING 77 3.2 SINGLE-FREQUENCY DITHERING TECHNIQUE 78
3.2.1 THEORY OF SINGLE- FREQUENCY DITHERING TECHNIQUE 78 3.2.2 KILOWATT
COHERENT BEAM COMBINING OF HIGH-POWER FIBER AMPLIFIERS USING
SINGLE-FREQUENCY DITHERING TECHNIQUE 85 3.2.3 COHERENT POLARIZATION BEAM
COMBINING OF FOUR HIGH-POWER FIBER
AMPLIFIERS USING SINGLE-FREQUENCY DITHERING TECHNIQUE 88 3.2.4
TARGET-IN-THE-LOOP COHERENT BEAM COMBINATION OF FIBER LASERS BASED ON
SINGLE-FREQUENCY DITHERING TECHNIQUE 91 3.3 SINE-COSINE SINGLE-FREQUENCY
DITHERING TECHNIQUE 94 3.3.1 THEORY OF SINE-COSINE SINGLE-FREQUENCY
DITHERING
TECHNIQUE 94
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CONTENTS | VII
3.3.2 COHERENT BEAM COMBINING OF NINE BEAMS USING SINE-COSINE
SINGLE-FREQUENCY DITHERING TECHNIQUE 97 3.4 SUMMARY 99
REFERENCES 100
4 ACTIVE COHERENT COMBINATION USING HILL CLIMBING-BASED ALGORITHMS FOR
FIBER AND SEMICONDUCTOR AMPLIFIERS 103 SHAWN REDMOND, KEVIN CREEDON, TSO
Y. FAN, ANTONIO SANCHEZ-RUBIO, CHARLES YU, AND JOSEPH DONNELLY 4.1
INTRODUCTION TO HILL CLIMBING CONTROL ALGORITHMS FOR ACTIVE
PHASE CONTROL 103
4.1.1 CONVENTIONAL SPGD-BASED CONTROL ALGORITHM FOR ACTIVE PHASE CONTROL
104 4.1.2 ORTHONORMAL DITHER-BASED CONTROL ALGORITHM 106 4.1.3 MULTIPLE
DETECTOR-BASED CONTROL ALGORITHM 114
4.2 APPLICATIONS OF ACTIVE PHASE CONTROL USING HILL CLIMBING CONTROL
ALGORITHMS 117 4.2.1 SEMICONDUCTOR AMPLIFIER ACTIVE COHERENT COMBINATION
117 4.2.1.1 INTRODUCTION TO SCOWA SEMICONDUCTOR WAVEGUIDE AND
PHASE CONTROL 118
4.2.1.2 TILED ARRAY BEAM COMBINATION 120 4.2.1.3 SINGLE-BEAM ACTIVE
COHERENT COMBINATION USING DIFFRACTIVE OPTICAL ELEMENTS 125 4.2.2 FIBER
AMPLIFIER ACTIVE COHERENT COMBINATION 128
4.2.2.1 INTRODUCTION TO FIBER AMPLIFIER ACTIVE BEAM COMBINATION
ARCHITECTURES 128 4.2.2.2 TILED ARRAY BEAM COMBINATION 129 4.2.2.3
SINGLE-BEAM ACTIVE COHERENT COMBINATION USING DIFFRACTIVE
OPTICAL ELEMENTS 133 4.3 SUMMARY 134
DISCLAIMER 134 REFERENCES 135
5 COLLECTIVE TECHNIQUES FOR COHERENT BEAM COMBINING OF FIBER AMPLIFIERS
137 ARNAUD BRIGNON, JEROME BOURDERIONNET, CINDY BELLANGER, AND JEROME
PRIMOT 5.1 INTRODUCTION 137
5.2 THE TILED ARRANGEMENT 138
5.2.1 CALCULATION OF THE FAR-FIELD INTENSITY PATTERN 139 5.2.2 INFLUENCE
OF DESIGN PARAMETERS ON THE COMBINING EFFICIENCY 141 5.2.2.1 IMPACT OF
THE NEAR FIELD ARRANGEMENT 141
5.2.2.2 IMPACT OF COLLIMATION SYSTEM DESIGN AND ERRORS 143
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VIIII CONTENTS
5.2.2.3 IMPACT OF PHASE ERROR 145
5.2.2.4 IMPACT OF POWER DISPERSION 146 5.2.3 BEAM STEERING 146
5.3 KEY ELEMENTS FOR ACTIVE COHERENT BEAM COMBINING OF A LARGE NUMBER OF
FIBERS 147 5.3.1 COLLIMATED FIBER ARRAY 148 5.3.2 COLLECTIVE PHASE
MEASUREMENT TECHNIQUE 151
5.3.2.1 PRINCIPLE OF THE MEASUREMENT 152 5.3.2.2 IMPLEMENTATION IN THE
EXPERIMENTAL SETUP 153 5.3.2.3 PHASE RETRIEVAL TECHNIQUES 153 5.3.3
PHASE MODULATORS 155
5.4 BEAM COMBINING OF 64 FIBERS WITH ACTIVE PHASE CONTROL 156 5.5 BEAM
COMBINING BY DIGITAL HOLOGRAPHY 158 5.5.1 PRINCIPLE 159
5.5.2 EXPERIMENTAL DEMONSTRATION 161 5.6 CONCLUSION 163
ACKNOWLEDGMENTS 164 REFERENCES 164
6 COHERENT BEAM COMBINING AND ATMOSPHERIC COMPENSATION WITH ADAPTIVE
FIBER ARRAY SYSTEMS 167 MIKHAIL VORONTSOV, THOMAS WEYRAUCH, SVETLANA
LACHINOVA, THOMAS RYAN, ANDREW DECK, MICAH CATZ, VLADIMIR PARAMONOV, AND
GARY CARHART 6.1 INTRODUCTION 167
6.2 FIBER ARRAY ENGINEERING 168
6.3 TURBULENCE-INDUCED PHASE ABERRATION COMPENSATION WITH FIBER
ARRAY-INTEGRATED PISTON AND TIP-TILT CONTROL 173 6.4 TARGET PLANE PHASE
LOCKING OF A COHERENT FIBER ARRAY ON AN UNRESOLVED TARGET 175 6.4.1
FIBER ARRAY CONTROL SYSTEM ENGINEERING: ISSUES AND
CONSIDERATIONS 175
6.4.2 SPGD-BASED COHERENT BEAM COMBINING: ROUND-TRIP PROPAGATION TIME
ISSUE 176 6.4.3 COHERENT BEAM COMBINING AT AN UNRESOLVED TARGET OVER 7
KM DISTANCE 178
6.5 TARGET PLANE PHASE LOCKING FOR RESOLVED TARGETS 182 6.5.1 SPECKLE
METRIC OPTIMIZATION-BASED PHASE LOCKING 183 6.5.2 SPECKLE METRICS 184
6.5.3 EXPERIMENTAL EVALUATION OF SPECKLE METRIC-BASED PHASE LOCKING 186
6.6 CONCLUSION 188
ACKNOWLEDGMENTS 189 REFERENCES 189
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CONTENTS | IX
7 REFRACTIVE INDEX CHANGES IN RARE EARTH-DOPED OPTICAL FIBERS AND THEIR
APPLICATIONS IN ALL-FIBER COHERENT BEAM COMBINING 193 ANDREI FOTIADI,
OLEG ANTIPOV, MAXIM KUZNETSOV, AND PATRICE MEGRET 7.1 INTRODUCTION 193
7.2 THEORETICAL DESCRIPTION OF THE RIC EFFECT IN YB-DOPED OPTICAL FIBERS
194 7.2.1 INTRODUCTION: THERMAL AND ELECTRONIC RIC MECHANISMS 194 7.2.2
DESCRIPTION OF THE SPECTROSCOPIC PROPERTIES OF YB-DOPED
OPTICAL FIBERS 195
7.2.3 DESCRIPTION OF THE ELECTRONIC RIC MECHANISM 195 7.2.4 DESCRIPTION
OF THE THERMAL RIC MECHANISM 200 7.2.5 COMPARISON OF ELECTRONIC AND
THERMAL CONTRIBUTIONS TO THE PUMP-INDUCED PHASE SHIFT 201
7.2.6 PHASE SHIFTS IN THE CASE OF PERIODIC PULSE PUMPING AND IN THE
PRESENCE OF AMPLIFIED SIGNAL 203 7.2.7 CONCLUSION 205
7.3 EXPERIMENTAL STUDIES OF THE RIC EFFECT IN YB-DOPED OPTICAL FIBERS
205 7.3.1 PREVIOUS OBSERVATIONS OF THE RIC EFFECT IN LASER FIBERS 205
7.3.2 METHODOLOGY OF PUMP/SIGNAL-INDUCED RIC
MEASUREMENTS 206
7.3.3 CHARACTERIZATION OF RIC IN DIFFERENT FIBER SAMPLES 207 7.3.4 PHASE
SHIFTS INDUCED BY SIGNAL PULSES 210 7.3.5 EVALUATION OF THE
POLARIZABILITY DIFFERENCE 212 7.3.6 COMPARISON OF THE RIC EFFECTS IN
ALUMINUM AND PHOSPHATE SILICATE
FIBERS 213
7.3.7 CONCLUSION 215
7.4 ALL-FIBER COHERENT COMBINING THROUGH RIC EFFECT IN RARE EARTH-DOPED
FIBERS 215 7.4.1 COHERENT COMBINING OF FIBER LASERS: ALTERNATIVE
TECHNIQUES 215 7.4.2 OPERATION ALGORITHM AND SIMULATED RESULTS 217 7.4.3
ENVIRONMENT NOISE IN OPTICAL SYSTEM TO BE
COMPENSATED 222
7.4.4 COMBINING OF TWO ER-DOPED AMPLIFIERS THROUGH THE RIC CONTROL IN
YB-DOPED FIBERS 223 7.4.5 EXTENSION ALGORITHM FOR COMBINING OF N
AMPLIFIERS 224 7.4.6 CONCLUSION 226
7.5 CONCLUSIONS AND RECENT PROGRESS 226 REFERENCES 227
8 COHERENT BEAM COMBINING OF PULSED FIBER AMPLIFIERS IN THE LONG-PULSE
REGIME (NANO- TO MICROSECONDS) 231 LAURENT LOMBARD, JULIEN L. COUET,
PIERRE BOURDON, AND GUILLAUME CANAT 8.1 INTRODUCTION 231
8.2 BEAM COMBINING TECHNIQUES 234
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XI CONTENTS
8.2.1 FILLED AND TILED APERTURES 235
8.2.2 LOCKING TECHNIQUES 236 8.2.2.1 DIRECT PHASE LOCKING TECHNIQUES 236
8.2.2.2 INDIRECT PHASE LOCKING TECHNIQUES 237 8.2.3 REQUIREMENTS OF
VARIOUS TECHNIQUES 239
8.2.3.1 INDIRECT PHASE LOCKING TECHNIQUES 239 8.2.3.2 DIRECT PHASE
LOCKING TECHNIQUES 240 8.2.4 CASE OF PULSED LASER 240
8.3 AMPLIFICATION OF OPTICAL PULSE IN ACTIVE FIBER 243 8.3.1
APPROXIMATIONS AND VALIDITY DOMAIN OF THE CALCULATION 243 8.3.2 PULSE
PROPAGATION IN THE RESONANT MEDIUM 244 8.3.3 PRACTICAL CALCULATION OF
THE OUTPUT PULSE BASED ON THE CW
REGIME 245
8.3.4 PULSE SHAPE DISTORTION 246 8.3.5 INFLUENCE OF THE AMPLIFIED
SPONTANEOUS EMISSION 247 8.4 POWER LIMITATIONS IN PULSED FIBER
AMPLIFIERS 248 8.4.1 PHYSICAL PRINCIPLE OF THE STIMULATED BRILLOUIN
SCATTERING 248
8.4.2 SBS GAIN 249
8.4.3 SBS THRESHOLD INPUT POWER 250 8.4.4 SBS REDUCTION 251
8.4.5 DOMAIN OF SBS PREDOMINANCE 251 8.4.6 PHYSICAL PRINCIPLE OF THE
STIMULATED RAMAN SCATTERING 252 8.4.7 MAXIMUM PEAK POWER ACHIEVABLE 253
8.5 PHASE NOISE AND DISTORTION IN FIBER AMPLIFIERS 253 8.5.1 PHASE NOISE
MEASUREMENT 253
8.5.2 IN-PULSE PHASE SHIFT MEASUREMENT 258 8.5.3 IN-PULSE PHASE SHIFT
CALCULATION 259 8.5.3.1 KERR-INDUCED PHASE SHIFT 260 8.5.3.2
GAIN-INDUCED PHASE SHIFT 262 8.6 EXPERIMENTAL SETUP AND RESULTS OF
COHERENT BEAM COMBINING OF
PULSED AMPLIFIERS USING A SIGNAL LEAK BETWEEN THE PULSES 266 8.7
ALTERNATIVE TECHNIQUES FOR PULSE ENERGY SCALING 269 8.8 CONCLUSION 271
REFERENCES 272
9 COHERENT BEAM COMBINING IN THE FEMTOSECOND REGIME 277 MARC HANNA,
DIMITRIOS N. PAPADOPOULOS, LOUIS DANIAULT, FREDERIC DRUON, PATRICK
GEORGES, AND YOANN ZAOUTER 9.1 INTRODUCTION 277
9.2 GENERAL ASPECTS OF COHERENT COMBINING OVER LARGE OPTICAL BANDWIDTHS
278 9.2.1 DESCRIPTION AND PROPAGATION OF FEMTOSECOND PULSES 278 9.2.2
COHERENT COMBINING OVER A LARGE BANDWIDTH 280 9.2.3 INFLUENCE OF
SPECTRAL PHASE MISMATCH ON THE COMBINING
EFFICIENCY 281
IMAGE 7
9.2.4
9.3
9.3.1 9.3.1.1 9.3.1.2 9.3.2
9.3.2.1 9.3.2.2 9.4 9.4.1
9.4.2 9.4.3
9.5
PART TWO
10
10.1 10.2 10.3
10.3.1 10.3.2 10.4 10.4.1 10.4.2 10.5
10.5.1
10.5.2
10.5.3 10.6
10.7
CONTENTS | XI
SPACE-TIME EFFECTS 283
COHERENT COMBINING WITH IDENTICAL SPECTRA: POWER/ENERGY SCALING 284
ACTIVE TECHNIQUES 284 EXPERIMENTAL IMPLEMENTATIONS 284
MEASUREMENT OF SPECTRAL PHASE MISMATCH 287 PASSIVE COHERENT COMBINING
TECHNIQUES: PATH-SHARING NETWORK 290 PRINCIPLE 290 EXPERIMENTAL
DEMONSTRATIONS 292 OTHER COHERENT COMBINING CONCEPTS 295
TEMPORAL MULTIPLEXING: DIVIDED PULSE AMPLIFICATION 295 PASSIVE
ENHANCEMENT CAVITIES 296 COHERENT COMBINING WITH DISJOINT SPECTRA:
ULTRAFAST PULSE SYNTHESIS 298
CONCLUSION 299 REFERENCES 300
PASSIVE AND SELF-ORGANIZED PHASE LOCKING 303
MODAL THEORY OF COUPLED RESONATORS FOR EXTERNAL CAVITY BEAM COMBINING
305 MERCEDEH KHAJAVIKHAN AND JAMES R. LEGER INTRODUCTION 305 COHERENT
BEAM COMBINING REQUIREMENTS 306
GENERAL MATHEMATICAL FRAMEWORK OF PASSIVE LASER RESONATORS 307 COHERENT
BEAM COMBINING BY A SIMPLE BEAM SPLITTER 308 EFFECT OF WAVELENGTH
DIVERSITY 311
COUPLED CAVITY ARCHITECTURES BASED ON BEAM SUPERPOSITION 314 GENERALIZED
MICHELSON RESONATORS 314 GRATING RESONATORS 318 PARALLEL COUPLED
CAVITIES BASED ON SPACE-INVARIANT OPTICAL
ARCHITECTURES 321 SPACE-INVARIANT PARALLEL COUPLED RESONATORS WITH
WEAKLY COUPLED CAVITIES 323 SPATIALLY FILTERED RESONATORS AND THE EFFECT
OF PATH LENGTH
PHASE ERRORS 325 TALBOT RESONATORS 329 PARALLEL COUPLED RESONATORS BASED
ON SPACE-VARIANT OPTICAL ARCHITECTURES: THE SELF-FOURIER CAVITY 336
CONCLUSION 340 ACKNOWLEDGMENTS 341 REFERENCES 341
F
IMAGE 8
XII | CONTENTS
11 SELF-ORGANIZED FIBER BEAM COMBINING 345
VINCENT KERMENE, AGNES DESFARGES-BERTHELEMOT, AND ALAIN BARTHELEMY 11.1
INTRODUCTION 345
11.2 PRINCIPLES OF PASSIVELY COMBINED FIBER LASERS 346 11.2.1 DIFFERENT
CONFIGURATIONS 346 11.2.2 PRINCIPLES 347
11.3 PHASE COUPLING CHARACTERISTICS 350 11.3.1 POWER STABILITY 350
11.3.2 COPHASING BUILDING DYNAMICS 351 11.3.3 FREQUENCY TUNABILITY 353
11.3.4 EFFECT OF LASER GAIN MISMATCHED ON COMBINING EFFICIENCY 354
11.3.5 POINTING AGILITY 355 11.3.6 COHERENCE PROPERTIES OF MULTIPLE
BEAMS PHASE LOCKED BY MUTUAL
INJECTION PROCESS 356 11.4 UPSCALING THE NUMBER OF COUPLED LASERS 360
11.4.1 PHASING EFFICIENCY EVOLUTION 360 11.4.2 MAIN INFLUENCING
PARAMETERS 360
11.5 PASSIVE COMBINING IN PULSED REGIME 362 11.5.1 Q-SWITCHED REGIME 362
11.5.2 MODE-LOCKED REGIME 365 11.6 CONCLUSION 367
REFERENCES 368
12 COHERENT COMBINING AND PHASE LOCKING OF FIBER LASERS 371 MOTI
FRIDMAN, MICHA NIXON, NIR DAVIDSON, AND ASHER A. FRIESEM 12.1
INTRODUCTION 371
12.2 PASSIVE PHASE LOCKING AND COHERENT COMBINING OF SMALL ARRAYS 372
12.2.1 EFFICIENT COHERENT COMBINING OF TWO FIBER LASERS 372 12.2.2
COMPACT COHERENT COMBINING OF FOUR FIBER LASERS 375
12.2.3 EFFICIENT COHERENT COMBINING OF FOUR FIBER LASERS OPERATING AT 2
PIM 376
12.3 EFFECTS OF AMPLITUDE DYNAMICS, NOISE, LONGITUDINAL MODES, AND
TIME-DELAYED COUPLING 3 77 12.3.1 EFFECTS OF AMPLITUDE DYNAMICS 377
12.3.2 EFFECTS OF QUANTUM NOISE 381
12.3.3 EFFECTS OF MANY LONGITUDINAL MODES 384 12.3.4 EFFECTS
OFTIME-DELAYED COUPLING 388 12.4 UPSCALING THE NUMBER OF PHASE-LOCKED
FIBER LASERS 391 12.4.1 SIMULTANEOUS SPECTRAL AND COHERENT COMBINING 391
12.4.2 PHASE LOCKING 25 FIBER LASERS 393 12.5 CONCLUSION 398
REFERENCES 398
IMAGE 9
CONTENTS | XIII
13 INTRACAVITY COMBINING OF QUANTUM CASCADE LASERS 401
GUILLAUME BLOOM, CHRISTIAN LARAT, ERIC LALLIER, MATHIEU CARRAS, AND
XAVIER MARCADET 13.1 INTRODUCTION 401
13.2 EXTERNAL CAVITY PASSIVE COHERENT BEAM COMBINING 402 13.2.1 LASER
SCHEME 403
13.2.2 MODELING OF THE COHERENT BEAM COMBINING IN EXTERNAL CAVITY 404
13.2.2.1 THE MICHELSON CAVITY 404 13.2.2.2 GENERAL CASE: THE N- ARM
CAVITY 406
13.2.3 COMBINING EFFICIENCY IN REAL EXPERIMENTAL CONDITIONS 408 13.2.3.1
INFLUENCE OF THE NUMBER OF ARMS N 408 13.2.3.2 INFLUENCE OF THE ARM
LENGTH DIFFERENCE A L 409 13.3 EXPERIMENTAL REALIZATION: FIVE-ARM CAVITY
WITH A DAMMANN
GRATING 410
13.3.1 DAMMANN GRATINGS 410 13.3.2 QUANTUM CASCADE LASERS 413 13.3.3 THE
FIVE-ARM EXTERNAL CAVITY 414 13.4 SUBWAVELENGTH GRATINGS 418
13.4.1 PRINCIPLE 418
13.4.2 GRATING DESIGN AND REALIZATION 419 13.4.3 ANTIREFLECTION COATING
DESIGN 422 13.4.4 CALCULATED PERFORMANCES 423 13.5 CONCLUSION 423
REFERENCES 424
14 PHASE-CONJUGATE SELF-ORGANIZED COHERENT BEAM COMBINATION 427 PETER C.
SHARDLOW AND MICHAEL J. DAMZEN 14.1 INTRODUCTION 427
14.2 PHASE CONJUGATION 429
14.2.1 GAIN HOLOGRAPHY 431 14.2.2 FOUR-WAVE MIXING WITHIN A SATURABLE
GAIN MEDIA 433 14.2.3 SELF-PUMPED PHASE CONJUGATION 434 14.2.3.1 SEEDED
SELF-PUMPED PHASE-CONJUGATE MODULE 435 14.2.3.2 SELF-STARTING
SELF-ADAPTIVE GAIN GRATING LASERS 437 14.3 PCSOCBC 438
14.3.1 CW EXPERIMENTAL PCSOCBC 439 14.3.2 UNDERSTANDING OPERATION OF
PCSOCBC: DISCUSSION 442 14.3.3 POWER SCALING POTENTIAL 444 14.3.3.1
SCALING THE NUMBER OF MODULES 445 14.3.3.2 HIGHER POWER MODULES 448
14.3.3.3 PULSED OPERATION 449
14.4 CONCLUSIONS 450
REFERENCES 451
I
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XIV I CONTENTS
15 COHERENT BEAM COMBINING USING PHASE-CONTROLLED STIMULATED BRILLOUIN
SCATTERING PHASE CONJUGATE MIRROR 455 HONG J. KONG, SANGWOO PARK,
SEONGWOO CHA, JIN W. YOON, SEONG K. LEE, ONDREJ SLEZAK, AND MILAN KALAL
15.1 INTRODUCTION 455
15.2 PRINCIPLES OF SBS-PCM 456 15.3 REFLECTIVITY OF AN SBS-PCM 457 15.4
BEAM COMBINING ARCHITECTURES 461 15.5 PHASE CONTROLLING THEORY 462
15.6 COHERENT BEAM COMBINED LASER SYSTEM WITH PHASE-STABILIZED SBS-PCMS
467 15.6.1 CONVENTIONAL PHASE FLUCTUATION OF SBS-PCM 467 15.6.2 PHASE
FLUCTUATION WITHOUT PZT CONTROLLING 468 15.6.3 PHASE FLUCTUATION WITH
PZT CONTROLLING 471 15.7 CONCLUSIONS 475
REFERENCES 475
INDEX 479 |
| any_adam_object | 1 |
| author2 | Brignon, Arnaud |
| author2_role | edt |
| author2_variant | a b ab |
| author_facet | Brignon, Arnaud |
| building | Verbundindex |
| bvnumber | BV041423214 |
| classification_rvk | UH 5610 UH 5680 |
| ctrlnum | (OCoLC)859542168 (DE-599)DNB1033857769 |
| dewey-full | 535.2 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 535 - Light and related radiation |
| dewey-raw | 535.2 |
| dewey-search | 535.2 |
| dewey-sort | 3535.2 |
| dewey-tens | 530 - Physics |
| discipline | Physik |
| format | Book |
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| genre | (DE-588)4143413-4 Aufsatzsammlung gnd-content |
| genre_facet | Aufsatzsammlung |
| id | DE-604.BV041423214 |
| illustrated | Illustrated |
| indexdate | 2024-08-03T01:04:44Z |
| institution | BVB |
| isbn | 352741150X 9783527411504 9783527652778 9783527652785 9783527652792 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-026870240 |
| oclc_num | 859542168 |
| open_access_boolean | |
| owner | DE-19 DE-BY-UBM DE-11 DE-703 DE-29T |
| owner_facet | DE-19 DE-BY-UBM DE-11 DE-703 DE-29T |
| physical | XXVI, 481 S. Ill., graph. Darst. |
| publishDate | 2013 |
| publishDateSearch | 2013 |
| publishDateSort | 2013 |
| publisher | Wiley-VCH |
| record_format | marc |
| spelling | Coherent laser beam combining ed. by Arnaud Brignon Weinheim Wiley-VCH 2013 XXVI, 481 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturangaben Kohärente Strahlung (DE-588)4114251-2 gnd rswk-swf Strahlkombination (DE-588)1043656154 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Strahlkombination (DE-588)1043656154 s Kohärente Strahlung (DE-588)4114251-2 s DE-604 Brignon, Arnaud edt Erscheint auch als Online-Ausgabe, PDF 978-3-527-65280-8 X:MVB text/html http://deposit.dnb.de/cgi-bin/dokserv?id=4304429&prov=M&dok_var=1&dok_ext=htm Inhaltstext DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=026870240&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Coherent laser beam combining Kohärente Strahlung (DE-588)4114251-2 gnd Strahlkombination (DE-588)1043656154 gnd |
| subject_GND | (DE-588)4114251-2 (DE-588)1043656154 (DE-588)4143413-4 |
| title | Coherent laser beam combining |
| title_auth | Coherent laser beam combining |
| title_exact_search | Coherent laser beam combining |
| title_full | Coherent laser beam combining ed. by Arnaud Brignon |
| title_fullStr | Coherent laser beam combining ed. by Arnaud Brignon |
| title_full_unstemmed | Coherent laser beam combining ed. by Arnaud Brignon |
| title_short | Coherent laser beam combining |
| title_sort | coherent laser beam combining |
| topic | Kohärente Strahlung (DE-588)4114251-2 gnd Strahlkombination (DE-588)1043656154 gnd |
| topic_facet | Kohärente Strahlung Strahlkombination Aufsatzsammlung |
| url | http://deposit.dnb.de/cgi-bin/dokserv?id=4304429&prov=M&dok_var=1&dok_ext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=026870240&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT brignonarnaud coherentlaserbeamcombining |