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Poprawe R. (ed.), Loosen P., Bachmann F. — High Power Diode Lasers: Technology and Applications
Poprawe R. (ed.), Loosen P., Bachmann F. — High Power Diode Lasers: Technology and Applications



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Название: High Power Diode Lasers: Technology and Applications

Авторы: Poprawe R. (ed.), Loosen P., Bachmann F.

Аннотация:

The book summarizes the work and the results of a five year government funded research project as well as subsequent research results about high power diode laser systems and their application in the field of materials processing. The entire technology chain, starting from the semiconductor technology, over cooling mounting and assembly, beam shaping and system technology down to the applications in processing of several kinds of materials (metals, polymers) are treated in the book. Theoretical models, a wide field of important parameters and practical hints and tips are provided. The book is the most extensive work on high power diode laser systems and materials processing applications.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2007

Количество страниц: 554

Добавлена в каталог: 26.02.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Oxidation      311 312 389 441 449 480 503
Oxide layer      323 324
Oxides      323 389 391
Oxygen      388 391 394 396 398 405 406 407 408
Oxygen cutting      389 398
Oxygen cutting applications      407
Oxygen cutting variants      405
Oxygen jet      406 407
Oxygen pressure      408 410
Oxygen purity      408
P-I-characteristics (power vs. current)      49—50 61 69
p-n-junction      8
p-side-down assembly      60
p-side-up assembly      253
PA (Polyamide)      382 383 385 386
Pack of fibers      386
Packaging process      75
Packaging-induced stress      43
PAPER      389 396 397 398
Parameter extraction      22
Partially crystalline polymers      379
Particle-reinforced metals      413
Passivating scales      406
pasteboard      396 397 398 403 404
patterning      29
PC (Polycarbonate)      373 383
Peclet number      390
Peltier module      92 93
Perlite      432
Phase steel      313
Phase transition      389 400—401
Photo-elastic measurement method      113
Photo-elastic stress measurement      109—111
Photo-luminescence spectroscopy (PLS)      112
Photocurrent spectroscopy (PCS)      42 112 115
photolithography      28—29
Photoresists      28
Pitch      69 137 222 227 237 252
Plastics      389 391 397 399
Plastification      362 363 364
Plate thickness      405 406 407 410
Plumb      342
Polarization      51—52
Polarization, coupling      217 225 239
Polarization, multiplexing      126 142—145
Polyamide      See PA
polycarbonate      See PC
Polymer welding      258 285 375
Polypropylene      See PP
Position sensors      296
Positioning, of laser focal spot      419
Powder-feed      490 506
Powder-feed, nozzles      485
Power balance, for laser cutting      390
Power demand      391
power density      285 388
Power density distribution      186—188 196—204 338 340
PP (Polypropylene)      383
PPJ (pick, place and join) process      79 80
Precision parts      334
Preheating      388 406 407 434 474 492 505
Pressure drop      98
Pressure measurement      373
Pressure-wheel system      294
Prism stacks      149 224
Process control      427 440 462
Process control system      272—278
Process diagnostic systems      174
Process forces      419 420 421 424
Process gas      312
Process monitoring      371 373 440
Process regimes      287 288
Process temperature      353 390 416
Process tolerances      316 322—323
Processing center      478
Propagation, of beam widths      188 192—196
Protective glass window      418
Pulsing      391
Pyrometer      272 275 350 416 440 464
Pyrometer measurement      372
Pyrometer measurement of working temperature      371
Pyrometric signal      354
Pyrometry      371
Quality control      371
Quantum well      9 13 15
Quantum well, compressively strained      10—12 52
Quantum well, tensile strained      10—13
Quasi-simultaneous welding      367—368
Radial annular welds      321
Raw beam diameter      393
Rayleigh length      192 389 392 393 400 409
Reaction      389
Reaction power      390 391 406
Rearrangement, of beam shape      386
Reflectance      381 427
Reflectivity      61
Reflow process      79
Reinforcement materials      376
Reliability      53—55 63 64 70
Remelting      433 434 503 526
Removal rate      413
Residual stress      433 493 505 506 508
Ridge waveguide structure      16
Ring-shaped laser      278—283
Robot      388 444 475 508
Robot systems      479
Rollover      20 35
Roof bow      328—329
Roof header      328 329 330 348 349
Rosenthal solution      402—403
Rough-down process      415
Roughing      424
Roughness      398 430 434 462 515
Running costs      399
safety      209—210
Scanner      405
Scanning      367—368
Scattering      375 376 378 379
Scheimpflug condition      298—299
Schematic, of tapered diode laser      57
Seam cross-section      346
Seam strength versus energy input per unit length      377
Segmented mirrors      149
Self-focusing      57
Self-quenching      434 475 480
Separation      402
Separation process      401
Series resistance      34
Shack — Hartmann sensor      205
Sheet thickness      392 394 395
Shielding gas      293 310 311 312 314
Short-term stability      204
Shrinkage      376
Silicon      355 356
Simple astigmatic      190
Simulation      338 340 402 403
Simultaneous tacking      384
Simultaneous welding      257 258 368—370 372 373 384—385 386 387
Single-shot cutting      388
Single-shot cutting-to-length      400 401 402 404 405
Single-shot welding      290 314—315
Single-wheel system      295
Slit-shaped nozzle      401
Slope efficiency      17 34 85
Slow-axis      37 53 306 309 316 318 323
Slow-axis collimation      135—138
Smile      79 103 131 133 135 159 220 257
softening      419
Softening zone      380 381
Solder depot      359
Solder interface      83
Solder joint      360
Solder pad      354 357 358 359
Solder thickness      82
soldering      78 246 257 285 349 350 352 353 355 356 357 358 360
Solidification      355
Spatial coupling      147—149 223 239
Spatial emission pattern      52—53
Spatial multiplexing      125
Spatters      291 292 327 328 329
Speckle pattern interferometry      108
Spectral broadening      35
Spherulites      376
Spindle      417
Spot      389
Spot orientation      309 317 318 319
Spot welds      314
Square butt joints      315
Square butt welding      316 317
stacking      121—178 218 262 310
Stacking, faults      150 153 154 170 172
Stacking, techniques of      150—162
Stainless steel      286 290 304 305 306 307 309 311 312 314 315 317 319 320 321 322—323 339 341 389 394 395 396 398 401 402 403 404 405
Standard characterization methods      33—40
Standards      181 210—211
Stellite      421 423
Stellite, machining      422
Stellite, materials      416
Step mirrors      168 218
Stigmatic      190
Strength, of joint      318
Stress      82 104 105 109 111 113 114
Stress distribution      110
Sublimation cutting      389 398
Surface preparation      382
Surface temperature      390 432 440
Symmetric beam      152
Symmetrization      162 174
Tactile seam tracking      302—303
Tailored blanks      331 332 333
Tapered devices      56 59—61
Tapered diode laser      56 58 62 64 65 66 67 69 164 172 233 235—245
Tapered diode laser bars      233
Tapered diode laser, astigmatism of      68
Tapered diode laser, fabrication of      59—61 245
Tapered diode laser, lifetime of      63
Tapered diode laser, reliability of      63 70
TE polarization      51
Tearing process      402
Tearing-up      401
Temperature distribution      338 339 341 350 359 413
Temperature field      419 421
Temperature measurement      350
Temperature profile      354 376 413
Tensile shear stress      360 361
tensile strength      401 402
Tensile-strained QWs      10 11
Terminal lead      353 354—355 357 358 359 360
thermal conductivity      107 287 396
Thermal diffusivity      338 390
Thermal expansion coefficients, of thermoplastics      376
Thermal expansion measurements      114
Thermal power      84
Thermal properties, of thermoplastics      376
Thermal resistance      36 84 87 88 90 97 98 101
Thermal wavelength drift factor      36
Thermo-electric cooling      87 92
Thermo-mechanical stress cycles      55
Thermoplastics      362
Thick-film      357
Thin film polarizers      142 143 144
Thin metal sheets      399
Three-dimensional cutting      388
Threshold current      18 34 85
Threshold current density      17 19
Titanium      391 421
TM polarization      51
Tool contact      419
Tool contact, conditions      420
Tool diameter      415
Tool inserts      425
Tool length      415
Tool life      412
Tool materials      422
Tool service life      420
Tool wear      412 421 422 424 425
Top-hat distribution      230 225 266 273
Total contact      420
Trailing nozzle      311
Transformation      124 390
Transformation hardening      272
Transmission      378 379
Transmission welding      285
Transmissive soldering      355
Transmittance      427
Transparency      370
Transparency current density      19
Transverse electric (TE)      12
Transverse magnetic (TM)      12
Triangulation      299 300
Tube joints      321
Tube-sheet joints      320
Tubes      333
Turbo charger      520
Undercut      315 327
Unsoldering      355
UV curable adhesives      118
UV curable glue      156
Valence bond      6
Valve seats      467 506 518
Vapor capillary      288 289 340
Vapor gradient      394
Vapor plume      288 289 311 312 315 326
Vaporization      394
Vaporization cutting      389 391
Vaporization temperature      338
Vaporizing      388
Vertical waveguide structure      12—14
Vicat softening temperature      380
Viscosity of plastified (molten) thermoplastics      376
Voltage      34
Wall plug efficiency      20 24 25 49—50 61 69
Wavefront      194
Wavefront of laser beam      205
waveguide      12 164
Wavelength coupling      225 235 238 239 279
Wavelength distribution      51
Wavelength multiplexing      126 145—147
Wavelength spectrum      35
Weibull analysis      207
Welding      285
Welding depth      304 305 306 307 308 309 312 322
Welding head      294 295
Welding of aluminum      287
Welding sequence      328 329
Welding strength      385
Welding structure      313—314
Wetting      346 354—355
Wetting angle      342
Wetting temperature      354
Widths, of power density distribution      187 188 201—203
Wigner distribution      184—185
Wire      337 338
Wire cladding      408 489 525
Wire feed rate      346
Wire feeder      345
Woehler diagram      208
Wood      389 399
Working area      418
Working distance      291 292 316 322 325 353
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