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Ready J.F., Farson D.F. — LIA handbook of laser materials processing
Ready J.F., Farson D.F. — LIA handbook of laser materials processing

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Название: LIA handbook of laser materials processing

Авторы: Ready J.F., Farson D.F.

Аннотация:

Published by the Laser Institute of America, the handbook provides extensive data, including comparisons of technologies and their costs, set-up information, properties of components, guidelines on selecting lasers, achieving necessary wavelengths, and information on various methodologies.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2001

Количество страниц: 715

Добавлена в каталог: 21.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$(Ni,Zn) Fe_2 O_4$      697
$Ba{Fe}_{12}O_{19}$      698 699 700
$CO_{2}$ laser, balancing      515 516 519
$CO_{2}$ laser, brazing      299 300
$CO_{2}$ laser, cutting      428 431 434 435 436 439 444 446 447 453 454 456 457 458 459 460 462 464 466 467 468 470
$CO_{2}$ laser, displays      637 638
$CO_{2}$ laser, drilling      471 473 475 478 479 490 499
$CO_{2}$ laser, hardening      223 224 225 226 227 228 229 230 232 233 234 235 236 238 239 240 242 244 249 252 254 257 258 259 260
$CO_{2}$ laser, HTSC      647 648 649 650
$CO_{2}$ laser, interactions of      173 174 175 177 181 183 184 201 202
$CO_{2}$ laser, marking      522 523 524 525 526 529 531 532 535 537 538 539 589 590 592
$CO_{2}$ laser, microstructures      655
$CO_{2}$ laser, packaging      661 663 670 671 672 673 674 675 676 677 681 684 685 686 687 688 689
$CO_{2}$ laser, properties      3 5 13 16 17 18 19 20 21 22 27 28 30 31 32 33 34 35 36 44 51 52 53 54 55 61 66 67 68 76 77 96 98 99 101 102 109 112 117 118 119 122 124 127 134 144 165 166
$CO_{2}$ laser, RP      542 557—559 560 562 566 576 578—579
$CO_{2}$ laser, safety      205 212 213 215
$CO_{2}$ laser, surface treating      271 273 276 279 281 282 283 284 286 288 290 291 292 293 294 295 296
$CO_{2}$ laser, trimming      585
$CO_{2}$ laser, welding      307 312 314 315 316 317 320 322 324 325 338 347 348 349 351 353 354 358 361 362 363 364 365 366 368 370 371 375 376 377 378 379 380 381 382 383 384 386 399 404 406 408 410 411 412 413 414 416 417 422
$F_{2}$ excimer laser      17 492 528 623 624 631 651
$LaSrGa{O}_{4}$      643 644
$Li {B}_{3} {O}_{5}$      75
$M^2$      24 25 28 30 32 42 44 54 58 95 102 106 107 121 146 151 388 431 474 478 497 498 550 551 685;
$Nd Ga O_3$      646
$N_2$ laser      307
$TEM_{00}$ mode      9 58 63 77 92 93 95 105 106 109 121 234 235 236 526 527 542 544 551
$Y {Ba}_{2} {Cu}_{3} O_{7-\delta}$ (YBCO)      641 644 648 696 697 698
$Y {Ba}_{2} {Cu}_{3} O_{\delta-8}$ (YBCO) chemical reactions of      648
${Er}^{3+}$ fiber laser      14
(ANSI) American National Standards Institute      206 207 208 210 211 212 214 218 219 220
(CDRH) Center for Devices and Radiological Health      211 219—220
(IEC) International Electrotechnical Commission      206 210 211 218—220
(ISO) International Standards Organization      219 220
(OSHA) Occupational Safety and Healt Administration      214 216 218 219 220
Ablation      190 195 651
Abrasive water jet cutting      466—469
abs      457
Absorbance      168 169
Absorption      173 174 182 183 184 426 431
Absorption coefficient      5 182 183 348 436 460
Absorption coefficients for metals      6
Absorptive index      176 181 182 183
Absorptivity      95 167 175 176 180 181 182 183 186 193 194 200 223 224 225 232 234 237 238 280 375 376 387 389 392 396 413 429 430 417 472 606
Accurate clear epoxy solid      546 548
Acetal      474
Acetate      490
ACGIH      205 206 209 210 212 214 218 220
Acoustic emission      161
Acousto-optic (AO) Q switch      12 39 40 327 527 637
Acousto-optic devices      12 39
Acousto-optic modulator      655
Acousto-optic Q switched laser      41
Acrylate      549
Acrylate photopolymer      543
Acrylic      293 294 366 426 458 533
Acrylic resin      484
Acrylonitrile butadiene      522
Ada      72
Adaptive mirror      113 114 230
Airborne contaminants      209 214
Alexandrite      45 46
Alexandrite laser      14 16 17 44 45 73
Alignment      427
Alloying      185 190 197 232 233 263 267 279 280 281 282 283 284
Alumina      172 181 182 486 493 495 556 566 569 578 587 619 684 686 687 688 689
Aluminum      68 147 151 171 172 173 177 181 182 183 196 198 200 201 202 213 253 299 301 302 303 554 560 565 575 618 636 653 678 692 693 694 695 696 701
Aluminum alloys      174 210 252 257 258 284 472 499
Aluminum gallium arsenide      61 62 63 64 658
Aluminum gallium arsenide laser      15 143
Aluminum gallium indium arsenide      61
Aluminum gallium indium nitride      61
Aluminum gallium indium phosphide      61
Aluminum honeycomb      570
Aluminum nitride      485 486 495 684 686
Aluminum oxide      46 118 282 284 290 291 368 398 445 461 523 653 693
Aluminum, cutting of      425 426 429 430 438 440 445 448 467 468
Aluminum, drilling of      472 479 480 481 482 505 506
Aluminum, link cutting      595 596 597 599 600 601 603 605 608 609 612 613 614
Aluminum, marking of      524 527 536
Aluminum, surface treatment of      263 264 271 272 283 288 290 291 294 296 297
Aluminum, welding of      309 315 316 318 321 324 326 327 328 335 338 339 342 345 351 352 353 354 355 365 367 368 370 371 372 373 374 375 376 377 378 379 382 383 384 385 386 387 389 392 398 401 403 404 405 409 410 411 413 414 420 421
American conference of governmental industrial hygienists      see “CGIH”
Ammonia      282
Ammonium dideuterium arsenate (AD*A)      72
Ammonium dideuterium phosphate (AD*P)      72
Ammonium dihydrogen arsenate (ADR)      72
Ammonium dihydrogen phosphate (ADP)      71 72 74
Amplitude modulation      11
Anti-reflection (AR) coating      117 183 227
Antimony      703
Antimony chloride      702
Antimony-bismuth      145
Application Specific Integrated Circuit      629
Arc welding      377 422
ArF laser      3 16 17 48 290 492 493 494 524 528 623 624 625 626 628 631 656 693 701 702
Argon      425 625
Argon fluoride laser      see “ArF laser”
Argon gas shielding      302
Argon laser      3 7 14 16 45 55 56 58 76 98 99 143 175 595 614 619 621 625 636 647 648 651 652 654 656 657 658 691 692 693
Argon laser, and RP      545 548 551—552 576
Arrhenius equation      196 198
Arsenic      703
Arsine      702
Asbestos      459
Aspect ratio      329 330 331 333
Asphalt      5
Assist gas      409
Atmospheric breakdown      202
Austenite      223 224 232 234 235 237 246 247 248 254 257 277 281
Austenization      232 244 276 277
Autogenous welding      318 320
Avalanche ionization      7 264 501
Axial modes      9 10
Axial-flow laser      29 30
Axicon      123 130 229
Back-spatter      409
Bainite      224 378
Balancing      513 514 515 516 517 518 519 520
Bar codes      522
Barium fluoride      134
Barium oxide      649
Barium sodium niobate      41 73
Barium titanate      486
BBO      41 59 69 71 72 73 74 76 77 79 484
Beam bending unit      112 113
Beam delivery      96—98 101 337
Beam delivery $CO_{2}$ laser      23
Beam delivery system      109 110 113 114 115 125 153
Beam delivery, fiber optic      18 23 98—102 127 233 238 288 293 330 342 383 392 404 465
Beam divergence      91 92 93 94 100 104 106 111 149 173 326;
Beam guiding system      428
Beam profiler      149 150
Beam quality      228 32 43 106 107 112 121 149 225 299 300 427 431 474 475 478;
Beam sampler      144 146
Beam sampling methods      146
Beam shaping optics      128
Beam splitter      132 133
Beer's law      170 542 672
Beryllium      182 271 355
Beryllium copper      435
Beryllium oxide      56 684
Beta-barium borate      41 74 79 484;
Biological effects      205
Birefringence      70
BiSrCaCuO      653
Black velvet      5
Blech effect      612
Boiling point      309
Bolometer      144 145
Boltzmann's constant      201
Bonding      661
bone      499
Borax      282
Boron      251 279 282 283 284 703
Boron anhydride      282
Boron carbide      282 283 284
Boron trifluoride      702
Boronizing      281
Borosilicate crown glass      134 271
Borosilicate glass      493
Bragg grating      100 655 656
branding      589
brass      172 173 310 356 446 472 479 481 482 536
Brazing      299 300 301 302
Breakdown threshold      7 202
Bremsstrahlung      202
Brewster absorption      225 229
Brewster plate      11
Brewster window      56 60 119
Brewster's angle      38 39 56 180 226 228 436
Brightness      91 94 106 107;
Bronze      356 563
Cadmium      444 481
Cadmium dideuterium arsenate (CD*A)      71 72 73 74 76 77
Cadmium dihydrogen arsenate (CDA)      71 72
Cadmium sulfide      118
Cadmium sulfide selenide      61
Cadmium telluride      118 134 144
Cadmium zinc selenide      61
Calcium fluoride      134 135 137 624 628 633
Calorimeters      148
CAM-LEM processing      567
Capacitive discharge welding      422
Carbamide      282
Carbides      273 274 275 276 280 282
Carbon      172 182 223 235 236 237 243 245 246 249 251 253 254 255 256 257 258 273 276 278 279 281 282 284 348 371 378 382 403 404 413 442 457 461 495 496 528 618;
carbon black      523
Carbon dioxide lasers      see also “$CO_{2}$ lasers”
Carbon fiber      493
Carbon monoxide lasers      52 431;
Carbon steel      192 472;
Carbon steel, surface treatment      223 224 232 233 234 236 237 239 245 252 253 254 255 256 257 258 279 281 282 284
Carbon steel, welding of      328 347 348 349 353 372 376 378 381 382 383 384 385 386 387 391 398 404 408 409 412 418 419 420 421 439 441443 464 467
Carbonizing      283
Cardboard      457
Carpet      459
Cavity dumping      11 12
Cavity modes      2
Cellulose      493
Cellulose acetate      493
Cementite      257 277 278
Ceramic green parts      574
Ceramic tile      459
Ceramics      272 284 347 354 425 426 431 457 458 460 461 466 467 469 478 483 484 494 495 496 499 509 511 524 535 556 566—567 578 677 684 685 686 687 688 689
Cerium oxide      645
Cermets      280 556 574
Cesium      289
Cesium-lithium borate (CLBO)      69 627
Charpy impact test      413
Charpy V-notch      382 383
Chemical laser      66
Chemical oxygen iodine laser      66 68 404 431 454;
Chemical stability of HTSC      648
Chiller      83 84 85 88 89 408 428 464 465
Chip resistors      587
Chrome-on-glass      631
Chromium      4 182 201 214 223 236 237 251 252 253 254 255 256 273 279 280 282 284 291 324 348 355 356 362 370 403 439 445 481 618 621 636 693
Chromium boride      282 283
Chromium oxide      290
Chromium steel      235 253 257 258 282;
Cladding      185 197 199 232 233 263 279 281 284 285 286 287
Classes of lasers      206
cleaning      263 287 288 289
Cloth      459
CNC control      19 20 24 155 300 428
CO laser      16 52 53 404 405 406 407 453 454 558;
Coating, absorption      224 225 227 237 240 259
Coating, antireflective      117 133 227
Coating, multilayer      366 511
Coatings      122 123 124 148 234 235; “antireflective” “reflective” “dielectric”
Coatings, by PLD      572
Coatings, dielectric      97
Coatings, reflective      97 271
Cobalt      282 283 284 286 342 353 481 509 618 695
Coherence      28 91 92 93 94 173
Coherence length      70 91 93 94 106
Coherence time      93
Coherence width      93 94 106
COIL (see also chemical oxygen iodine laser)      66 67 404 405 406 407 454 455
Collimators      110 111 316
Complex dielectric constant      168 170
Complex index of refraction      176 177
Composite tooling      574
COMPOSITES      496 578
Concrete      172 292 459 468
Conduction of heat      190
Conduction welding      307 311 312 314 317 322 330 331 333 335 339 347 348 350 361 364 379 380 389 390 392 397
Contour cut      432
controllers      153
Convection      190 194 195 197
Coolers      511
copper      4 5 33 37 112 113 117 122 123 143 158 162 169 171 172 173 177 182 183 184 200 201 213 305 595 609 612 613 617 618 620 653
Copper alloy      472 481
Copper oxide      649
Copper vapor laser      16 17 53 175 364 431 619;
Copper vapor laser, and drilling      475 479 481 483 484 494 495 496 499
Copper, cutting      429 431 440 446 447 448 450 467 470 479
Copper, deposition      692 694 695
Copper, drilling      481 482 483
Copper, in packaging      661 662 663 664 666 667 668 670 673 675
Copper, marking      527 536
Copper, packaging      661—664 666—668 670 673 675 677 678 688
Copper, rapid prototyping      556 563
Copper, surface treatment      227 236 237 244 253 263 264 271 272 283 290
Copper, welding      309 310 313 315 327 328 335 338 339 342—345 366 376 379 389 392 398 403 404 414 420 421
Copper, welding of      309 310 313 315 327 328 335 338 339 342 343 345 352 355
Copper-zinc alloy      272
Cork      172
Corrosion      404
Corrosion resistance      356 433
Cost      358 359 366 371 372 407 408 415 417 464 466 467 468 470 510 511 512 538
Coupling of laser energy      308 311 318 370 375 386
Cr,Tm,Ho:YAG laser (CTH:YAG)      44 46
Cr:LiSAF laser      44 45
Critical exposure      548
Critical temperature      644 649
Cupronickel      349
Cut quality      457 460 466 467
Cutting      158 159 160 161 185 190 195 204 210 233 242 417 425 427 428 432 433 436 438
Cutting nozzle      158 571;
Cutting, abrasive water jet      466 468
Cutting, fusion      425 427 429—430 440
Cutting, head      428
Cutting, melt shear      440 457
Cutting, process      425 429
Cutting, quality      442
Cutting, speed      425 427 428 429 430 444 445 447 448 453 460 466 467 468 470
Cutting, system      428
Cutting, water jet      465
CVL (see also copper vapor laser)      53 54 55 479 480 481 482 484 494 495 496
Cyaniding      281 282
Czochralski method      37
Damage threshold      7 8 70 71 73 118 119 150 500 501 502 503 504 505
Damage thresholds for thin film optical coatings      8
Damage, lens      633
Damkohler number      198
Damping constant      167 168 169
Debye temperature      170 172
Deep penetration welding      66 96 327 329
Depth of focus      104 105 173 174
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