# Optical absorption spectrum of Program fragment delivered error ``Can't call method "sample_" on an undefined value at abs.template line 1.'':YSAG (Tm:Y3Sc2Al3O12) # assuming unity concentration per meter. This data was part of the NASA # Laser Spectra Database found on the web until December of 2005 which # was created by Pat Cross working at NASA Langley Research Center, Internal # Operations Group, Aerospace Electronics Systems Division, Remote Sensing. # # The spectra was collected by BMW on 5 June 1993 and was # annotated on 12 June 1993. The sample name was "" was a 10.5000 # long piece of :. # The incident light had unknown polarization. # # Spectra were recorded from 440 to 500nm # every 0.1nm at room temperature. # # FILE NAME ON IBM-PC = YSAG9.SP ON MAC= P12063.02 NO_POINTS = 601. pts DATA_INTV = .00010 nm MIN_LAMBDA = .440000 _m MIN_DATA = .33810 MAX_LAMBDA = .500000 _m MAX_DATA = .40060 SCANSPEED = 15.000000 nm/min SLITWIDTH= .20000 nmITA = 0. RESP = .500 sec ISMS = 0. DATE=93/05/06 INST = 509. ? = 0. 3:52:29 12-06-1993. # ##Wavelength (nm) Absorbance (/meter) 440 268 440.1 48 440.2 280 440.3 41 440.4 345 440.5 119 440.6 298 440.7 218 440.8 243 440.9 148 441 154 441.1 164 441.2 189 441.3 229 441.4 1 441.5 145 441.6 319 441.7 180 441.8 167 441.9 91 442 304 442.1 170 442.2 365 442.3 67 442.4 198 442.5 30 442.6 151 442.7 148 442.8 72 442.9 246 443 199 443.1 152 443.2 129 443.3 256 443.4 233 443.5 94 443.6 52 443.7 67 443.8 82 443.9 112 444 85 444.1 240 444.2 183 444.3 131 444.4 36 444.5 332 444.6 163 444.7 150 444.8 161 444.9 89 445 110 445.1 227 445.2 194 445.3 84 445.4 104 445.5 207 445.6 135 445.7 219 445.8 123 445.9 250 446 140 446.1 121 446.2 195 446.3 211 446.4 154 446.5 126 446.6 132 446.7 215 446.8 226 446.9 101 447 150 447.1 210 447.2 172 447.3 163 447.4 174 447.5 127 447.6 191 447.7 158 447.8 86 447.9 180 448 161 448.1 157 448.2 81 448.3 252 448.4 83 448.5 113 448.6 143 448.7 242 448.8 53 448.9 151 449 289 449.1 261 449.2 169 449.3 175 449.4 318 449.5 280 449.6 115 449.7 184 449.8 122 449.9 221 450 124 450.1 189 450.2 249 450.3 215 450.4 216 450.5 188 450.6 263 450.7 132 450.8 270 450.9 188 451 267 451.1 352 451.2 235 451.3 350 451.4 178 451.5 106 451.6 122 451.7 93 451.8 256 451.9 243 452 155 452.1 147 452.2 143 452.3 198 452.4 125 452.5 230 452.6 226 452.7 153 452.8 184 452.9 199 453 275 453.1 375 453.2 297 453.3 268 453.4 274 453.5 280 453.6 371 453.7 307 453.8 303 453.9 136 454 108 454.1 203 454.2 140 454.3 304 454.4 221 454.5 227 454.6 258 454.7 284 454.8 230 454.9 271 455 242 455.1 258 455.2 284 455.3 275 455.4 212 455.5 292 455.6 289 455.7 290 455.8 296 455.9 382 456 303 456.1 374 456.2 300 456.3 286 456.4 283 456.5 304 456.6 410 456.7 286 456.8 387 456.9 258 457 205 457.1 375 457.2 402 457.3 403 457.4 384 457.5 460 457.6 472 457.7 574 457.8 667 457.9 914 458 936 458.1 1057 458.2 1268 458.3 1497 458.4 1584 458.5 1671 458.6 1738 458.7 1799 458.8 1964 458.9 1916 459 1727 459.1 1783 459.2 1888 459.3 1635 459.4 1712 459.5 1724 459.6 1618 459.7 1743 459.8 1974 459.9 2074 460 2187 460.1 2311 460.2 2402 460.3 2471 460.4 2327 460.5 2345 460.6 2258 460.7 2076 460.8 1946 460.9 1789 461 1525 461.1 1372 461.2 1203 461.3 1152 461.4 1033 461.5 805 461.6 729 461.7 642 461.8 603 461.9 645 462 493 462.1 550 462.2 403 462.3 379 462.4 370 462.5 478 462.6 576 462.7 486 462.8 476 462.9 478 463 556 463.1 557 463.2 717 463.3 765 463.4 834 463.5 804 463.6 883 463.7 989 463.8 917 463.9 1108 464 1162 464.1 1032 464.2 985 464.3 1055 464.4 936 464.5 843 464.6 860 464.7 798 464.8 883 464.9 827 465 729 465.1 694 465.2 701 465.3 733 465.4 802 465.5 642 465.6 664 465.7 722 465.8 687 465.9 611 466 540 466.1 526 466.2 583 466.3 590 466.4 514 466.5 597 466.6 501 466.7 615 466.8 736 466.9 628 467 744 467.1 667 467.2 653 467.3 519 467.4 572 467.5 615 467.6 512 467.7 612 467.8 603 467.9 439 468 517 468.1 503 468.2 463 468.3 448 468.4 444 468.5 415 468.6 344 468.7 427 468.8 275 468.9 342 469 282 469.1 252 469.2 310 469.3 234 469.4 235 469.5 206 469.6 284 469.7 285 469.8 153 469.9 205 470 288 470.1 238 470.2 331 470.3 389 470.4 457 470.5 474 470.6 475 470.7 497 470.8 608 470.9 719 471 600 471.1 617 471.2 707 471.3 629 471.4 657 471.5 779 471.6 701 471.7 572 471.8 588 471.9 315 472 331 472.1 343 472.2 370 472.3 407 472.4 269 472.5 234 472.6 307 472.7 128 472.8 253 472.9 131 473 209 473.1 230 473.2 154 473.3 263 473.4 141 473.5 127 473.6 118 473.7 37 473.8 120 473.9 80 474 15 474.1 113 474.2 119 474.3 146 474.4 173 474.5 30 474.6 190 474.7 58 474.8 59 474.9 1 475 41 475.1 139 475.2 135 475.3 121 475.4 96 475.5 149 475.6 67 475.7 43 475.8 111 475.9 236 476 97 476.1 1 476.2 1 476.3 1 476.4 25 476.5 1 476.6 1 476.7 59 476.8 1 476.9 1 477 108 477.1 1 477.2 1 477.3 75 477.4 30 477.5 6 477.6 1 477.7 1 477.8 24 477.9 1 478 1 478.1 1 478.2 23 478.3 1 478.4 1 478.5 1 478.6 1 478.7 1 478.8 1 478.9 1 479 1 479.1 1 479.2 1 479.3 1 479.4 1 479.5 1 479.6 1 479.7 1 479.8 1 479.9 1 480 1 480.1 1 480.2 1 480.3 1 480.4 1 480.5 1 480.6 1 480.7 1 480.8 1 480.9 1 481 1 481.1 1 481.2 1 481.3 1 481.4 1 481.5 1 481.6 1 481.7 1 481.8 1 481.9 1 482 1 482.1 1 482.2 1 482.3 1 482.4 1 482.5 1 482.6 1 482.7 1 482.8 1 482.9 1 483 1 483.1 1 483.2 1 483.3 1 483.4 1 483.5 1 483.6 1 483.7 1 483.8 1 483.9 1 484 1 484.1 1 484.2 1 484.3 1 484.4 1 484.5 1 484.6 1 484.7 1 484.8 1 484.9 1 485 1 485.1 1 485.2 1 485.3 1 485.4 1 485.5 1 485.6 1 485.7 1 485.8 1 485.9 1 486 1 486.1 1 486.2 1 486.3 1 486.4 1 486.5 1 486.6 1 486.7 1 486.8 1 486.9 1 487 1 487.1 1 487.2 1 487.3 1 487.4 1 487.5 1 487.6 1 487.7 1 487.8 1 487.9 1 488 1 488.1 1 488.2 1 488.3 1 488.4 1 488.5 1 488.6 1 488.7 1 488.8 1 488.9 1 489 1 489.1 1 489.2 1 489.3 1 489.4 1 489.5 1 489.6 1 489.7 1 489.8 1 489.9 1 490 1 490.1 1 490.2 1 490.3 1 490.4 1 490.5 1 490.6 1 490.7 1 490.8 1 490.9 1 491 1 491.1 1 491.2 1 491.3 1 491.4 1 491.5 1 491.6 1 491.7 1 491.8 1 491.9 1 492 1 492.1 1 492.2 1 492.3 1 492.4 1 492.5 1 492.6 1 492.7 1 492.8 1 492.9 1 493 1 493.1 1 493.2 1 493.3 1 493.4 1 493.5 1 493.6 1 493.7 1 493.8 1 493.9 1 494 1 494.1 1 494.2 1 494.3 1 494.4 1 494.5 1 494.6 1 494.7 1 494.8 1 494.9 1 495 1 495.1 1 495.2 1 495.3 1 495.4 1 495.5 1 495.6 1 495.7 1 495.8 1 495.9 1 496 1 496.1 1 496.2 1 496.3 1 496.4 1 496.5 1 496.6 1 496.7 1 496.8 1 496.9 1 497 1 497.1 1 497.2 1 497.3 1 497.4 1 497.5 1 497.6 1 497.7 1 497.8 1 497.9 1 498 1 498.1 1 498.2 1 498.3 1 498.4 1 498.5 1 498.6 1 498.7 1 498.8 1 498.9 1 499 1 499.1 1 499.2 1 499.3 1 499.4 1 499.5 1 499.6 1 499.7 1 499.8 1 499.9 1 500 1