handbook of lasers phần 8 pdf

©2001 CRC Press LLC Methanoic Acid (Formic Acid) – HCOOH—continued Wavelength ( m) Uncertainty ( m) Comments References 432.6313 ±0.00013 2801–2804 1366,1381,1384, 1403,1434,1438,1439 432.6665 ±0.00043 2797–2800 1366,1381,1384, 1403,1438,1439 437.4510 ±0.00044 2793–2796 1366,1381,1384, 1403,1438,1439 444.8 ±0.89 2789–2792 1366,1381,1384, 1403,1438,1439 445.8996 ±0.00045 2785–2788 1366,1381,1384, 1403,1438,1439 446.5054 ±0.00031 2781–2784 1366,1381,1384, 1403,1400,1438,1439 446.8730 ±0.00045 2777–2780 1366,1381,1384, 1403,1438,1439 458.5229 ±0.00069 2773–2776 1366,1379,1381, 1384,1403,1438,1439 513.0022 ±0.00077 2769–2772 1366,1379,1381, 1384,1403,1438,1439 513.0157 ±0.00051 2765–2768 1366,1381,1384, 1403,1438,1439 515.1695 ±0.00052 2761–2764 1366,1381,1384, 1403,1438,1439 533.6783 ±0.00053 2757–2760 1366,1381,1384, 1403,1438,1439 533.7006 ±0.00053 2753–2756 1366,1381,1384, 1403,1438,1439 534.6 6971,6994 1830 535. ±1.1 2745–2748 1366,1381,1384, 1400,1438,1439 535. ±1.1 2749–2752 1366,1381,1384, 1400,1438,1439 580.3872 ±0.00058 2741–2744 1366,1381,1384, 1438,1439 580.8010 ±0.00058 2737–2740 1366,1381,1384, 1403,1438,1439 666.4 6971,6995 1830 669.531 ±0.0010 2733–2736 1366,1379,1381, 1384,1403,1438,1439 705. ±1.4 2729–2732 1366,1381,1384, 1403,1438,1439 742.572 ±0.0015 2725–2728 1366,1379,1381, 1384,1403,1438,1439 ©2001 CRC Press LLC Methanoic Acid (Formic Acid) – HCOOH—continued Wavelength ( m) Uncertainty ( m) Comments References 744.050 ±0.0015 2721–2724 1366,1379,1381, 1384,1403,1438,1439 760. ±15 2717–2720 1366,1381,1384,1438 1439,1459 786.1617 ±0.00079 2713–2716 1366,1381,1384, 1438,1439,1459 786.9419 ±0.00079 2709–2712 1366,1381,1384, 1403,1438,1439 789.8396 ±0.00079 2705–2708 1366,1381,1384, 1403,1438,1439 930. ±19 2697–2700 1366,1381,1384, 1438,1483 930. ±19 2701–2704 1366,1381,1384, 1438,1439,1480,1483 1213.362 ±0.0012 2693–2696 1366,1381,1384, 1403,1438,1439 Table 3.4.89 Methanoic Acid (Formic Acid) – H 13 COOH Wavelength ( m) Uncertainty ( m) Comments References 185.3 6971,7058 1841 231.7 6971,7072 1841 232.2 6971,6996 1830 255.7 6971,7070 1841 258.4 6971,7071 1841 260. ±1.3 2895–2897 1384 292.4 6971,7080 1841 311.1 6971,7080 1841 313. ±1.5 2892–2894 1384 351.0 6971,7078 1841 366.5 69701,7076 1841 393.5 6971,7074 1841 418.1 6971,7080 1841 448.5 6970,7062 1841 448.5335 ±0.00045 2889–2891 1384 458.0 6971,7075 1841 464.8 6970,7062 1841 480. ±2.4 2886–2888 1384 513.1 6971,7061 1841 536.1 6971,7073 1841 536.7 6971,7065 1841 ©2001 CRC Press LLC Methanoic Acid (Formic Acid) – H 13 COOH—continued Wavelength ( m) Uncertainty ( m) Comments References 537.2 6971,6997 1830 572.5 6970,7059 1841 613.4 6971,7065 1841 613.8 6971,6997 1830 638.1 6971,7064 1841 639.4 6971,6998 1830 669.4 6971,7068 1841 740.1 6971,7079 1841 743.3 6970,7077 1841 745.8 6971,7063 1841 746.6 6971,6999 1830 788.9192 ±0.00079 2883–2885 1384 789.0 6971,7069 1841 830.2 6971,7067 1841 1030.378 ±0.0010 2880–2882 1384 1030.5 6971,7060 1841 1219.9 6970,7066 1841 Table 3.4.90 Deuteromethanal (Deuteroformaldehyde) – HDCO Wavelength ( m) Uncertainty ( m) Comments References 152.000 6940 1382 155.000 6939 1382 194.352 9P08 1382 195.0 ±0.96 2523–2526,6933 1380 196.0 ±0.96 2519–2522 1380 331.088 6937 1382 405.486 6938 1382 Table 3.4.91 Hydrogen Fluoride (Hydrofluoric Acid) – HF Wavelength ( m) Uncertainty ( m) Comments References 20.134 6929 1618 20.351 6929 1618 20.939 6929 1618 21.699 6929 1618 21.789 6929 1618 ©2001 CRC Press LLC Table 3.4.92 Methanal (Formaldehyde) – H 2 CO Wavelength ( m) Uncertainty ( m) Comments References 101.9 6929 1734 119.6 6929 1734 122.8 6929 1734 125.9 6929 1734 155.1 6929 1734 157.6 6929 1734 159.5 6929 1734 163.8 6929 1734 170.2 6929 1734 184.4 6929 1734 Table 3.4.93 Trioxane (Cyclic Trimer Of Formaldehyde) – (H 2 CO) 3 Wavelength ( m) Uncertainty ( m) Comments References 376.3 6971,7124 1834 384. ±1.9 6519–6521 1380 384.8 6971,7117 1834 391.6 6971,7134 1834 414.4 6971,7125 1834 419.9 6971,7127 1834 433. ±2.1 6516–6518 1380 439.7 6971,7133 1834 446.7 6971,7126 1834 453.3 6971,7128 1834 460. ±2.3 6513–6515 1380 482.8 6971,7129 1834 492.6 6971,7128 1834 512. ±2.5 6510–6512 1380 559.2 6971,7120 1834 619. ±3.0 6507–6509 1380 648.2 6971,7132 1834 662.9 6971,7122 1834 680. ±3.3 6504,6505,6506 1380 695.3 6971,7123 1834 696. ±3.4 6501,6502,6503 1380 712. ±3.5 6498,6499,6500 1380 729.6 6971,7123 1834 730.4 6971,7115 1834 ©2001 CRC Press LLC Trioxane (Cyclic Trimer Of Formaldehyde) – (H 2 CO) 3 —continued Wavelength ( m) Uncertainty ( m) Comments References 731.1 6971,7135 1834 750. ±3.7 6495–6497 1380 789.5 6971,7118 1834 815. ±4.0 6492–6494 1380 815.3 6971,7131 1834 815.3 6971,7135 1834 837.3 6971,7119 1834 889.9 6971,7116 1834 890. ±4.4 6489–6491 1380 891. ±4.4 6486–6488 1380 948.4 6971,7123 1834 948.9247 ±0.00095 6483–6485 1380 949.2 6971,7121 1834 1058. 6971,7130 1834 1139.2 6971,7117 1834 1139.2 6971,7121 1834 Table 3.4.94 Water – H 2 O Wavelength ( m) Uncertainty ( m) Comments References 23.359 6929 1713 26.666 6929 1713 27.9707534 ±2.5e-07 2093,2094,6929 1368,1369,1407 27.971 6929 1369 28.054 6929 1713 28.273 6929 1713 28.356 6929 1713 32.929 6929 1713 33.029 ±0.0033 2092 1368 33.033 6929 1713 35.000 6929 1713 35.841 6929 1713 36.619 6929 1713 37.859 6929 1713 38.094 6929 1713 39.698 6929 1713 40.629 6929 1713 45.523 6929 1713 ©2001 CRC Press LLC Water – H 2 O—continued Wavelength ( m) Uncertainty ( m) Comments References 47.244 ±0.0047 2090,2091 1368 47.251 6929 1713 47.46315 ±9.5e-05 2089,6929 1368,1383 47.687 ±0.0048 2087,2088,6929 1368 47.693 6929 1383 48.677 6929 1383 53.609 6929 1383 55.077 6929 1383 55.088 ±0.0055 2085,2086,6929 1368 57.660 6929 1383 67.177 6929 1383 73.401 ±0.0073 2083,2084,6929 1368 73.402 6929 1383 78.443 6929 1407 78.443327 ±2.4e-05 2081,2082,6929 1368,1455 79.091 6929 1455 79.09101 ±2.4e-05 2079,2080,6929 1368,1455 89.775 6929 1455 115.32 ±0.012 2077,2078,6929 1368 115.420 6929 1455 118.5910 ±0.00012 2075,2076 1350,1368,1457 120.08 6929 1350 220.2279 ±0.00022 2073,2074,6929 1368,1457 791.06 6929 1746 Table 3.4.95 Hydrogen Sulfide – H 2 S Wavelength ( m) Uncertainty ( m) Comments References 33.47 6929 1753 33.64 6929 1753 49.62 6929 1753 52.40 6929 1753 56.84 6929 1753 60.29 6929 1753 61.50 6929 1753 73.52 6929 1753 80.50 6929 1753 ©2001 CRC Press LLC Hydrogen Sulfide – H 2 S—continued Wavelength ( m) Uncertainty ( m) Comments References 83.43 6929 1753 87.47 6929 1753 92.00 6929 1753 96.38 6929 1753 103.3 6929 1753 108.8 6929 1753 116.8 6929 1753 126.2 6929 1753 129.1 6929 1753 130.8 6929 1753 135.5 6929 1753 140.6 6929 1753 162.4 6929 1753 192.9 6929 1753 225.3 6929 1753 Table 3.4.96 Trideuteroammonia (Fully Deuterated Ammonia) – ND 3 Wavelength ( m) Uncertainty ( m) Comments References 86.90 ±1.7 2515–2518 1437 Table 3.4.97 Dideuterohydrazine – ND 2 ND 2 Wavelength ( m) Uncertainty ( m) CO 2 laser pump line References 115.0 10P16 1770 134.0 10P18 1770 159.5 9P36 1770 217.0 10R14 1770 244.0 10P22 1770 249.0 9P22 1770 252.0 10R36 1770 275.0 10R12 1770 278.0 10P38 1770 ©2001 CRC Press LLC Dideuterohydrazine – ND 2 ND 2 —continued Wavelength ( m) Uncertainty ( m) CO 2 laser pump line References 285.0 10R38 1770 285.5 10P38 1770 286.0 10P32 1770 290.0 10R08 1770 293.0 9P14 1770 296.0 10P32 1770 301.0 10R24 1770 311.0 10P30 1770 354.5 10P32 1770 386.5 10R18 1770 389.0 10P22 1770 434.0 9P14 1770 454.0 10R40 1770 533.0 10P38 1770 552.0 10R12 1770 587.5 10P34 1770 641.0 10P38 1770 658.5 9P22 1770 699.0 10R12 1770 724.0 10R30 1770 Table 3.4.98 Deuteroammonia – NH 2 D Wavelength ( m) Uncertainty ( m) Comments References 85.90 ±1.7 2503–2506 1437 107.8 ±2.2 2499–2502 1437 113.1 ±2.3 2495–2498 1437 123.9 ±2.5 2491–2494 1437 ©2001 CRC Press LLC Table 3.4.99 Ammonia – NH 3 Wavelength ( m) Uncertainty ( m) Comments References 21.46 6929 1206 22.54 6929 1206 22.71 6929 1206 23.68 6929 1206 23.86 6929 1206 24.92 6929 1206 25.12 6929 1206 26.27 6929 1206 30.69 6929 1206 31.47 6929 1206 31.92 6929 1206 32.13 6929 1206 81.480 ±0.020 2385–2390,2395–2397 1393,1461,1462,1463 1464,1484 81.500 ±0.049 2391–2394 1376,1393,1461,1462 1463,1464,1469,1484 87.093 ±0.022 2376–2384 1393,1461,1462,1463 1464,1484 87.41 ±0.43 2372–2375 1393,1461,1462,1463 1464,1484 88.059 ±0.018 2368–2371 1393,1461,1462,1463 1464,1484 90.934 ±0.025 2365–2367 1393,1461,1462,1463 1464,1484 92.876 ±0.026 2361–2364 1393,1461,1462,1463 1464,1484 94.447 ±0.026 2352–2360 1393,1461,1462,1463 1464,1484 96.674 ±0.028 2337–2351 1393,1461,1462,1463 1464,1484 105.35 ±0.034 2325–2336 1393,1461,1462,1463 1464,1484 112.22 ±0.038 2322–2324 1393,1461,1462,1463 1464,1479,1484 114.29 ±0.040 2318–2321 1393,1461,1462,1463 1464,1479,1484 116.27 ±0.041 2312–2317 1393,1461,1462,1463 1464,1484 119.02 ±0.042 2303–2311 1393,1461,1462,1463 1464,1484 ©2001 CRC Press LLC Ammonia – NH 3 —continued Wavelength ( m) Uncertainty ( m) Comments References 147.15 ±0.065 2299–2302 1393,1437,1461,1462 1463,1464,1484 151.49 ±0.068 2285–2298 1393,1461,1462,1463 1464,1484 155.28 ±0.071 2267–2284 1393,1461,1462,1463 1464,1484 215.01 ±0.14 2264–2266 1393,1461,1462,1463 1464,1484 218.28 ±0.14 2258–2263 1393,1461,1462,1463 1464,1484 223.91 ±0.15 2246–2257 1393,1461,1462,1463 1464,1484 225.07 ±0.15 2242–2245 1393,1461,1462,1463 1464,1484 250.06 ±0.19 2236–2241 1393,1461,1462,1463 1464,1484 257.13 ±0.20 2233–2235 1393,1461,1462,1463 1464,1484 263.40 ±0.053 2229–2232 1376,1393,1461, 1462,1463,1464, 1469,1484 263.44 ±0.21 2222–2228 1393,1461,1462,1463 1464,1484 268.82 ±0.22 2213–2221 1393,1461,1462,1463 1464,1484 273.36 ±0.22 220–2209 1393,1461,1462,1463 1464,1484 276.79 ±0.23 2204–2206,2210–2212 1393,1461,1462,1463 1464,1484 279.32 ±0.23 2195–2203 1393,1461,1462,1463 1464,1484 288.51 ±0.25 2189–2194 1393,1461,1462,1463 1464,1484 289.35 ±0.25 2180–2182 1393,1461,1462,1463 1464,1484 289.35 ±0.25 2183–2188 1393,1461,1462,1463 1464,1484 290.2 ±1.4 2176–2179 1393,1461,1462,1463 1464,1484 290.44 ±0.25 2172–2175 1393,1461,1462,1463 1464,1484 290.95 ±0.25 2159–2171 1393,1461,1462,1463 1464,1484 [...]... 13 98, 1 480 ,1 483 182 5 182 5 182 5 184 7 182 5 184 7 182 5 182 5 184 7 182 5 13 98, 1 480 ,1 483 13 98 183 1 183 1 182 5 182 5 184 7 13 98 13 98 182 5 184 7 13 98 182 5 182 5 13 98, 1 480 ,1 483 13 98 13 98 182 5 182 5 182 5 182 5 184 7 182 5 182 5 13 98, 1 480 ,1 483 182 5 Hydrazine – NH 2 NH 2 —continued Wavelength ( m) 311.0747 319.4 327.0 331.5 331.6694 335.1 336.0 339.4 3 68. 862 372.5 373.0 394.0 402 .8 419.7 4 28. 9 435.77 18 461.07 18 461.2 483 .5 527 .87 30 533.5... 4269,4270 4266–42 68 4264,4265 4262,4263 4260,4261 References 13 98, 1 480 ,1 483 182 5 13 98 13 98 13 98, 1 480 ,1 483 182 5 13 98 184 7 13 98, 1 480 ,1 483 13 98 13 98 182 5 182 5 182 5 182 5 13 98, 1 480 ,1 483 13 98, 1 480 ,1 483 182 5 13 98 1 480 ,1 483 182 5 1 480 ,13 98, 1 483 182 5 13 98 1 480 ,1 483 13 98 13 98 13 98 Table 3.4.102 Hydroxylamine – NH 2 OH Wavelength ( m) Uncertainty ( m) CO 2 laser pump line References 277 9R24 17 68 290 17 68 292 9P12 13... 1 787 1 787 1 787 1 787 1 787 1 787 1 787 Table 3.4.109 Fluorosilane – SiH 3 F Wavelength ( m) Uncertainty ( m) CO 2 laser pump line References 187 .0 10R10 1 788 221.0 10R36 1 788 236.0 10R06 1 788 264.5 10R26 1 788 280 .5 10R 38 1 788 330.0 10R06 1 788 340.0 10R22 1 788 343.5 10R14 1 788 369.0 10R16 1 788 516.0 10R20 1 788 ©2001 CRC Press LLC Fluorosilane – SiH 3 F—continued Wavelength ( m) Uncertainty ( m) 622.0 689 .0... References 149.0 C 18 O 2 laser 1 787 301.0 10R14 1 787 322.5 1 787 330.0 10R32 13 CO laser 2 334.0 10R12 1 787 345.0 9P32 13 CO laser 2 1 787 9P34 13 CO laser 2 1 787 1 787 439.0 10R30 13 CO laser 2 455.5 10R 28 1 787 465.0 10R16 C 18 O 2 laser 13 CO laser 2 1 787 10R20 C 18 O 2 laser 1 787 355.5 361.5 412.0 436.5 487 .0 488 .0 4 98. 5 523.5 ©2001 CRC Press LLC 1 787 1 787 1 787 1 787 1 787 1 787 1 787 Table 3.4.1 08 Difluorosilane... 73.07 89 .5 93.04 93.5 98. 0 102.0 106. 18 106.19 113.93 114.2 120.62 136.79 155.2 157. 58 157 .8 160.6 ©2001 CRC Press LLC Comments 7002 7000 7034 7001 7020 7003 7035 7021 7025 7029 70 28 7027 6971,6979 7031 6970,6 987 6970,6979 References 183 1 183 1 184 7 183 1 184 7 183 1 184 7 184 7 184 7 184 7 184 7 184 7 182 5 184 7 182 5 182 5 Hydrazine – NH 2 NH 2 —continued Wavelength ( m) 161. 28 163.4 165.0 165.3 1 78. 6 181 .92643... 622.0 689 .0 1014 1056 10 58 1 286 CO 2 laser pump line 13 CO laser 2 13 CO laser 2 10R30 13 CO laser 2 13 CO laser 2 10R32 References 1 788 1 788 1 788 1 788 1 788 1 788 Table 3.4.110 Sulfur Dioxide – SO 2 Wavelength ( m) 1 28. 1 139.60 140. 78 140 .88 140 .89 142.00 142.1 146.2 149.7 150.00 151.19 151.31 159.5 165.2 169.6 171.4 180 .0 182 .0 192.71 192.72 193.1 205.3 206.40 2 08. 0 215.33 2 58. 0 282 .1 312.1 349.1 Uncertainty... 734.1616 795 80 2 1007 Uncertainty ( m) ±0.00031 ±0.65 ±0.66 ±0.00036 ±0.67 ±0.0023 ±0.75 ±0.75 ±0.00031 ±0.00069 ±0.97 ±0.00090 ±0.00 48 ±1.4 ±0.00 088 ±1.6 ±1.6 ±2.0 Comments 4299–4301 6971,6 986 4297,42 98 4295,4296 4292–4294 6971,6 984 4290,4291 7019 4 288 ,4 289 4 286 ,4 287 4 284 ,4 285 6971,6974 6971,6976 6971,6 983 6970,6 986 4 281 –4 283 42 78 4 280 6970,6 988 4276,4277 4273–4275 6971,6990 4271,4272 6970,69 78 4269,4270... References 169.0 C 18 O 2 laser 1 787 175.5 9P20 13 CO laser 2 1 787 1 787 192.0 C 18 O 2 laser 13 CO laser 2 193.0 C 18 O laser 1 787 195.5 1 787 263.0 10R 28 C 18 O 2 laser 13 CO laser 2 317.5 C 18 O 1 787 330.0 10P22 1 787 343.0 10R14 13 CO laser 2 1 787 352.5 355.0 C 18 O laser 1 787 375.5 1 787 443.0 C 18 O 2 laser 13 CO laser 2 471.0 10R20 1 787 494.0 10R 18 1 787 613.0 10R22 13 CO laser 2 1 787 184 .5 190.5 261.5 1053.0... 4326–43 28 4323–4325 6970,6 980 6971,6977 6971,6977 7032 6970,6 981 7023 6971,6977 6971,6 989 7026 6971,6 985 4320–4322 43 18, 4319 7005 7006 6971,6993 6971,6992 7030 4316,4317 4314,4315 6970,6975 7022 4312,4313 6970,6972 6971,6974 4309,4310,4311 4307,43 08 4305,4306 6970,6991 6971,6976 6970,6 988 6971,6977 7033 6971,69 78 6971,6 985 4302,4303,4304 6971,6 982 References 184 7 182 5 183 1 182 5 182 5 1 480 ,1 483 13 98, 1 480 ,1 483 ... torr of O with 80 torr of He 384 CW; 0. 08 torr of O with 0.5-1.0 torr of He or Ne (probably D = 5 or 7 mm) 385 CW; 0. 08 torr of O with 0.5-1.0 torr of He or Ne (probably D = 5 or 7 mm), and also in 0.03-0.3 torr of O with several millitorr of water vapor; D=15 mm 386 CW; 0. 08 torr of O with 0.5-1.0 torr of He or Ne (probably D = 5 or 7 mm) 387 Pulsed; in pure O; D=15mm(or 75 mm?) 388 CW; 0. 08 torr of . 6971,7 080 184 1 4 48. 5 6970,7062 184 1 4 48. 5335 ±0.00045 288 9– 289 1 1 384 4 58. 0 6971,7075 184 1 464 .8 6970,7062 184 1 480 . ±2.4 288 6– 288 8 1 384 513.1 6971,7061 184 1 536.1 6971,7073 184 1 536.7 6971,7065 184 1 ©2001. 13 98 2 78. 2 6970,6991 182 5 283 .8 6971,6976 182 5 286 .5 6970,6 988 182 5 287 .4 6971,6977 182 5 287 .96 7033 184 7 288 .4 6971,69 78 182 5 301.1 6971,6 985 182 5 301.2754 ±0.00045 4302,4303,4304 13 98, 1 480 ,1 483 301.3. 4 286 ,4 287 13 98 373.0 ±0.75 4 284 ,4 285 13 98 394.0 6971,6974 182 5 402 .8 6971,6976 182 5 419.7 6971,6 983 182 5 4 28. 9 6970,6 986 182 5 435.77 18 ±0.00031 4 281 –4 283 13 98, 1 480 ,1 483 461.07 18 ±0.00069 42 78 4 280