Page 156 - Tunable Lasers Handbook
P. 156

136     Charles Freed


                                               TABLE  10 (conriizued)
                                            BAND I1 (continued)
                             FREQUENCY     STD.DEV.     VAC.WAVE  NO.
                                (MHZ 1       (MHZ 1         (CM-1)
                           3285 9875.7055    0.0059     1096.0874  7080
                           3287 5344.6439    0.0061     1096.6034  5905
                           3289 0650.3571    0.0065     1097.1140 0268
                           3290 5793.2244    0.0071     1097.6191  1437
                           3292 0773.6349    0.0083     1098.1188  0707
                           3293 5591.9873    0.0105     1098.6130  9411
                           3295 0248.6901    0.0142     1099.1019  8909
                    R(44)  3296 4744.1609    0.0196     1099.5855  0595
                    R(45)  3297 9078.8267    0.0271     1100.0636  5893
                    R(46)  3299 3253.1235    0.0372     1100.5364 6258
                    R(47)  3300 7267.4961    0.0502     1101.0039  3173
                    R(48)  3302 1122.3983    0.0668     1101.4660  8152
                    R(49)  3303 4818.2921    0.0876     1101.9229  2736
                    R(50)  3304 8355.6482    0.1135     1102.3744 8496
                    R(51)  3306 1734.9456    0.1452     1102.8207  7028
                    R(52)  3307 4956.6710    0.1838     1103.2617  9957
                    R(53)  3308 8021.3193    0.2304     1103.6975  8933
                    R(54)  3310 0929.3931    0.2863     1104.1281  5632
                    R(55)  3311 3681.4023    0.3529     1104.5535  1756
                    R(56)  3312 6277.8646    0.4317     1104.9736  9032
                    R(57)  3313 8719.3043    0.5246     1105.3886  9208
                    R(58)  3315 1006.2533    0.6335     1105.7985  4058
                    R(59)  3316 3139.2500    0.7606     1106.2032  5379





                   “Reproduced with permission from Bradley er al. [37]. 0 1986 IEEE.

                   [37] the NIST group included all the measurements that applied to laser transi-
                   tions of  W160,,  13C1602, 12C1807, 13ClSO,,  and 12C1702. The uncertainties Maki
                   et al. used in the fitting procedure were those given by Bradley et al. or those by
                   the other papers cited before. Furthermore. several new absolute frequency mea-
                   surements of the I-P(12), I-P(14), I-R(lO), I-R(30), and 11-R(12) lines in the regu-
                   lar band of  W16O7 have been reported [104-1071  and were included by Maki et
                   al. in their  database. Finally more accurate recent measurements  [ 108-1 101 of
                   the methane line required that the I-R(30)  W1602 laser line frequency be cor-
                   rected by -2.9  kHz when compared to the value originally given by Petersen et
                   al. [99]. Remember, that it is precisely this I-R(30) 12C1607 regular band transi-
                   tion that was used by Bradley et al. [37] as the best single absolute CO,  reference
                   line available at that time, as previously shown in Table 1.
                       In the new paper, Maki et al. [38] list the improved molecular constants and
                   frequencies for the regular bands of  12C1607, 13C16O,,  12C1807, and liC1807 and
                   for the 0111-[1110,   0310],,1, hot bands of  1k1602, but do not-give any new val-
                   ues for the other five CO,  - isotopes listed in Bradley et al. [37]
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