This is a table of supplementary material on HNC that is intended to go with the paper by Maki and Mellau in J. Mol. Spectrosc. In this file the observed transitions that are followed by an asterisk (*) were given a weight of zero. All other measurements were given a weight that is inversely proportional to the uncertainty given in the last column. 00(0)2-00(0)1 HCNEQX.PLC CALIBRATED UPPER VIB.# = 44; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 4; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1895.786967 -0.005681 31 32 0.005000 1903.091117 0.002593 29 30 0.005000 1910.301740 -0.002142 27 28 0.005000 1913.882972 0.001782 26 27 0.005000 1920.972944 -0.001762 24 25 0.005000 1924.491778 0.001007 23 24 0.005000 1927.983377 -0.002900 22 23 0.005000 1931.461507 0.000357 21 22 0.005000 1934.916895 0.001576 20 21 0.005000 1938.355267 0.006557 19 20 0.005000 1945.155083 0.002226 17 18 0.005000 1948.521048 -0.002418 16 17 0.005000 1951.873572 0.000573 15 16 0.005000 1955.205651 0.004272 14 15 0.005000 1958.513958 0.005426 13 14 0.005000 1961.790608 -0.003774 12 13 0.005000 1965.057478 -0.001374 11 12 0.005000 1968.294310 -0.007555 10 11 0.005000 1971.522836 -0.000509 9 10 0.005000 1974.727744 0.004529 8 9 0.005000 1977.902047 0.000650 7 8 0.005000 1981.050507 -0.007305 6 7 0.005000 1984.190250 -0.002133 5 6 0.005000 2014.327146 0.007867 4 3 0.005000 2020.070540 -0.004031 6 5 0.005000 2025.730769 -0.007553 8 7 0.005000 2028.540995 0.005330 9 8 0.005000 2031.307324 -0.002552 10 9 0.005000 2034.067768 0.006894 11 10 0.005000 2036.793391 0.004816 12 11 0.005000 2039.483399 -0.009496 13 12 0.005000 2044.834847 0.003784 15 14 0.005000 2047.469475 0.004732 16 15 0.005000 2052.667411 0.006534 18 17 0.005000 2055.216192 -0.006969 19 18 0.005000 2057.759974 -0.001505 20 19 0.005000 2060.274778 -0.000968 21 20 0.005000 2062.760536 -0.005340 22 21 0.005000 2065.232526 0.000742 23 22 0.005000 2067.664531 -0.008855 24 23 0.005000 2070.099348 0.008752 25 24 0.005000 2072.487365 0.004036 26 25 0.005000 2074.851529 0.000031 27 26 0.005000 2081.808218 0.000451 30 29 0.005000 2084.072320 -0.004504 31 30 0.005000 2088.542612 0.002742 33 32 0.005000 2090.737731 0.004046 34 33 0.005000 2092.895941 -0.006306 35 34 0.005000 2095.046922 0.001455 36 35 0.005000 2097.163757 0.000497 37 36 0.005000 2103.364575 0.001377 40 39 0.005000 THE RMS DEV. = 0.004574 FOR 51 LINES 10(0)0-00(0)0 HCNEQX1.PKL UPPER VIB.# = 6; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3463.017674 0.005656 53 54 0.001000 3466.973724 0.003448 52 53 0.001000 3470.911114* -0.002211 51 52 0.001000 3474.843249 0.002181 50 51 0.001000 3478.755308 0.001901 49 50 0.001000 3482.655511* 0.005266 48 49 0.001000 3486.529285 -0.002199 47 48 0.001000 3490.395677 -0.001351 46 47 0.001000 3494.246099 -0.000681 45 46 0.001000 3498.080668 0.000024 44 45 0.001000 3501.898858 0.000335 43 44 0.001000 3505.697308 -0.003015 42 43 0.001000 3509.486776 0.000829 41 42 0.001000 3513.255134 -0.000166 40 41 0.001000 3517.006663 -0.001625 39 40 0.001000 3520.743473 -0.001342 38 39 0.001000 3524.463471 -0.001316 37 38 0.001000 3528.168500 0.000389 36 37 0.001000 3531.855427 0.000736 35 36 0.001000 3535.525055 0.000619 34 35 0.001000 3539.177710 0.000459 33 34 0.001000 3542.812662 -0.000382 32 33 0.001000 3550.033045 -0.000147 30 31 0.001000 3553.617216 -0.000148 29 30 0.001000 3557.181759 -0.002386 28 29 0.001000 3560.733314 -0.000129 27 28 0.001000 3564.265276 0.000106 26 27 0.001000 3567.779324 0.000092 25 26 0.001000 3571.275739 0.000198 24 25 0.001000 3574.754144 0.000138 23 24 0.001000 3578.214801 0.000264 22 23 0.001000 3581.657080 0.000033 21 22 0.001000 3585.081401 -0.000043 20 21 0.001000 3588.487855 0.000213 19 20 0.001000 3591.878575* 0.003023 18 19 0.001000 3595.245385 0.000298 17 18 0.001000 3598.596769 0.000611 16 17 0.001000 3601.929242 0.000563 15 16 0.001000 3605.242698 0.000135 14 15 0.001000 3608.538234 0.000510 13 14 0.001000 3611.815288 0.001212 12 13 0.001000 3615.071843 0.000308 11 12 0.001000 3618.310300 0.000287 10 11 0.001000 3621.529771 0.000343 9 10 0.001000 3624.732028* 0.002333 8 9 0.001000 3627.911140 0.000411 7 8 0.001000 3631.073043 0.000595 6 7 0.001000 3634.215168 0.000399 5 6 0.001000 3637.338748 0.001139 4 5 0.001000 3640.441192 0.000307 3 4 0.001000 3643.524241 -0.000276 2 3 0.001000 3646.592550* 0.004128 1 2 0.001000 3655.661842 0.000866 1 0 0.001000 3658.646079 0.000905 2 1 0.001000 3661.610012 0.000767 3 2 0.001000 3664.554623 0.001511 4 3 0.001000 3667.476442 -0.000255 5 4 0.001000 3670.380698 0.000776 6 5 0.001000 3673.263079 0.000370 7 6 0.001000 3676.125315 0.000332 8 7 0.001000 3678.966831 0.000164 9 8 0.001000 3681.789112 0.001428 10 9 0.001000 3684.587643 -0.000318 11 10 0.001000 3687.367768 0.000346 12 11 0.001000 3690.126553 0.000560 13 12 0.001000 3692.863864 0.000263 14 13 0.001000 3695.580811 0.000640 15 14 0.001000 3698.278365* 0.002733 16 15 0.001000 3700.950353 0.000442 17 16 0.001000 3703.603348 0.000412 18 17 0.001000 3706.235019 0.000382 19 18 0.001000 3708.845327 0.000384 20 19 0.001000 3711.434099 0.000316 21 20 0.001000 3714.001256 0.000167 22 21 0.001000 3716.546878 0.000088 23 22 0.001000 3719.071807 0.000988 24 23 0.001000 3721.573548 0.000440 25 24 0.001000 3724.053685 0.000096 26 25 0.001000 3726.512265 0.000069 27 26 0.001000 3728.948415 -0.000446 28 27 0.001000 3731.363080 -0.000440 29 28 0.001000 3733.756129 0.000021 30 29 0.001000 3736.126256 -0.000303 31 30 0.001000 3738.474184 -0.000627 32 31 0.001000 3740.799380 -0.001418 33 32 0.001000 3743.103913 -0.000547 34 33 0.001000 3745.384750 -0.000982 35 34 0.001000 3747.643929 -0.000626 36 35 0.001000 3749.880462 -0.000404 37 36 0.001000 3752.094096 -0.000509 38 37 0.001000 3754.284550 -0.001163 39 38 0.001000 3756.453155 -0.000975 40 39 0.001000 3758.598299 -0.001499 41 40 0.001000 3760.720148 -0.002511 42 41 0.001000 3762.821769 -0.000885 43 42 0.001000 3764.898647 -0.001081 44 43 0.001000 3766.952656 -0.001169 45 44 0.001000 3768.983251 -0.001637 46 45 0.001000 3770.991026 -0.001838 47 46 0.001000 3772.975296 -0.002401 48 47 0.001000 3774.939130 -0.000205 49 48 0.001000 3776.875123 -0.002601 50 49 0.001000 3778.789909* -0.002904 51 50 0.001000 3780.684347 -0.000201 52 51 0.001000 3782.559217* 0.006336 53 52 0.001000 3784.400540 0.002780 54 53 0.001000 3786.231075* 0.011939 55 54 0.001000 THE RMS DEV. = 0.001211 FOR 98 LINES 03(3E)1-03(3E)0 HCNEQX.PLC CALIBRATED UPPER VIB.# = 25; EIG1 = 3; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 5; LOWER EIG1 = 3; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1880.760273 0.000774 34 35 0.004000 1888.310652 0.000855 32 33 0.004000 1892.058860 0.003059 31 32 0.004000 1895.786967 0.004776 30 31 0.004000 1899.486723 -0.002102 29 30 0.004000 1906.838102 -0.004130 27 28 0.004000 1910.475407* -0.013288 26 27 0.004000 1921.298919 -0.006247 23 24 0.004000 1924.868211 -0.000906 22 23 0.004000 1931.936288 0.002623 20 21 0.004000 1935.432093 -0.001821 19 20 0.004000 1938.913608 0.001025 18 19 0.004000 1942.379582* 0.010076 17 18 0.004000 1949.225716* 0.008229 15 16 0.004000 1952.606645* -0.001607 14 15 0.004000 1955.962950* -0.013739 13 14 0.004000 1959.316897* -0.005784 12 13 0.004000 2046.432821 0.005160 16 15 0.004000 2056.933910 0.003942 20 19 0.004000 2059.487656* -0.009278 21 20 0.004000 2062.036279 -0.003916 22 21 0.004000 2067.051070 -0.003956 24 23 0.004000 2071.979294 0.005995 26 25 0.004000 2079.162367 -0.004790 29 28 0.004000 2081.513039 -0.002583 30 29 0.004000 2083.831758* -0.007376 31 30 0.004000 THE RMS DEV. = 0.003688 FOR 18 LINES 03(3F)1-03(3F)0 HCNEQX.PLC CALIBRATED UPPER VIB.# = 25; EIG1 = 4; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 5; LOWER EIG1 = 4; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1891.613294 -0.000249 31 32 0.004000 1902.828464 -0.005641 28 29 0.004000 1906.535864 -0.000236 27 28 0.004000 1910.219027 0.001259 26 27 0.004000 1921.131283 -0.001275 23 24 0.004000 1924.731539* 0.006615 22 23 0.004000 1935.358411 0.001067 19 20 0.004000 1955.962950* -0.000426 13 14 0.004000 1959.316897* 0.003387 12 13 0.004000 2057.029552 -0.001337 20 19 0.004000 2059.624974 -0.000740 21 20 0.004000 2062.202348 0.000410 22 21 0.004000 2064.759132 -0.000493 23 22 0.004000 2067.301007 0.002383 24 23 0.004000 2072.317082 -0.001635 26 25 0.004000 2074.800166 0.001889 27 26 0.004000 2077.260520 0.004361 28 27 0.004000 2079.689914 -0.001300 29 28 0.004000 2084.486604 -0.001728 31 30 0.004000 2086.851220 0.002806 32 31 0.004000 THE RMS DEV. = 0.002203 FOR 17 LINES 03(3)1-03(3)0 ZHCNEWS.PKL UPPER VIB.# = 25; EIG1 = 3; EIG2 = 4; UPPER STATE= 0 LOWER VIB.# = 5; LOWER EIG1 = 3; LOWER EIG2 = 4; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1938.913608* 0.031035 18 19 0.009000 1942.379582* 0.033195 17 18 0.009000 1949.225716* 0.021190 15 16 0.009000 1952.606645 0.007795 14 15 0.004000 1955.962950 -0.007083 13 14 0.004000 1959.316897 -0.001198 12 13 0.004000 1965.944971 0.000020 10 11 0.004000 1969.227324 0.003538 9 10 0.004000 1972.476592 -0.002992 8 9 0.004000 1975.713817 0.001457 7 8 0.004000 1982.107623 -0.001278 5 6 0.004000 1985.272278 -0.000414 4 5 0.004000 2015.642950 -0.006755 5 4 0.004000 2018.555887 -0.005876 6 5 0.004000 2021.452236 0.001138 7 6 0.004000 2024.318311 0.000550 8 7 0.004000 2027.161577 -0.000229 9 8 0.004000 2029.983819 0.000522 10 9 0.004000 2032.785562 0.003253 11 10 0.004000 2035.558026 -0.000901 12 11 0.004000 2038.313615 0.000362 13 12 0.004000 2041.056682 0.011283 14 13 0.004000 2043.755246 -0.000247 15 14 0.004000 THE RMS DEV. = 0.004235 FOR 20 LINES 03(1E)1-03(1E)0 ZHCNEWS.PKL UPPER VIB.# = 25; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 5; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1885.991932 0.001008 33 34 0.004000 1889.721728 0.004432 32 33 0.004000 1904.421239 0.000794 28 29 0.004000 1918.796698 -0.000988 24 25 0.004000 1925.860768 -0.002723 22 23 0.004000 1929.364703 -0.000928 21 22 0.004000 1932.846079 -0.001165 20 21 0.004000 1936.305095 -0.003224 19 20 0.004000 1939.752458 0.003616 18 19 0.004000 1943.170378 0.001585 17 18 0.004000 1946.570539 0.002391 16 17 0.004000 1953.320996* 0.016059 14 15 0.004000 1956.648207 0.005927 13 14 0.004000 1959.958373 -0.000466 12 13 0.004000 1963.253296 -0.001249 11 12 0.004000 1966.529841 0.000534 10 11 0.004000 1969.776228* -0.006800 9 10 0.004000 1973.015035 -0.000561 8 9 0.004000 1979.415248 -0.001522 6 7 0.004000 1982.581358 -0.003740 5 6 0.004000 1991.955439* -0.003749 2 3 0.004000 2018.862691 0.000484 6 5 0.004000 2021.739014* 0.004448 7 6 0.004000 2024.581434 -0.001462 8 7 0.004000 2027.404155 -0.002881 9 8 0.004000 2030.207517 0.000685 10 9 0.004000 2032.981088 -0.001048 11 10 0.004000 2035.733346 0.000528 12 11 0.004000 2038.456959 -0.001796 13 12 0.004000 2041.163864 0.004022 14 13 0.004000 2043.835668 -0.000314 15 14 0.004000 2046.479569* -0.007529 16 15 0.004000 2054.294753 0.005043 19 18 0.004000 2059.369180 0.003708 21 20 0.004000 2061.865743 0.000240 22 21 0.004000 2066.788967 -0.000882 24 23 0.004000 2071.623942* 0.010689 26 25 0.004000 2076.330953 -0.004780 28 27 0.004000 2078.658159 -0.000963 29 28 0.004000 2080.953702 -0.003563 30 29 0.004000 2085.475646 -0.002103 32 31 0.004000 2087.699998 -0.000041 33 32 0.004000 2089.894611 -0.002377 34 33 0.004000 2092.072255 0.003701 35 34 0.004000 2096.351549* 0.016191 37 36 0.004000 THE RMS DEV. = 0.002563 FOR 38 LINES 03(1F)1-03(1F)0 HCNEqs.PLc calibrated UPPER VIB.# = 25; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 5; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1899.911654 0.002693 29 30 0.004000 1903.556896 0.001993 28 29 0.004000 1907.176582 -0.004051 27 28 0.004000 1910.795895* 0.009179 26 27 0.004000 1914.375084 0.001322 25 26 0.004000 1921.507978* 0.014882 23 24 0.004000 1928.543511 0.001074 21 22 0.004000 1932.043442 0.001967 20 21 0.004000 1935.523521 0.000064 19 20 0.004000 1938.986587 -0.001660 18 19 0.004000 1945.866635 0.001394 16 17 0.004000 1949.276454 -0.000344 15 16 0.004000 1952.669605 -0.000306 14 15 0.004000 1956.039381 -0.004831 13 14 0.004000 1959.400126 0.000794 12 13 0.004000 1962.743853* 0.008933 11 12 0.004000 1969.343587 -0.002583 9 10 0.004000 1972.620249 -0.000968 8 9 0.004000 1975.875597 0.000096 7 8 0.004000 1979.114560 0.005802 6 7 0.004000 1982.315980 -0.004759 5 6 0.004000 2022.043614 0.000833 7 6 0.004000 2027.803323 0.001497 9 8 0.004000 2030.637342* -0.006874 10 9 0.004000 2039.025399 0.006533 13 12 0.004000 2041.753953 -0.004317 14 13 0.004000 2044.470659 -0.000190 15 14 0.004000 2052.444387 0.001991 18 17 0.004000 2055.043806 0.001491 19 18 0.004000 2057.623290* 0.010608 20 19 0.004000 2065.143827 0.001520 23 22 0.004000 2067.590045 -0.001029 24 23 0.004000 2070.005596 -0.003927 25 24 0.004000 2072.395933 -0.002244 26 25 0.004000 2074.750063* -0.007725 27 26 0.004000 2083.926511 0.001210 31 30 0.004000 2088.357924 -0.001522 33 32 0.004000 2090.539862 -0.001529 34 33 0.004000 2092.702127 0.001821 35 34 0.004000 2096.955181* 0.005869 37 36 0.004000 THE RMS DEV. = 0.002646 FOR 33 LINES 02(2f)0-01(1f)0 EHCNESS.PLC UPPER VIB.# = 3; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 494.711595 -0.000424 7 6 0.000600 503.772035 0.000510 10 9 0.000600 506.785137 0.000202 11 10 0.000600 509.795361 0.000340 12 11 0.000600 515.805504 0.000547 14 13 0.000600 518.805175 0.000491 15 14 0.000600 521.800516 -0.000320 16 15 0.000600 524.793529 0.000176 17 16 0.000600 527.784097* 0.001918 18 17 0.000600 533.748741 0.000203 20 19 0.000600 536.726989 0.001024 21 20 0.000600 545.632738* -0.001880 24 23 0.000600 548.596692 0.000559 25 24 0.000600 551.552628 -0.000923 26 25 0.000600 557.455790 -0.000133 28 27 0.000600 560.402140 0.001351 29 28 0.000600 THE RMS DEV. = 0.000619 FOR 14 LINES 02(2f)0-01(1f)0 ZHCNEWS.PKL UPPER VIB.# = 3; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 500.756201 0.001344 9 8 0.001000 506.784129 -0.000806 11 10 0.001000 521.800599 -0.000236 16 15 0.001000 524.792117 -0.001236 17 16 0.001000 THE RMS DEV. = 0.001005 FOR 4 LINES 02(0)0-01(1E)0 EHCNESS.PLC UPPER VIB.# = 3; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 511.185940 0.000041 15 14 0.000600 514.383720 -0.000822 16 15 0.000600 517.573851 -0.000288 17 16 0.000600 520.753779 0.000617 18 17 0.000600 523.919858 -0.000636 19 18 0.000600 527.075657 0.000250 20 19 0.000600 530.217816 0.000293 21 20 0.000600 533.346046 -0.000707 22 21 0.000600 536.463735 0.000490 23 22 0.000600 539.567614 0.000298 24 23 0.000600 545.739026 -0.000984 26 25 0.000600 548.809698 0.000018 27 26 0.000600 551.869097 0.000133 28 27 0.000600 554.917275 -0.001120 29 28 0.000600 557.959266 0.000783 30 29 0.000600 560.989161 -0.000541 31 30 0.000600 567.026991 -0.000241 33 32 0.000600 581.991234 -0.000080 38 37 0.000600 THE RMS DEV. = 0.000564 FOR 18 LINES 02(0)0-01(1E)0 ZHCNEWS.PKL UPPER VIB.# = 3; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 517.574175 0.000036 17 16 0.001000 520.753275 0.000113 18 17 0.001000 523.920984 0.000490 19 18 0.001000 527.075472 0.000065 20 19 0.001000 530.218724 0.001201 21 20 0.001000 533.346362 -0.000391 22 21 0.001000 536.464988 0.001743 23 22 0.001000 545.741077 0.001067 26 25 0.001000 548.810568 0.000888 27 26 0.001000 551.869361 0.000397 28 27 0.001000 554.919274 0.000879 29 28 0.001000 557.959862 0.001379 30 29 0.001000 564.011966 -0.000521 32 31 0.001000 570.033649 -0.000639 34 33 0.001000 579.014050 0.001791 37 36 0.001000 581.989926 -0.001388 38 37 0.001000 THE RMS DEV. = 0.000983 FOR 16 LINES 02(2f)0-01(1e)0 EHCNESS.PLC UPPER VIB.# = 3; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 473.871288 -0.000408 6 6 0.000800 474.332339* 0.002301 9 9 0.000800 474.729749 -0.000729 11 11 0.000800 474.959202 0.000152 12 12 0.000800 476.384014 0.000560 17 17 0.000800 477.459777 -0.001451 20 20 0.000800 477.856822 -0.000448 21 21 0.000800 478.271542 -0.000033 22 22 0.000800 478.704193 0.000129 23 23 0.000800 479.154937 0.000286 24 24 0.000800 480.111375 0.001611 26 26 0.000800 481.675502 -0.000361 29 29 0.000800 482.232449 -0.000629 30 30 0.000800 483.399468 -0.000175 32 32 0.000800 THE RMS DEV. = 0.000712 FOR 13 LINES 02(2f)0-01(1e)0 ZHCNEWS.PKL UPPER VIB.# = 3; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 476.723553 -0.000694 18 18 0.001000 477.082291 -0.001238 19 19 0.001000 478.703628 -0.000436 23 23 0.001000 480.108186 -0.001578 26 26 0.001000 481.676098 0.000235 29 29 0.001000 482.232482 -0.000596 30 30 0.001000 THE RMS DEV. = 0.000922 FOR 6 LINES 02(2E)0-01(1F)0 EHCNESS.PLC UPPER VIB.# = 3; EIG1 = 3; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 473.516291 0.000163 11 11 0.000800 473.641057 0.000015 13 13 0.000800 473.734182 -0.000147 14 14 0.000800 473.851638 0.000176 15 15 0.000800 473.994532 -0.000029 16 16 0.000800 474.165158 -0.000223 17 17 0.000800 474.366211* 0.000940 18 18 0.000800 474.595010 -0.000156 19 19 0.000800 474.855765 0.000158 20 20 0.000800 475.146582 -0.000197 21 21 0.000800 475.820181 -0.000445 23 23 0.000800 476.202630 0.000209 24 24 0.000800 476.612858 -0.000445 25 25 0.000800 477.050864* -0.001678 26 26 0.000800 477.519630 0.000261 27 27 0.000800 478.011761 -0.001242 28 28 0.000800 478.532468 -0.000199 29 29 0.000800 479.078553 0.000944 30 30 0.000800 479.647114 0.000010 31 31 0.000800 480.241255 0.000796 32 32 0.000800 481.495898 -0.000276 34 34 0.000800 482.156288* -0.001039 35 35 0.000800 482.840036 0.000107 36 36 0.000800 483.544127 0.000667 37 37 0.000800 THE RMS DEV. = 0.000456 FOR 21 LINES 02(2E)0-01(1F)0 ZHCNEWS.PKL UPPER VIB.# = 3; EIG1 = 3; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 473.734075 -0.000254 14 14 0.000800 473.851891 0.000429 15 15 0.000800 473.994549 -0.000012 16 16 0.000800 474.165417 0.000036 17 17 0.000800 474.364698 -0.000573 18 18 0.000800 474.855775 0.000168 20 20 0.000800 475.146519 -0.000260 21 21 0.000800 475.820660 0.000035 23 23 0.000800 476.201971 -0.000450 24 24 0.000800 476.613114 -0.000189 25 25 0.000800 477.518806 -0.000563 27 27 0.000800 478.012904 -0.000099 28 28 0.000800 478.532342 -0.000325 29 29 0.000800 479.077766 0.000157 30 30 0.000800 479.647189 0.000086 31 31 0.000800 480.240493 0.000034 32 32 0.000800 480.857187 0.000165 33 33 0.000800 482.157118 -0.000208 35 35 0.000800 THE RMS DEV. = 0.000284 FOR 18 LINES 11(1E)1-01(1E)1 HCNEQX.PKL UPPER VIB.# = 32; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 12; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3538.617701* -0.014406 24 25 0.004000 3548.899745 -0.000069 21 22 0.004000 3552.289454 0.002022 20 21 0.004000 3562.347537 0.003224 17 18 0.004000 3565.662412 0.001395 16 17 0.004000 3568.960792 0.000998 15 16 0.004000 3572.242565 0.002003 14 15 0.004000 3575.499697 -0.003546 13 14 0.004000 3578.744015 -0.003741 12 13 0.004000 3581.988329* 0.014307 11 12 0.004000 3585.189429* 0.007469 10 11 0.004000 3588.369877 -0.001614 9 10 0.004000 3667.230149* -0.008844 17 16 0.004000 3675.100631 -0.001276 20 19 0.004000 3677.680329 -0.000901 21 20 0.004000 3680.237902 -0.001695 22 21 0.004000 3682.777537 0.000607 23 22 0.004000 3685.291777 -0.001372 24 23 0.004000 3690.262147 0.000217 26 25 0.004000 3692.713829 -0.000506 27 26 0.004000 3695.145747 0.000436 28 27 0.004000 3697.554423 -0.000357 29 28 0.004000 3704.657282 0.003921 32 31 0.004000 3709.274149 -0.002626 34 33 0.004000 THE RMS DEV. = 0.002013 FOR 20 LINES 11(1F)1-01(1F)1 HCNEQX.PKL UPPER VIB.# = 32; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 12; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3520.833965 -0.002010 29 30 0.008000 3538.305493 -0.003948 24 25 0.004000 3541.759292 0.005115 23 24 0.004000 3551.985997 -0.001406 20 21 0.004000 3555.363970 -0.000641 19 20 0.004000 3558.729016 0.004237 18 19 0.004000 3565.398105 0.004372 16 17 0.004000 3571.993445 -0.000282 14 15 0.004000 3575.267396 -0.000295 13 14 0.004000 3578.524254 0.000048 12 13 0.004000 3581.763465 0.000264 11 12 0.004000 3645.599733 0.003745 9 8 0.004000 3654.029346* -0.007759 12 11 0.004000 3656.813579 0.001948 13 12 0.004000 3665.010506 -0.005791 16 15 0.004000 3673.038564 -0.001928 19 18 0.004000 3675.672775 -0.001868 20 19 0.004000 3678.286884 -0.001447 21 20 0.004000 3683.453812 -0.000084 23 22 0.004000 3686.000705 -0.004855 24 23 0.004000 3693.541898 0.007112 27 26 0.004000 3698.449973 0.001604 29 28 0.004000 3703.273680 -0.002514 31 30 0.004000 THE RMS DEV. = 0.003228 FOR 22 LINES 10(0)1-00(0)1 HCNEQX.PKL UPPER VIB.# = 30; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 4; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3495.081900 0.002128 42 43 0.000800 3506.311632 0.000659 39 40 0.000800 3510.028302* 0.006321 38 39 0.000800 3524.701992* 0.002033 34 35 0.000800 3528.323197 -0.004291 33 34 0.000800 3531.939501* 0.001451 32 33 0.000800 3539.107403 -0.000511 30 31 0.000800 3542.670241* 0.003203 29 30 0.000800 3546.202365* -0.006473 28 29 0.000800 3553.241731 0.001622 26 27 0.000800 3560.195290* -0.005730 24 25 0.000800 3563.652642* -0.002228 23 24 0.000800 3567.090872 0.000006 22 23 0.000800 3570.505054* -0.003868 21 22 0.000800 3573.909474 0.000525 20 21 0.000800 3577.290867 0.000005 19 20 0.000800 3580.655769 0.001195 18 19 0.000800 3584.000095 0.000097 17 18 0.000800 3587.327313 0.000265 16 17 0.000800 3590.635392 -0.000248 15 16 0.000800 3593.925735 0.000048 14 15 0.000800 3597.195336* -0.001768 13 14 0.000800 3600.449890 0.000082 12 13 0.000800 3606.895910 -0.002824 10 11 0.000800 3610.096908 0.002118 9 10 0.000800 3613.272873 0.001078 8 9 0.000800 3616.427993 -0.001673 7 8 0.000800 3619.567594 -0.000728 6 7 0.000800 3622.687986 0.000307 5 6 0.000800 3652.801422 -0.000478 4 3 0.000800 3658.582725 -0.002356 6 5 0.000800 3661.445584 -0.000616 7 6 0.000800 3664.287357 0.000455 8 7 0.000800 3667.108404 0.001294 9 8 0.000800 3672.685411 -0.000324 11 10 0.000800 3675.439556* -0.004445 12 11 0.000800 3678.181978 0.000511 13 12 0.000800 3680.892827* -0.005233 14 13 0.000800 3683.595663 0.001959 15 14 0.000800 3686.268159 -0.000166 16 15 0.000800 3688.921959 0.000110 17 16 0.000800 3691.554468 0.000265 18 17 0.000800 3701.869946 -0.000519 22 21 0.000800 3704.396631 0.000748 23 22 0.000800 3706.900332 0.000632 24 23 0.000800 3709.380212 -0.001632 25 24 0.000800 3711.842843 0.000595 26 25 0.000800 3714.282067 0.001227 27 26 0.000800 3721.467108* 0.002041 30 29 0.000800 3726.143469 -0.000778 32 31 0.000800 3728.444980* -0.005565 33 32 0.000800 3730.736247 0.001688 34 33 0.000800 3732.985992* -0.010234 35 34 0.000800 3737.452302 0.000048 37 36 0.000800 3741.815592 -0.002522 39 38 0.000800 3746.076228* -0.017075 41 40 0.000800 THE RMS DEV. = 0.001335 FOR 41 LINES 11(1F)0-01(1F)0 HCNEQX.PKL UPPER VIB.# = 22; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3456.772130 0.000201 49 50 0.000800 3460.630981 -0.000469 48 49 0.000800 3464.482391* 0.006117 47 48 0.000800 3468.302183 -0.004142 46 47 0.000800 3472.125079 0.003551 45 46 0.000800 3475.916168* -0.005638 44 45 0.000800 3479.706417 -0.000665 43 44 0.000800 3483.476170 -0.001110 42 43 0.000800 3487.227630* -0.004691 41 42 0.000800 3490.971229 -0.000899 40 41 0.000800 3494.695128 -0.001495 39 40 0.000800 3498.404386 -0.001341 38 39 0.000800 3502.098925 -0.000438 37 38 0.000800 3505.779573 0.002123 36 37 0.000800 3509.433742* -0.006167 35 36 0.000800 3513.084356 -0.002306 34 35 0.000800 3516.717660 0.000032 33 34 0.000800 3520.330284 -0.002444 32 33 0.000800 3523.933768 0.001888 31 32 0.000800 3527.514941 -0.000064 30 31 0.000800 3531.085204* 0.003183 29 30 0.000800 3534.633139 0.000291 28 29 0.000800 3538.168089 0.000684 27 28 0.000800 3541.686053 0.000445 26 27 0.000800 3545.186509 -0.000869 25 26 0.000800 3548.673125 0.000493 24 25 0.000800 3552.141925 0.000637 23 24 0.000800 3555.593418 0.000155 22 23 0.000800 3559.027725 -0.000751 21 22 0.000800 3562.447272 0.000430 20 21 0.000800 3565.848856 0.000576 19 20 0.000800 3569.231796 -0.000910 18 19 0.000800 3572.600427 0.000390 17 18 0.000800 3575.950529 0.000340 16 17 0.000800 3579.279438* -0.003641 15 16 0.000800 3582.598696 0.000073 14 15 0.000800 3585.896693 -0.000044 13 14 0.000800 3589.177019 -0.000318 12 13 0.000800 3592.440134 -0.000205 11 12 0.000800 3595.683873 -0.001785 10 11 0.000800 3598.912458 -0.000753 9 10 0.000800 3602.122263 -0.000649 8 9 0.000800 3605.315543 0.000866 7 8 0.000800 3608.484577* -0.003844 6 7 0.000800 3611.643740 -0.000319 5 6 0.000800 3614.780953 -0.000553 4 5 0.000800 3617.899792 -0.000885 3 4 0.000800 3621.000385 -0.001102 2 3 0.000800 3624.081045* -0.002806 1 2 0.000800 3636.230869* 0.003731 2 1 0.000800 3639.214875 -0.001115 3 2 0.000800 3642.187977* 0.002093 4 3 0.000800 3645.146781* 0.010048 5 4 0.000800 3648.067410 -0.001042 6 5 0.000800 3650.978009* -0.002946 7 6 0.000800 3653.876349* 0.002191 8 7 0.000800 3656.747606 -0.000368 9 8 0.000800 3659.602386 0.000069 10 9 0.000800 3662.436949 -0.000153 11 10 0.000800 3665.252329 0.000085 12 11 0.000800 3668.047887 0.000231 13 12 0.000800 3670.822997 -0.000256 14 13 0.000800 3673.577308* -0.001642 15 14 0.000800 3676.314769 0.000107 16 15 0.000800 3679.030763 0.000462 17 16 0.000800 3681.725882 0.000097 18 17 0.000800 3684.402374 0.001348 19 18 0.000800 3687.056413 0.000474 20 19 0.000800 3689.693497* 0.003057 21 20 0.000800 3692.305148 0.000704 22 21 0.000800 3694.898130 0.000266 23 22 0.000800 3697.471177 0.000560 24 23 0.000800 3700.023211 0.000594 25 24 0.000800 3702.554342 0.000563 26 25 0.000800 3705.064284 0.000265 27 26 0.000800 3707.553548 0.000296 28 27 0.000800 3710.021747 0.000353 29 28 0.000800 3712.468454 0.000094 30 29 0.000800 3714.894389 0.000322 31 30 0.000800 3717.298203 -0.000226 32 31 0.000800 3719.681805 0.000441 33 32 0.000800 3722.043028 0.000241 34 33 0.000800 3724.382591 -0.000024 35 34 0.000800 3726.700419 -0.000345 36 35 0.000800 3729.001240* 0.004090 37 36 0.000800 3731.271255 -0.000437 38 37 0.000800 3733.524066 -0.000239 39 38 0.000800 3735.754706 -0.000201 40 39 0.000800 3737.964391 0.000975 41 40 0.000800 3740.149725 -0.000024 42 41 0.000800 3742.313332 -0.000491 43 42 0.000800 3744.455397 -0.000160 44 43 0.000800 3746.575618 0.000748 45 44 0.000800 3748.673393 0.001715 46 45 0.000800 3750.745605 -0.000298 47 46 0.000800 3752.798702 0.001241 48 47 0.000800 3754.826901 0.000629 49 48 0.000800 3756.841469* 0.009213 50 49 0.000800 THE RMS DEV. = 0.001008 FOR 81 LINES 11(1E)0-01(1E)0 HCNEQX.PKL UPPER VIB.# = 22; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3456.993205 -0.000919 49 50 0.000800 3464.719345* 0.003120 47 48 0.000800 3472.377000 -0.001055 45 46 0.000800 3476.185118 -0.000997 44 45 0.000800 3479.977810 -0.000995 43 44 0.000800 3483.755324 -0.000701 42 43 0.000800 3487.516062 -0.001612 41 42 0.000800 3491.263644 -0.000011 40 41 0.000800 3494.993836 -0.000031 39 40 0.000800 3498.709392 0.001178 38 39 0.000800 3502.406286 -0.000310 37 38 0.000800 3506.087482 -0.001435 36 37 0.000800 3509.756287 0.001208 35 36 0.000800 3513.406967* 0.001981 34 35 0.000800 3517.038445 -0.000096 33 34 0.000800 3520.655727 0.000078 32 33 0.000800 3524.257059 0.000845 31 32 0.000800 3527.840816 0.000674 30 31 0.000800 3531.407852 0.000514 29 30 0.000800 3534.956362* -0.001346 28 29 0.000800 3538.491326 0.000167 27 28 0.000800 3542.008076 0.000480 26 27 0.000800 3545.506369 -0.000560 25 26 0.000800 3548.990039 0.000975 24 25 0.000800 3552.454715 0.000806 23 24 0.000800 3555.901217 -0.000157 22 23 0.000800 3559.330780 -0.000588 21 22 0.000800 3562.743931 0.000132 20 21 0.000800 3566.139015 0.000436 19 20 0.000800 3569.522843* 0.007226 18 19 0.000800 3572.874543 -0.000281 17 18 0.000800 3576.217710 0.001597 16 17 0.000800 3579.539392 -0.000003 15 16 0.000800 3582.845116 0.000534 14 15 0.000800 3586.131296 -0.000291 13 14 0.000800 3589.401507 0.001184 12 13 0.000800 3592.650379 -0.000326 11 12 0.000800 3595.882654 0.000008 10 11 0.000800 3599.094796 -0.001266 9 10 0.000800 3602.290282 -0.000585 8 9 0.000800 3605.466049 -0.000929 7 8 0.000800 3608.625660* 0.001350 6 7 0.000800 3611.758210* -0.004570 5 6 0.000800 3614.883416 0.001111 4 5 0.000800 3617.983658 0.000854 3 4 0.000800 3621.063348 -0.000845 2 3 0.000800 3636.178617* -0.003065 2 1 0.000800 3639.146591 -0.000137 3 2 0.000800 3642.092265 0.000157 4 3 0.000800 3645.017242 -0.000500 5 4 0.000800 3647.931032* 0.007479 6 5 0.000800 3650.809107 -0.000358 7 6 0.000800 3653.674008 -0.001394 8 7 0.000800 3656.516969* -0.004318 9 8 0.000800 3659.347072 0.000026 10 9 0.000800 3662.152161 -0.000443 11 10 0.000800 3664.937125 -0.000761 12 11 0.000800 3667.703285 0.000466 13 12 0.000800 3670.447198 -0.000133 14 13 0.000800 3673.171026 -0.000321 15 14 0.000800 3675.874862 0.000065 16 15 0.000800 3678.557714 0.000104 17 16 0.000800 3681.218150* -0.001562 18 17 0.000800 3683.861198 0.000162 19 18 0.000800 3686.481858 0.000348 20 19 0.000800 3689.081201 0.000135 21 20 0.000800 3691.659972 0.000338 22 21 0.000800 3694.217773 0.000627 23 22 0.000800 3696.754468 0.000933 24 23 0.000800 3699.268972 0.000239 25 24 0.000800 3701.763428 0.000753 26 25 0.000800 3704.235545 0.000252 27 26 0.000800 3706.687167 0.000644 28 27 0.000800 3709.116999 0.000699 29 28 0.000800 3711.525041 0.000483 30 29 0.000800 3713.912415 0.001179 31 30 0.000800 3716.276663 0.000395 32 31 0.000800 3718.620047 0.000454 33 32 0.000800 3720.940962 -0.000187 34 33 0.000800 3723.242059 0.001185 35 34 0.000800 3725.519118 0.000411 36 35 0.000800 3727.775118 0.000530 37 36 0.000800 3730.008842 0.000385 38 37 0.000800 3732.220461 0.000206 39 38 0.000800 3734.410166 0.000243 40 39 0.000800 3736.577675 0.000271 41 40 0.000800 3738.721747 -0.000893 42 41 0.000800 3742.947571* 0.001421 44 43 0.000800 3745.023063 -0.001249 45 44 0.000800 3747.079111 -0.000894 46 45 0.000800 3749.110537* -0.002638 47 46 0.000800 3751.123110 -0.000658 48 47 0.000800 3753.111294 -0.000437 49 48 0.000800 3755.073476* -0.003535 50 49 0.000800 3757.019683 0.000127 51 50 0.000800 3758.945736* 0.006422 52 51 0.000800 3762.709960 -0.000310 54 53 0.000800 3769.972238* -0.004312 58 57 0.000800 3771.734980 -0.000436 59 58 0.000800 3776.875123 0.002346 62 61 0.000800 THE RMS DEV. = 0.000741 FOR 85 LINES 01(1E)0-01(1E)0 MICROWAVE measurements UPPER VIB.# = 2; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 271924.156000 0.012177 3 2 0.020000 362554.351000 -0.007038 4 3 0.020000 THE RMS DEV. = 0.000000 FOR 2 LINES 01(1F)0-01(1F)0 MICROWAVE measurements UPPER VIB.# = 2; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 273869.532000 -0.020662 3 2 0.020000 365147.495000 0.038820 4 3 0.020000 THE RMS DEV. = 0.000001 FOR 2 LINES 00(0)0-00(0)0 MICROWAVE measurements UPPER VIB.# = 1; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 90663.593000 0.019481 1 0 0.010000 181324.758000 0.007325 2 1 0.010000 271981.142000 0.006769 3 2 0.010000 362630.303000 -0.028193 4 3 0.010000 THE RMS DEV. = 0.000001 FOR 4 LINES 10(0)0-00(0)0 MICROWAVE measurements UPPER VIB.# = 6; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 6; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 270185.386000 0.006493 3 2 0.030000 360236.110000 0.056404 4 3 0.030000 THE RMS DEV. = 0.000001 FOR 2 LINES 00(0)1-00(0)0 MICROWAVE measurements UPPER VIB.# = 4; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 4; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 89993.197000 0.000960 1 0 0.030000 179900.000000* -83.990265 2 1 0.030000 269969.964000 -0.016991 3 2 0.030000 359948.787000 0.020230 4 3 0.030000 THE RMS DEV. = 0.000001 FOR 3 LINES 00(0)1-00(0)0 Emission hcn measurements hcneqx.plc calibrated UPPER VIB.# = 4; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1866.810104 0.000743 44 45 0.001000 1878.548363 -0.000390 41 42 0.001000 1886.278771 -0.000301 39 40 0.001000 1890.112774 -0.002467 38 39 0.001000 1893.932136 0.000144 37 38 0.001000 1897.726484 -0.002769 36 37 0.001000 1901.507087 0.000133 35 36 0.001000 1905.266583 0.001558 34 35 0.001000 1909.004565 0.001170 33 34 0.001000 1912.722248 0.000255 32 33 0.001000 1916.420406 -0.000340 31 32 0.001000 1920.098628 -0.000955 30 31 0.001000 1923.758060 -0.000371 29 30 0.001000 1927.397202 -0.000017 28 29 0.001000 1931.015514 -0.000359 27 28 0.001000 1934.612986 -0.001334 26 27 0.001000 1938.191874 -0.000611 25 26 0.001000 1941.750919 0.000621 24 25 0.001000 1945.288735 0.001053 23 24 0.001000 1948.804534 -0.000030 22 23 0.001000 1952.301165 0.000297 21 22 0.001000 1955.774665 -0.001854 20 21 0.001000 1959.232603 0.001159 19 20 0.001000 1962.662106 -0.003461 18 19 0.004000 1966.077774 -0.001036 17 18 0.001000 1969.469032 -0.002067 16 17 0.001000 1972.841211 -0.001146 15 16 0.001000 1976.192931 0.000421 14 15 0.001000 1979.521029 -0.000448 13 14 0.001000 1982.830217 0.001032 12 13 0.001000 1986.114847 -0.000706 11 12 0.001000 1989.380772 0.000264 10 11 0.001000 1992.620714 -0.003254 9 10 0.004000 1995.845952 0.000094 8 9 0.001000 1999.045989 -0.000110 7 8 0.001000 2002.224340 -0.000273 6 7 0.001000 2005.382439 0.001119 5 6 0.001000 2011.629283 0.000281 3 4 0.001000 2014.721133 0.001314 2 3 0.001000 2017.785228* -0.003285 1 2 0.001000 2020.837519* 0.002513 0 1 0.001000 2035.733346 0.001699 4 3 0.001000 2041.532117 0.000031 6 5 0.001000 2044.401148 0.003069 7 6 0.004000 2047.241465 0.000318 8 7 0.001000 2050.064362 0.003156 9 8 0.004000 2052.858703 0.000525 10 9 0.001000 2055.632839 0.000859 11 10 0.001000 2058.376873* -0.005657 12 11 0.001000 2061.109397 -0.000349 13 12 0.001000 2063.813369 -0.000178 14 13 0.001000 2066.493612 -0.000238 15 14 0.001000 2069.145669* -0.004905 16 15 0.001000 2071.782963 -0.000671 17 16 0.001000 2074.390606 -0.002344 18 17 0.001000 2076.978802 0.000363 19 18 0.001000 2079.541264 0.001245 20 19 0.001000 2082.078030 0.000426 21 20 0.001000 2084.590721 -0.000394 22 21 0.001000 2087.081062 0.000595 23 22 0.001000 2089.546524 0.000947 24 23 0.001000 2091.987376 0.001014 25 24 0.001000 2094.405562 0.002823 26 25 0.002000 2096.796365 0.001741 27 26 0.002000 2099.163951 0.002016 28 27 0.002000 2101.500177* -0.004411 29 28 0.002000 2103.821146 -0.001352 30 29 0.002000 2106.122446* 0.006862 31 30 0.002000 2108.383007 -0.000752 32 31 0.002000 2110.627924 0.000981 33 32 0.002000 2112.844466 -0.000583 34 33 0.002000 2115.037596 -0.000399 35 34 0.002000 2117.203454 -0.002243 36 35 0.002000 2119.347679 -0.000391 37 36 0.002000 2121.465415 0.000383 38 37 0.002000 2123.556326 -0.000171 39 38 0.002000 2125.621514 -0.000869 40 39 0.002000 2133.631111 0.002666 44 43 0.002000 2137.475022 -0.000790 46 45 0.002000 2139.365647 0.005363 47 46 0.002000 THE RMS DEV. = 0.001461 FOR 74 LINES 01(1f)1-01(1f)0 Emission hcn measurements hcneqx.plc calibrated UPPER VIB.# = 12; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1869.561809* 0.015754 41 42 0.002000 1873.438272 -0.002867 40 41 0.002000 1881.177718 0.003852 38 39 0.002000 1885.007849 -0.003506 37 38 0.002000 1888.833174 0.003684 36 37 0.002000 1892.626424 -0.001772 35 36 0.002000 1896.407307 -0.000085 34 35 0.002000 1900.167227 0.000225 33 34 0.002000 1903.906262 -0.000683 32 33 0.002000 1907.624940 -0.002204 31 32 0.002000 1911.327144 -0.000375 30 31 0.002000 1915.007299 -0.000692 29 30 0.002000 1918.665779 -0.002701 28 29 0.002000 1922.309045 0.000139 27 28 0.002000 1925.926368 -0.002820 26 27 0.002000 1929.529692 0.000446 25 26 0.002000 1933.109959 0.000960 24 25 0.002000 1936.669400 0.001035 23 24 0.002000 1940.207839 0.000575 22 23 0.002000 1943.713113* -0.012501 21 22 0.002000 1947.223714 0.000382 20 21 0.002000 1950.700111 -0.000227 19 20 0.002000 1954.157746 0.001197 18 19 0.002000 1957.591169 -0.000712 17 18 0.002000 1961.007751 0.001498 16 17 0.002000 1964.400208 0.000626 15 16 0.002000 1967.772657 0.000874 14 15 0.002000 1971.124032 0.001257 13 14 0.002000 1974.452995 0.000522 12 13 0.002000 1977.757610 -0.003184 11 12 0.002000 1981.050507 0.002852 10 11 0.002000 1984.312990 0.000019 9 10 0.002000 1987.558831 0.002173 8 9 0.002000 1990.779978 0.001347 7 8 0.002000 1993.978162 -0.000645 6 7 0.002000 1997.155917 -0.001183 5 6 0.002000 2000.311909 -0.001518 4 5 0.002000 2003.445153 -0.002548 3 4 0.002000 2006.550246* -0.009592 2 3 0.002000 2027.715069 -0.002735 4 3 0.002000 2030.637342* -0.012432 5 4 0.002000 2033.562483 0.003645 6 5 0.002000 2036.440572 -0.004338 7 6 0.002000 2039.306695 -0.001209 8 7 0.002000 2042.142695 -0.005038 9 8 0.002000 2044.965839 0.001525 10 9 0.002000 2047.758487 0.000929 11 10 0.002000 2050.527033 -0.000347 12 11 0.002000 2053.273978 0.000284 13 12 0.002000 2058.694754 -0.000698 15 14 0.002000 2061.373400 0.002674 16 15 0.002000 2066.650303 0.000675 18 17 0.002000 2069.253525 0.000441 19 18 0.002000 2071.833136 0.000706 20 19 0.002000 2074.390606 0.003028 21 20 0.002000 2076.918488 0.000044 22 21 0.002000 2079.424030 -0.000911 23 22 0.002000 2081.907220 0.000236 24 23 0.002000 2084.362115 -0.002370 25 24 0.002000 2086.795288 -0.002071 26 25 0.002000 2089.209920 0.004399 27 26 0.002000 2091.590963 0.002078 28 27 0.002000 2093.955874* 0.008510 29 28 0.002000 2096.280091 -0.000784 30 29 0.002000 2098.588544 -0.000787 31 30 0.002000 2100.870884 -0.001763 32 31 0.002000 2103.130591 -0.000146 33 32 0.002000 2105.366535 0.003018 34 33 0.002000 2107.571540 0.000639 35 34 0.002000 2109.752483 -0.000321 36 35 0.002000 2111.907177 -0.001966 37 36 0.002000 2114.037368 -0.002462 38 37 0.002000 2118.228872 0.004954 40 39 0.002000 THE RMS DEV. = 0.002063 FOR 68 LINES 01(1e)1-01(1e)0 Emission hcn measurements hcneqx.plc calibrated UPPER VIB.# = 12; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 2; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1866.481537* 0.014362 42 43 0.002000 1874.246758 0.003088 40 41 0.002000 1878.104225 0.001210 39 40 0.002000 1881.932030* -0.010957 38 39 0.002000 1885.761616 -0.001895 37 38 0.002000 1889.558957* -0.005553 36 37 0.002000 1893.341699 -0.004207 35 36 0.002000 1897.116903* 0.009281 34 35 0.002000 1900.848714 -0.000867 33 34 0.002000 1904.571045 -0.000661 32 33 0.002000 1908.279748* 0.005830 31 32 0.002000 1911.956080 -0.000061 30 31 0.002000 1915.617704 -0.000593 29 30 0.002000 1919.260240 -0.000067 28 29 0.002000 1922.882411 0.000317 27 28 0.002000 1926.486688 0.003108 26 27 0.002000 1930.062958 -0.001729 25 26 0.002000 1933.626507 0.001170 24 25 0.002000 1937.164584 -0.000867 23 24 0.002000 1940.685976 0.001025 22 23 0.002000 1944.180382 -0.003375 21 22 0.002000 1947.664957 0.003163 20 21 0.002000 1951.119418 0.000438 19 20 0.002000 1954.555848 0.000610 18 19 0.002000 1957.971943 0.001454 17 18 0.002000 1961.363773 -0.000881 16 17 0.002000 1964.738351 0.000698 15 16 0.002000 1968.089506 0.000096 14 15 0.002000 1971.421495 0.001653 13 14 0.002000 1974.727744 -0.001130 12 13 0.002000 1978.016044 -0.000379 11 12 0.002000 1981.276670* -0.005742 10 11 0.002000 1984.526890 0.000129 9 10 0.002000 1987.749351 -0.000040 8 9 0.002000 1990.951582 0.001360 7 8 0.002000 1994.131833 0.002658 6 7 0.002000 1997.285200 -0.000972 5 6 0.002000 2000.417667 -0.003463 4 5 0.002000 2024.699376 0.001479 3 2 0.002000 2030.543702 0.002569 5 4 0.002000 2033.419829* -0.008590 6 5 0.002000 2036.291899 -0.000811 7 6 0.002000 2039.131817 -0.002108 8 7 0.002000 2041.951505 -0.000481 9 8 0.002000 2044.745546 -0.001266 10 9 0.002000 2047.518258 -0.000063 11 10 0.002000 2050.267648 0.001212 12 11 0.002000 2052.989145 -0.001930 13 12 0.002000 2055.692229 0.000070 14 13 0.002000 2058.376873* 0.007267 15 14 0.002000 2061.023243 -0.000095 16 15 0.002000 2063.652160 -0.001114 17 16 0.002000 2066.261283 0.001949 18 17 0.002000 2071.399296 -0.000208 20 19 0.002000 2076.444130 0.000920 22 21 0.002000 2081.387668 -0.002140 24 23 0.002000 2083.831758 0.005266 25 24 0.002000 2086.236450 -0.002209 26 25 0.002000 2088.626731 0.000501 27 26 0.002000 2090.989735 0.000612 28 27 0.002000 2093.327239 -0.000019 29 28 0.002000 2095.643548 0.002991 30 29 0.002000 2097.932956 0.004016 31 30 0.002000 2100.189645 -0.002680 32 31 0.002000 2102.428296 -0.002337 33 32 0.002000 2104.642049 -0.001737 34 33 0.002000 2106.830682 -0.001019 35 34 0.002000 2108.985896* -0.008405 36 35 0.002000 2111.134094 0.002591 37 36 0.002000 2113.240394 -0.002837 38 37 0.002000 2115.326519 -0.002884 39 38 0.002000 2119.428268 0.003506 41 40 0.002000 THE RMS DEV. = 0.001964 FOR 63 LINES 01(1f)0-00(0)0 measurements FROM BURKHOLDER UPPER VIB.# = 2; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 462.743660 0.000321 1 1 0.000300 462.785570 0.000228 2 2 0.000300 462.848840 0.000507 3 3 0.000300 462.932600 0.000305 4 4 0.000300 463.037550 0.000343 5 5 0.000300 463.163280 0.000239 6 6 0.000300 463.310150 0.000385 7 7 0.000300 463.477410 0.000070 8 8 0.000300 463.666150 0.000427 9 9 0.000300 463.875000 0.000136 10 10 0.000300 464.105160 0.000450 11 11 0.000300 464.355240 0.000039 12 12 0.000300 464.626470 0.000199 13 13 0.000300 464.917390 -0.000460 14 14 0.000300 465.229780 -0.000084 15 15 0.000300 465.562560 0.000331 16 16 0.000300 465.914860 -0.000002 17 17 0.000300 466.288000 0.000330 18 18 0.000300 466.680340 -0.000217 19 19 0.000300 467.093430 0.000009 20 20 0.000300 467.525510 -0.000645 21 21 0.000300 467.978550 -0.000098 22 22 0.000300 468.942650 0.000210 24 24 0.000300 THE RMS DEV. = 0.000311 FOR 23 LINES 01(1F)0-00(0)0 measurements EHCNESS.PLC UPPER VIB.# = 2; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 463.036931 -0.000276 5 5 0.000500 463.162450 -0.000591 6 6 0.000500 463.478867 0.001528 8 8 0.001500 463.665919 0.000197 9 9 0.000500 463.874885 0.000021 10 10 0.000500 464.105823 0.001113 11 11 0.000500 464.352029* -0.003172 12 12 0.000500 464.625849 -0.000422 13 13 0.000500 464.918090 0.000240 14 14 0.000500 465.230552 0.000688 15 15 0.000500 465.562277 0.000047 16 16 0.000500 465.915522 0.000660 17 17 0.000500 466.287208 -0.000462 18 18 0.000500 466.680231 -0.000326 19 19 0.000500 467.094023 0.000603 20 20 0.000500 467.527595 0.001440 21 21 0.001500 467.977875 -0.000773 22 22 0.000500 468.450997 0.000213 23 23 0.000500 468.942199 -0.000241 24 24 0.000500 469.453294 -0.000196 25 25 0.000500 469.983024 -0.000778 26 26 0.000500 470.533295 0.000054 27 27 0.000500 471.101614 -0.000051 28 28 0.000500 471.688889 -0.000039 29 29 0.000500 472.294605 -0.000276 30 30 0.000500 472.919213 -0.000154 31 31 0.000500 473.565171* 0.002942 32 32 0.000500 474.902082 -0.000335 34 34 0.000500 476.314247 0.000166 36 36 0.000500 477.050864* 0.004591 37 37 0.000500 477.796746 0.000956 38 38 0.000500 478.565765 0.003319 39 39 0.001500 THE RMS DEV. = 0.000860 FOR 29 LINES 01(1F)0-00(0)0 measurements zhcnews.pkl UPPER VIB.# = 2; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 463.477003 -0.000337 8 8 0.000500 463.875682 0.000818 10 10 0.000500 464.105978* 0.001268 11 11 0.000500 464.356055 0.000854 12 12 0.000500 464.626076 -0.000195 13 13 0.000500 464.917957 0.000107 14 14 0.000500 465.229136 -0.000728 15 15 0.000500 465.561940 -0.000289 16 16 0.000500 465.914877 0.000015 17 17 0.000500 466.286778 -0.000892 18 18 0.000500 466.679625 -0.000932 19 19 0.000500 467.525621 -0.000534 21 21 0.000500 467.977960 -0.000688 22 22 0.000500 468.450303 -0.000481 23 23 0.000500 469.452585 -0.000905 25 25 0.000500 470.532487 -0.000754 27 27 0.000500 471.100896 -0.000768 28 28 0.000500 471.688243 -0.000685 29 29 0.000500 THE RMS DEV. = 0.000654 FOR 17 LINES 01(1E)0-00(0)0 measurements EHCNESS.PLC CALIBRATED AGAINST ZHCNEWS UPPER VIB.# = 2; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 480.854864* 0.003361 6 5 0.000700 489.903180 0.001021 9 8 0.000700 495.929815 0.000494 11 10 0.000700 498.942106 0.001425 12 11 0.000700 501.949663 -0.000794 13 12 0.000700 504.959115 0.000547 14 13 0.000700 507.965312 0.000375 15 14 0.000700 510.969860 0.000377 16 15 0.000700 513.973087 0.000958 17 16 0.000700 516.972536 -0.000258 18 17 0.000700 519.970375 -0.001025 19 18 0.000700 522.966657 -0.001210 20 19 0.000700 525.977157* 0.015041 21 20 0.000700 528.955458 0.001392 22 21 0.000700 531.942690 -0.000948 23 22 0.000700 534.931218 0.000467 24 23 0.000700 537.914670 -0.000655 25 24 0.000700 540.897928 0.000651 26 25 0.000700 543.876333 -0.000194 27 26 0.000700 546.852946 -0.000046 28 27 0.000700 549.826721 0.000131 29 28 0.000700 555.764371 -0.000479 31 30 0.000700 558.728520 -0.000823 32 31 0.000700 561.690055 -0.000576 33 32 0.000700 564.649051 0.000423 34 33 0.000700 567.602594 -0.000653 35 34 0.000700 570.557641* 0.003241 36 35 0.000700 573.505168* 0.003172 37 36 0.000700 THE RMS DEV. = 0.000759 FOR 24 LINES 01(1E)0-00(0)0 measurements zhcnews.pkl UPPER VIB.# = 2; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 486.885854 -0.000663 8 7 0.000400 489.899004* -0.003155 9 8 0.000400 495.928887 -0.000434 11 10 0.000400 498.941972* 0.001291 12 11 0.000400 501.949910 -0.000547 13 12 0.000400 510.969683 0.000200 16 15 0.000400 513.971520 -0.000609 17 16 0.000400 516.959037* -0.013757 18 17 0.000400 519.971049 -0.000351 19 18 0.000400 522.967812 -0.000055 20 19 0.000400 525.962534 0.000418 21 20 0.000400 531.943439 -0.000199 23 22 0.000400 534.930249 -0.000502 24 23 0.000400 537.914980 -0.000345 25 24 0.000400 540.897043 -0.000234 26 25 0.000400 543.876607 0.000080 27 26 0.000400 546.852929 -0.000063 28 27 0.000400 549.826242 -0.000348 29 28 0.000400 555.763910 -0.000940 31 30 0.000400 THE RMS DEV. = 0.000441 FOR 16 LINES 01(1E)0-00(0)0 measurements from Burkholder paper UPPER VIB.# = 2; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 435.490870 -0.000359 8 9 0.000300 438.517770 0.000145 7 8 0.000300 441.544490 0.000461 6 7 0.000300 444.570360 -0.000001 5 6 0.000300 447.596060 -0.000481 4 5 0.000300 450.622470 -0.000017 3 4 0.000300 453.648240 0.000120 2 3 0.000300 456.672960 -0.000399 1 2 0.000300 465.745900 -0.000013 1 0 0.000300 468.769150 0.000374 2 1 0.000300 471.790700 -0.000147 3 2 0.000300 474.811920 -0.000124 4 3 0.000300 477.831990 -0.000299 5 4 0.000300 480.851570 0.000067 6 5 0.000300 483.869510 -0.000095 7 6 0.000300 486.886790 0.000273 8 7 0.000300 489.901860 -0.000299 9 8 0.000300 492.916110 -0.000344 10 9 0.000300 495.929390 0.000069 11 10 0.000300 498.940960 0.000279 12 11 0.000300 501.950720 0.000263 13 12 0.000300 504.958850 0.000282 14 13 0.000300 507.965150 0.000213 15 14 0.000300 510.969420 -0.000063 16 15 0.000300 513.971870 -0.000259 17 16 0.000300 516.972980 0.000186 18 17 0.000300 519.971500 0.000100 19 18 0.000300 522.967710 -0.000157 20 19 0.000300 525.961080* -0.001036 21 20 0.000300 528.953890 -0.000176 22 21 0.000300 531.944120 0.000482 23 22 0.000300 534.930960 0.000209 24 23 0.000300 537.916520 0.001195 25 24 0.000300 THE RMS DEV. = 0.000330 FOR 32 LINES 02(0)1-02(0)0 emission measurements from hcneqx.plc calibrated UPPER VIB.# = 13; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 3; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1885.709697 -0.002659 35 36 0.002000 1889.477811 0.001128 34 35 0.002000 1896.944782 -0.000280 32 33 0.002000 1904.333723 0.001382 30 31 0.002000 1907.995832 0.000546 29 30 0.002000 1918.859454 -0.000515 26 27 0.002000 1922.439033 -0.000747 25 26 0.002000 1925.996874 -0.001680 24 25 0.002000 1933.052273 -0.000450 22 23 0.002000 1936.547665 -0.000389 21 22 0.002000 1940.023951 0.001714 20 21 0.002000 1943.473084 -0.002269 19 20 0.002000 1946.909968 0.002436 18 19 0.002000 1950.317499 -0.001460 17 18 0.002000 1957.079323 -0.001196 15 16 0.002000 1967.070653* -0.002875 12 13 0.002000 1970.368314 0.002746 11 12 0.002000 1973.638085 -0.000220 10 11 0.002000 1976.893440 0.001720 9 10 0.002000 1980.125612 -0.000105 8 9 0.002000 1986.533271 -0.001443 6 7 0.002000 2026.106112 -0.002240 6 5 0.003000 2028.987840 -0.000798 7 6 0.003000 2031.843811 0.000361 8 7 0.003000 2034.670138* -0.002248 9 8 0.003000 2037.473576 -0.001506 10 9 0.003000 2040.253909 0.002675 11 10 0.003000 2042.997448* -0.003177 12 11 0.003000 2045.722363 -0.000776 13 12 0.003000 2053.730454 0.000395 16 15 0.003000 2056.348571 0.002307 17 16 0.003000 2058.932966* -0.003707 18 17 0.003000 2066.557525 0.000415 21 20 0.003000 2069.050165 0.002021 22 21 0.003000 2071.514575 -0.000465 23 22 0.003000 2076.378465 0.001520 25 24 0.003000 2078.771525 -0.000526 26 25 0.003000 2083.492965 0.002503 28 27 0.003000 2085.810156 -0.003464 29 28 0.003000 2088.110272 -0.002338 30 29 0.003000 2090.386103 -0.001213 31 30 0.003000 2092.634134 -0.003479 32 31 0.003000 2097.065225 0.000753 34 33 0.003000 2099.244575 0.003799 35 34 0.003000 2101.393593 0.001430 36 35 0.003000 2103.516734 -0.001775 37 36 0.003000 2105.620939 0.001244 38 37 0.003000 2107.697133 0.001528 39 38 0.003000 2111.776447 0.005302 41 40 0.003000 2115.743781 -0.000480 43 42 0.003000 2117.691666 -0.000483 44 43 0.003000 2119.611386 -0.002740 45 44 0.003000 THE RMS DEV. = 0.001886 FOR 48 LINES 02(2)1-02(2)0 emission measurements from hcneqx.plc calibrated UPPER VIB.# = 13; EIG1 = 2; EIG2 = 3; UPPER STATE= 0 LOWER VIB.# = 3; LOWER EIG1 = 2; LOWER EIG2 = 3; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1995.765952 0.001176 3 4 0.002000 1998.874335 -0.001564 2 3 0.002000 2017.064360 -0.000322 3 2 0.002000 2020.015309 -0.001793 4 3 0.002000 THE RMS DEV. = 0.001337 FOR 4 LINES 02(2f)1-02(2f)0 emission measurements from hcneqx.plc calibrated UPPER VIB.# = 13; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 3; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1888.688901 0.000805 34 35 0.002000 1892.451846 0.000564 33 34 0.002000 1896.192234 -0.002468 32 33 0.002000 1903.619347 -0.002550 30 31 0.002000 1910.966170 -0.002812 28 29 0.002000 1914.613759 0.001492 27 28 0.002000 1918.238317 0.003053 26 27 0.002000 1925.423450 0.003403 24 25 0.002000 1928.982296 0.000636 23 24 0.002000 1936.043085 0.000187 21 22 0.002000 1939.542647 0.000298 20 21 0.002000 1946.480877 0.002393 18 19 0.002000 1949.918758 0.003762 17 18 0.002000 1956.725131 0.000655 15 16 0.002000 1960.097898 0.000624 14 15 0.002000 1963.448190 -0.000472 13 14 0.002000 1966.781782 0.003228 12 13 0.002000 1970.085976 -0.000890 11 12 0.002000 1973.372474 -0.001038 10 11 0.002000 1976.645012* 0.006606 9 10 0.002000 1979.881108 -0.000355 8 9 0.002000 1986.294539* -0.007189 6 7 0.002000 1989.473704* -0.005061 5 6 0.002000 2037.240714 0.002361 10 9 0.002000 2040.031925 0.004905 11 10 0.002000 2045.534324 0.000819 13 12 0.002000 2048.249868 -0.001293 14 13 0.002000 2050.943755 -0.001230 15 14 0.002000 2053.612598 -0.002297 16 15 0.002000 2056.257519 -0.003294 17 16 0.002000 2058.883855 0.001200 18 17 0.002000 2071.623942 -0.004031 23 22 0.002000 2074.103285 -0.000418 24 23 0.002000 2076.558891 0.004087 25 24 0.002000 2081.387668* 0.004860 27 26 0.002000 2083.759797 0.000240 28 27 0.002000 2088.444314* 0.006157 30 29 0.002000 2090.737731 -0.002125 31 30 0.002000 2093.010302* -0.006083 32 31 0.002000 2095.265397 -0.002272 33 32 0.002000 2097.494417 0.000787 34 33 0.002000 2099.696101 0.001906 35 34 0.002000 2104.013958 -0.004872 37 36 0.003000 2110.316167 0.002734 40 39 0.003000 2112.362740 0.002696 41 40 0.003000 2116.374467 -0.000974 43 42 0.003000 THE RMS DEV. = 0.002324 FOR 40 LINES 02(2E)1-02(2E)0 emission measurements from hcneqx.plc UPPER VIB.# = 13; EIG1 = 3; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 3; LOWER EIG1 = 3; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 1903.091117* 0.007398 30 31 0.002000 1906.790746 0.001993 29 30 0.002000 1910.475407 0.001177 28 29 0.002000 1917.787285 0.000979 26 27 0.002000 1921.411631 -0.001153 25 26 0.002000 1925.019517 0.000059 24 25 0.002000 1932.164753* -0.008247 22 23 0.002000 1935.719708 0.000115 21 22 0.002000 1939.244818 -0.001004 20 21 0.002000 1942.751077 -0.000362 19 20 0.002000 1946.238771 0.002625 18 19 0.002000 1949.698621 -0.000964 17 18 0.002000 1953.139289 -0.002070 16 17 0.002000 1956.561846 0.000811 15 16 0.002000 1959.958373 0.000202 14 15 0.002000 1963.328303* -0.004043 13 14 0.002000 1966.682609 -0.000567 12 13 0.002000 1970.012602 0.002256 11 12 0.002000 1973.315507 0.001891 10 11 0.002000 1976.593222 0.000389 9 10 0.002000 1983.080937 0.002046 7 8 0.002000 1989.473704* 0.004969 5 6 0.002000 2028.741941 -0.007302 7 6 0.002000 2034.464396 0.000065 9 8 0.002000 2040.099366 0.002205 11 10 0.002000 2042.882689 -0.000309 12 11 0.002000 2045.646672 -0.001737 13 12 0.002000 2053.814692 -0.005058 16 15 0.002000 2056.502436 0.001876 17 16 0.002000 2059.156973 -0.002036 18 17 0.002000 2066.990670 -0.003849 21 20 0.002000 2069.557389 -0.000637 22 21 0.002000 2072.099685 0.003021 23 22 0.002000 2074.606962 -0.003158 24 23 0.002000 2084.413026 0.005094 28 27 0.003000 2086.795288 0.002556 29 28 0.003000 2091.484241 0.000024 31 30 0.003000 2098.322018 -0.003472 34 33 0.003000 2100.554088 0.000590 35 34 0.003000 2102.752156 -0.003074 36 35 0.003000 2107.080899 0.001209 38 37 0.003000 THE RMS DEV. = 0.002436 FOR 37 LINES 12(0)0-02(0)0 emission measurements from hcneqx.dat CALIB 1.00000250 UPPER VIB.# = 23; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 3; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3457.959927 0.000509 43 44 0.001000 3461.715723 -0.000558 42 43 0.001000 3465.457371 -0.000846 41 42 0.001000 3469.179553* -0.005578 40 41 0.001000 3472.896459 -0.000472 39 40 0.001000 3476.593481 -0.000042 38 39 0.001000 3480.273640 -0.001174 37 38 0.001000 3483.939275 -0.001436 36 37 0.001000 3487.599458* 0.008338 35 36 0.001000 3491.226224 0.000279 34 35 0.001000 3494.845101 0.000009 33 34 0.001000 3498.447368 -0.001093 32 33 0.001000 3502.035901 -0.000052 31 32 0.001000 3505.607609 0.000147 30 31 0.001000 3509.164462 0.001583 29 30 0.001000 3512.701285 -0.000806 28 29 0.001000 3516.225283 0.000309 27 28 0.001000 3519.731232 -0.000168 26 27 0.001000 3523.221549 0.000317 25 26 0.001000 3526.695867 0.001544 24 25 0.001000 3530.152905 0.002385 23 24 0.001000 3533.589804 0.000141 22 23 0.001000 3537.011513 -0.000083 21 22 0.001000 3540.416445 0.000280 20 21 0.001000 3543.797392* -0.005845 19 20 0.001000 3547.174332 0.001627 18 19 0.001000 3550.524019 -0.000487 17 18 0.001000 3553.869880* 0.011253 16 17 0.001000 3560.475185 0.001096 14 15 0.001000 3563.756146 0.000442 13 14 0.001000 3567.020787 0.000620 12 13 0.001000 3570.269282 0.001588 11 12 0.001000 3573.499820 0.001322 10 11 0.001000 3576.712582 -0.000179 9 10 0.001000 3579.909012 -0.001607 8 9 0.001000 3583.090512 -0.001640 7 8 0.001000 3586.256504 -0.000871 6 7 0.001000 3592.537880 -0.000775 4 5 0.001000 3598.753647 0.000228 2 3 0.001000 3613.985481 -0.000046 2 1 0.001000 3616.975162 -0.001565 3 2 0.001000 3619.949104 0.000680 4 3 0.001000 3622.898677 -0.001376 5 4 0.001000 3625.832479 0.001467 6 5 0.001000 3628.740080 -0.000584 7 6 0.001000 3631.625407 -0.002945 8 7 0.001000 3634.494393 0.000967 9 8 0.001000 3640.154397 0.001038 11 10 0.001000 3642.948116 0.000853 12 11 0.001000 3645.717788 0.001059 13 12 0.001000 3648.461309 -0.000378 14 13 0.001000 3651.182164 -0.000110 15 14 0.001000 3653.876349 -0.002470 16 15 0.001000 3659.200020 -0.001826 18 17 0.001000 3661.830298 0.000719 19 18 0.001000 3664.439962* 0.004311 20 19 0.001000 3667.021368 0.000716 21 20 0.001000 3669.585707 0.000623 22 21 0.001000 3672.130245 0.000903 23 22 0.001000 3677.157926 -0.000471 25 24 0.001000 3679.643264 -0.000219 26 25 0.001000 3682.108975 -0.000032 27 26 0.001000 3686.981158 -0.000055 29 28 0.001000 3689.388050 0.000319 30 29 0.001000 3691.774473 0.000099 31 30 0.001000 3694.146296* 0.005283 32 31 0.001000 3696.488187 0.000675 33 32 0.001000 3698.812814 -0.000920 34 33 0.001000 3701.119335 -0.000205 35 34 0.001000 3703.404294 -0.000503 36 35 0.001000 3705.668635 -0.000738 37 36 0.001000 3710.136116 0.000131 39 38 0.001000 3712.337890 0.000105 40 39 0.001000 3714.518009 -0.000421 41 40 0.001000 3716.688195* 0.010381 42 41 0.001000 3723.028903 0.001494 45 44 0.001000 3725.101024 0.000248 46 45 0.001000 3727.152942 0.000528 47 46 0.001000 THE RMS DEV. = 0.000996 FOR 71 LINES 12(2)0-02(2)0 emission measurements from hcneqx.dat CALIB 1.00000250 UPPER VIB.# = 23; EIG1 = 2; EIG2 = 3; UPPER STATE= 0 LOWER VIB.# = 3; LOWER EIG1 = 2; LOWER EIG2 = 3; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3582.437492* 0.001990 7 8 0.002000 3585.606777 0.000339 6 7 0.002000 3588.761624 0.002468 5 6 0.002000 3595.007856 -0.001813 3 4 0.002000 3598.106908 -0.000485 2 3 0.002000 3616.308850 -0.000725 3 2 0.002000 3619.278342 -0.001601 4 3 0.002000 3622.233899 0.001349 5 4 0.002000 3625.168270 0.000700 6 5 0.002000 3628.085396* 0.000200 7 6 0.002000 THE RMS DEV. = 0.001375 FOR 8 LINES 12(2F)0-02(2F)0 emission measurements from hcneqx.dat CALIB 1.000002 UPPER VIB.# = 23; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 3; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3479.617926 0.000994 37 38 0.001000 3483.276675 0.001603 36 37 0.001000 3486.917666 -0.000439 35 36 0.001000 3490.546117 0.000171 34 35 0.001000 3494.159613 0.001103 33 34 0.001000 3497.755934 0.000221 32 33 0.001000 3501.337293 -0.000177 31 32 0.001000 3504.903859 0.000164 30 31 0.001000 3508.454488 0.000183 29 30 0.001000 3511.986023 -0.003192 28 29 0.001000 3515.506806 -0.001532 27 28 0.001000 3519.012009 0.000417 26 27 0.001000 3522.498296 -0.000594 25 26 0.001000 3525.970021 -0.000127 24 25 0.001000 3529.425132 -0.000149 23 24 0.001000 3532.864576 0.000373 22 23 0.001000 3539.693251 0.000172 20 21 0.001000 3543.082785 -0.000078 19 20 0.001000 3549.813139 0.000444 17 18 0.001000 3553.153605 0.001030 16 17 0.001000 3556.477087 0.001436 15 16 0.001000 3559.781820 -0.000018 14 15 0.001000 3563.069276 -0.001776 13 14 0.001000 3566.341750 -0.001457 12 13 0.001000 3569.598971 0.000752 11 12 0.001000 3576.053405 -0.003071 9 10 0.001000 3633.843100 -0.001150 9 8 0.001000 3636.701732 0.000887 10 9 0.001000 3639.538608 0.000235 11 10 0.001000 3642.356839 0.000089 12 11 0.001000 3645.146781* -0.009114 13 12 0.001000 3647.931032* -0.004694 14 13 0.001000 3650.696335 0.000175 15 14 0.001000 3653.437199 0.000083 16 15 0.001000 3656.158454 -0.000058 17 16 0.001000 3658.860297 0.000030 18 17 0.001000 3661.542280 -0.000021 19 18 0.001000 3664.204803 0.000273 20 19 0.001000 3666.846213 -0.000663 21 20 0.001000 3669.469506 0.000249 22 21 0.001000 3672.071190 -0.000403 23 22 0.001000 3674.654393 0.000590 24 23 0.001000 3677.215687 -0.000120 25 24 0.001000 3679.757094 -0.000432 26 25 0.001000 3682.278863 -0.000017 27 26 0.001000 3684.779689 -0.000100 28 27 0.001000 3687.260187 0.000013 29 28 0.001000 3692.159905 0.000849 31 30 0.001000 3694.576877 -0.000518 32 31 0.001000 3696.974955 0.000059 33 32 0.001000 3699.343814* -0.007666 34 33 0.001000 3701.706351 -0.000718 35 34 0.001000 3704.040867 -0.000718 36 35 0.001000 3706.354826 -0.000126 37 36 0.001000 3708.648915 0.001824 38 37 0.001000 3710.916981 -0.000946 39 38 0.001000 3713.168498 0.001117 40 39 0.001000 3715.395162 -0.000217 41 40 0.001000 3717.601127 -0.000717 42 41 0.001000 3719.787215 0.000515 43 42 0.001000 3721.949016 -0.000855 44 43 0.001000 3726.212412 0.001553 46 45 0.001000 3728.306936 -0.001590 47 46 0.001000 THE RMS DEV. = 0.000953 FOR 60 LINES 12(2E)0-02(2E)0 emission measurements from hcneqx.dat CALIB 1.000002 UPPER VIB.# = 23; EIG1 = 3; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 3; LOWER EIG1 = 3; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3457.356718 -0.001925 43 44 0.001000 3461.097296 0.002015 42 43 0.001000 3464.822617 0.005011 41 42 0.001000 3468.537616* 0.012061 40 41 0.001000 3479.560093 -0.002415 37 38 0.001000 3483.214661 0.002349 36 37 0.001000 3486.845160 -0.002257 35 36 0.001000 3490.466751 -0.001008 34 35 0.001000 3494.072185 -0.001088 33 34 0.001000 3497.662901 -0.000996 32 33 0.001000 3501.237635 -0.001937 31 32 0.001000 3504.801714 0.001474 30 31 0.001000 3508.346595 0.000746 29 30 0.001000 3511.876023 -0.000328 28 29 0.001000 3515.391830 0.000124 27 28 0.001000 3518.892886 0.001006 26 27 0.001000 3522.376430 -0.000417 25 26 0.001000 3525.848199 0.001610 24 25 0.001000 3529.301754 0.000658 23 24 0.001000 3532.738895 -0.001467 22 23 0.001000 3536.164449 0.000069 21 22 0.001000 3542.967270 0.000667 19 20 0.001000 3546.344957 0.000240 18 19 0.001000 3549.710084 0.002707 17 18 0.001000 3553.053665 -0.000763 16 17 0.001000 3556.385626 -0.000029 15 16 0.001000 3559.695523* -0.005255 14 15 0.001000 3562.999999 0.000531 13 14 0.001000 3566.280614 -0.000739 12 13 0.001000 3572.791110 -0.002063 10 11 0.001000 3576.021127 -0.001249 9 10 0.001000 3633.894425 0.000551 9 8 0.001000 3636.770564 0.000053 10 9 0.001000 3639.633054 0.000191 11 10 0.001000 3642.481344 0.000170 12 11 0.001000 3645.317124 0.001593 13 12 0.001000 3648.136103 0.000275 14 13 0.001000 3650.940407 -0.001351 15 14 0.001000 3653.732409 -0.000411 16 15 0.001000 3656.516969* 0.008617 17 16 0.001000 3659.268222 0.000641 18 17 0.001000 3662.012231 0.002546 19 18 0.001000 3664.734277 0.000429 20 19 0.001000 3667.435242* -0.004065 21 20 0.001000 3670.125842 0.000453 22 21 0.001000 3672.792140 0.000616 23 22 0.001000 3675.439556 0.002305 24 23 0.001000 3678.063236 0.001030 25 24 0.001000 3680.666770 0.000653 26 25 0.001000 3683.249913 0.001132 27 26 0.001000 3685.810553 0.000500 28 27 0.001000 3688.349447 -0.000381 29 28 0.001000 3690.867815 -0.000216 30 29 0.001000 3693.364384 -0.000225 31 30 0.001000 3695.837366 -0.002152 32 31 0.001000 3700.723915 -0.000272 34 33 0.001000 3703.133329 -0.000550 35 34 0.001000 3705.520304 -0.001456 36 35 0.001000 3707.899391* 0.011603 37 36 0.001000 3710.230394 -0.001525 38 37 0.001000 3712.553922 -0.000180 39 38 0.001000 3717.131710 -0.000687 41 40 0.001000 3719.386931 -0.001453 42 41 0.001000 3723.824924* -0.008768 44 43 0.001000 3726.024482 0.001620 45 44 0.001000 THE RMS DEV. = 0.001405 FOR 59 LINES 13(1e)0-03(1f)0 emission measurements from hcneqx.dat CALIB 1.000002 UPPER VIB.# = 15; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 5; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3584.970666 -0.000021 1 1 0.001000 THE RMS DEV. = 0.000021 FOR 1 LINES 13(3)0-03(3)0 emission measurements from hcneqx.dat CALIB 1.00000250 UPPER VIB.# = 15; EIG1 = 3; EIG2 = 4; UPPER STATE= 0 LOWER VIB.# = 5; LOWER EIG1 = 3; LOWER EIG2 = 4; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3583.238036 0.000317 8 8 0.001000 3583.377775 0.001139 7 7 0.001000 3583.499481 0.001041 6 6 0.001000 3583.602525 -0.000502 5 5 0.001000 3583.685105 -0.005208 4 4 0.001000 3583.761817 0.001593 3 3 0.001000 THE RMS DEV. = 0.002323 FOR 6 LINES 13(1E)0-03(1E)0 emission measurements from hcneqx.dat CALIB 1.000002 UPPER VIB.# = 15; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 5; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3457.833273 -0.000642 37 38 0.001000 3461.494163* 0.013101 36 37 0.001000 3465.113231 0.000190 35 36 0.001000 3468.729788 0.000056 34 35 0.001000 3475.916168* -0.000594 32 33 0.001000 3479.487621 0.000761 31 32 0.001000 3483.039491 -0.001698 30 31 0.001000 3486.579415 -0.000219 29 30 0.001000 3490.103452* 0.001369 28 29 0.001000 3493.608606 0.000176 27 28 0.001000 3497.095499* -0.003074 26 27 0.001000 3500.570726* -0.001693 25 26 0.001000 3504.029764 -0.000118 24 25 0.001000 3507.470388 -0.000495 23 24 0.001000 3510.895504 0.000147 22 23 0.001000 3514.303777 0.000531 21 22 0.001000 3517.699338 0.004835 20 21 0.001000 3521.064702 -0.004391 19 20 0.001000 3527.768701 0.000524 17 18 0.001000 3531.085204* -0.007440 16 17 0.001000 3534.401455 0.001068 15 16 0.001000 3537.690280 -0.001125 14 15 0.001000 3540.965063 -0.000636 13 14 0.001000 3544.223471 0.000203 12 13 0.001000 3547.464041 -0.000065 11 12 0.001000 3550.687561 -0.000641 10 11 0.001000 3557.085675 -0.000396 8 9 0.001000 3560.260118 0.000350 7 8 0.001000 3563.412909 -0.003659 6 7 0.001000 3566.557535 0.001138 5 6 0.001000 3569.677983 -0.001181 4 5 0.001000 3572.791110* 0.006346 3 4 0.001000 3578.945765 0.001809 1 2 0.001000 3594.018376* -0.012612 3 2 0.001000 3596.990756 -0.002782 4 3 0.001000 3599.935805 -0.001484 5 4 0.001000 3602.857957* -0.004048 6 5 0.001000 3605.767841 0.000395 7 6 0.001000 3611.519966 0.000424 9 8 0.001000 3614.366957 0.001231 10 9 0.001000 3617.191216 -0.000482 11 10 0.001000 3619.997437 0.000191 12 11 0.001000 3622.788713 0.006538 13 12 0.001000 3625.550589* 0.004280 14 13 0.001000 3628.292037 0.002545 15 14 0.001000 3631.006901* -0.004693 16 15 0.001000 3633.707775 -0.004733 17 16 0.001000 3636.387875 -0.004281 18 17 0.001000 3639.050217 -0.000267 19 18 0.001000 3641.687764 0.000301 20 19 0.001000 3644.302763 -0.000324 21 20 0.001000 3649.470784 0.000444 23 22 0.001000 3652.023075 0.001030 24 23 0.001000 3654.554074 0.001536 25 24 0.001000 3657.060587 -0.001294 26 25 0.001000 3659.549828 -0.000310 27 26 0.001000 3662.012231* -0.005140 28 27 0.001000 3664.439962* -0.023681 29 28 0.001000 3669.295645 0.002127 31 30 0.001000 3671.677872 0.000658 32 31 0.001000 3674.039849 -0.000279 33 32 0.001000 3676.380437 -0.001849 34 33 0.001000 3678.684911* -0.018790 35 34 0.001000 THE RMS DEV. = 0.001951 FOR 49 LINES 13(1f)0-03(1f)0 emission measurements from hcneqx.dat CALIB 1.000002 UPPER VIB.# = 15; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 5; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3457.064455* -0.048765 37 38 0.001000 3460.762862* -0.004199 36 37 0.001000 3464.406104* -0.000811 35 36 0.001000 3468.033486* 0.000897 34 35 0.001000 3475.243171* 0.002766 32 33 0.001000 3478.824243 0.002311 31 32 0.001000 3482.387861 -0.000194 30 31 0.001000 3485.935675 -0.002699 29 30 0.001000 3489.474563 0.002076 28 29 0.001000 3492.989830 -0.000193 27 28 0.001000 3496.487855* -0.002827 26 27 0.001000 3499.973248 -0.001017 25 26 0.001000 3503.442397 0.001697 24 25 0.001000 3506.898782* 0.008731 23 24 0.001000 3510.322798 0.000300 22 23 0.001000 3513.739014* 0.000698 21 22 0.001000 3517.138799 0.000965 20 21 0.001000 3520.521621 0.000224 19 20 0.001000 3523.885339 -0.003996 18 19 0.001000 3527.242072 0.000132 17 18 0.001000 3530.583602* 0.004151 16 17 0.001000 3533.901626 -0.000426 15 16 0.001000 3537.208761 -0.001107 14 15 0.001000 3540.503251 0.000274 13 14 0.001000 3543.797392* 0.015985 12 13 0.001000 3547.046435 0.001281 11 12 0.001000 3550.294615 0.000437 10 11 0.001000 3553.531076 0.002658 9 10 0.001000 3556.739961* -0.007829 8 9 0.001000 3559.952433 0.000239 7 8 0.001000 3563.143212 0.001694 6 7 0.001000 3591.140433 -0.002507 2 1 0.001000 3597.195336* 0.009475 4 3 0.001000 3600.181055 -0.000417 5 4 0.001000 3603.160038 0.000583 6 5 0.001000 3606.120000 0.000525 7 6 0.001000 3609.063879 0.002724 8 7 0.001000 3611.982758* -0.001317 9 8 0.001000 3614.883416* -0.004341 10 9 0.001000 3617.770997 -0.000667 11 10 0.001000 3620.635063 -0.000122 12 11 0.001000 3623.477732 0.000101 13 12 0.001000 3626.297638 -0.000589 14 13 0.001000 3629.094131* -0.001973 15 14 0.001000 3631.870439 0.000132 16 15 0.001000 3634.619265 -0.000533 17 16 0.001000 3640.040061 -0.000194 19 18 0.001000 3642.710510 0.001469 20 19 0.001000 3650.539224 -0.000038 23 22 0.001000 3653.089159 -0.000240 24 23 0.001000 3655.609037 -0.000989 25 24 0.001000 3658.101730 -0.000412 26 25 0.001000 3660.566573 -0.000605 27 26 0.001000 3663.006318 -0.000555 28 27 0.001000 3665.423073 -0.000044 29 28 0.001000 3667.817583 -0.000190 30 29 0.001000 3670.192746 0.000212 31 30 0.001000 3672.549308 0.000492 32 31 0.001000 3674.890339 0.002637 33 32 0.001000 3677.215687* 0.005743 34 33 0.001000 THE RMS DEV. = 0.001334 FOR 44 LINES 13(3)0-03(3)0 emission measurements from hcneqx.dat CALIB 1.00000250 UPPER VIB.# = 15; EIG1 = 3; EIG2 = 4; UPPER STATE= 0 LOWER VIB.# = 5; LOWER EIG1 = 3; LOWER EIG2 = 4; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3485.124761 0.000216 29 30 0.002000 3488.634799 0.000031 28 29 0.002000 3492.131451 -0.000030 27 28 0.002000 3495.618374* 0.003647 26 27 0.002000 3499.084751 0.000256 25 26 0.002000 3502.540225 -0.000479 24 25 0.002000 3505.982492 -0.000712 23 24 0.002000 3509.433742* 0.021965 22 23 0.002000 3512.828740 0.002586 21 22 0.002000 3516.225283* -0.000750 20 21 0.002000 3519.610824 -0.000273 19 20 0.002000 3522.981490 0.000459 18 19 0.002000 3526.335294 -0.000242 17 18 0.002000 3529.676028 0.001696 16 17 0.002000 3532.998053 0.000888 15 16 0.002000 3536.295669* -0.008139 14 15 0.002000 3539.584137* -0.009920 13 14 0.002000 3542.866578 -0.001153 12 13 0.002000 3546.124352 -0.000318 11 12 0.002000 3549.363625 -0.001105 10 11 0.002000 3552.589094 0.001309 9 10 0.002000 3555.793656 -0.000069 8 9 0.002000 3562.155308 0.001424 6 7 0.002000 3565.313004* 0.005055 5 6 0.002000 3568.445861 0.001273 4 5 0.002000 3598.849255 0.000502 5 4 0.002000 3601.794444 0.000925 6 5 0.002000 3604.722750 0.001559 7 6 0.002000 3607.633078 0.001176 8 7 0.002000 3610.526061 0.000256 9 8 0.002000 3613.403743 0.000668 10 9 0.002000 3616.262853 -0.001064 11 10 0.002000 3619.109231 0.000667 12 11 0.002000 3621.938414 0.001136 13 12 0.002000 THE RMS DEV. = 0.000998 FOR 28 LINES 13(3E)0-03(3E)0 emission measurements from hcneqx.dat CALIB 1.000002 UPPER VIB.# = 15; EIG1 = 3; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 5; LOWER EIG1 = 3; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3456.468511* -0.002247 37 38 0.002000 3463.717931 0.001067 35 36 0.002000 3467.322998* 0.004107 34 35 0.002000 3470.911114* 0.004280 33 34 0.002000 3474.482571 0.001931 32 33 0.002000 3478.040110 -0.000149 31 32 0.002000 3481.584881 -0.000753 30 31 0.002000 3627.530301 -0.000143 15 14 0.002000 3630.304363 -0.001451 16 15 0.002000 3633.064570 0.000296 17 16 0.002000 3635.806143 0.000403 18 17 0.002000 3638.530982 0.000877 19 18 0.002000 3641.236940 -0.000294 20 19 0.002000 3643.924341 -0.002630 21 20 0.002000 3646.592550* -0.006591 22 21 0.002000 3649.252855 -0.000696 23 22 0.002000 3651.893477* 0.003482 24 23 0.002000 3654.506771 -0.001487 25 24 0.002000 3657.107842 -0.000276 26 25 0.002000 3659.689182 -0.000169 27 26 0.002000 3662.250166 -0.001566 28 27 0.002000 3664.793855 -0.001188 29 28 0.002000 3667.317831 -0.001234 30 29 0.002000 3669.820071 -0.003521 31 30 0.002000 3672.307413 -0.001009 32 31 0.002000 3674.772043 -0.001322 33 32 0.002000 3677.215687* -0.002551 34 33 0.002000 3679.643264* 0.000396 35 34 0.002000 3682.045819 -0.001272 36 35 0.002000 3686.794678 0.000968 38 37 0.002000 3693.758537* 0.001553 41 40 0.002000 THE RMS DEV. = 0.001343 FOR 23 LINES 13(3F)0-03(3F)0 emission measurements from hcneqx.dat CALIB 1.000002 UPPER VIB.# = 15; EIG1 = 4; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 5; LOWER EIG1 = 4; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3456.618232 -0.002924 37 38 0.002000 3460.234663 0.001067 36 37 0.002000 3463.830049 -0.001886 35 36 0.002000 3467.416154 -0.000082 34 35 0.002000 3470.988799* 0.002197 33 34 0.002000 3474.544511 0.001328 32 33 0.002000 3478.088393 0.002215 31 32 0.002000 3481.612788 -0.003035 30 31 0.002000 3627.562674 -0.003146 15 14 0.002000 3630.357466 0.001343 16 15 0.002000 3633.134691 0.000453 17 16 0.002000 3635.901676 0.000616 18 17 0.002000 3638.657627 0.000126 19 18 0.002000 3641.398647* -0.005784 20 19 0.002000 3644.142947 0.000355 21 20 0.002000 3649.595101 0.000735 23 22 0.002000 3652.308916 0.000975 24 23 0.002000 3655.013202 0.000685 25 24 0.002000 3657.707353 0.000464 26 25 0.002000 3660.390213 0.000793 27 26 0.002000 3663.059710 0.001547 28 27 0.002000 3665.713865 0.002843 29 28 0.002000 3668.344366 -0.001558 30 29 0.002000 3670.961529 0.000562 31 30 0.002000 3683.691206 -0.001606 36 35 0.002000 3686.164572 -0.001078 37 36 0.002000 3691.040826 0.004618 39 38 0.002000 3693.432135 -0.001941 40 39 0.002000 THE RMS DEV. = 0.001823 FOR 26 LINES 04(4 )1-04(4 )0 HCNEQX.PLC CALIBRATED UPPER VIB.# = 18; EIG1 = 4; EIG2 = 5; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 4; LOWER EIG2 = 5; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 2052.575025 -0.000016 21 20 0.005000 2049.997082 -0.002749 20 19 0.005000 2039.483399 0.004415 16 15 0.005000 2036.793391 0.000398 15 14 0.005000 2034.067768* -0.016673 14 13 0.005000 2031.350545 -0.002686 13 12 0.005000 2028.599026 -0.000252 12 11 0.005000 2020.197891 -0.002373 9 8 0.005000 1971.901157 0.003148 6 7 0.005000 1968.682735 0.000300 7 8 0.005000 1965.461798* 0.018054 8 9 0.005000 1962.179201 -0.002746 9 10 0.005000 1958.900892 0.003843 10 11 0.005000 1955.588918 -0.000144 11 12 0.005000 1948.900385 -0.003457 13 14 0.005000 1945.544037* 0.017416 14 15 0.005000 1942.122698 -0.003630 15 16 0.005000 1938.705096 0.002133 16 17 0.005000 1935.257934 0.001413 17 18 0.005000 1931.790350 0.003360 18 19 0.005000 1928.293400 -0.000957 19 20 0.005000 THE RMS DEV. = 0.002542 FOR 18 LINES 14(4f)0-04(4f)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 4; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 4; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3630.900463 0.001147 25 24 0.002800 3633.546628 0.001382 26 25 0.002800 3636.178617 0.001789 27 26 0.002800 3643.981890 -0.001607 30 29 0.002800 THE RMS DEV. = 0.001501 FOR 4 LINES 14(4e)0-04(4e)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 5; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 5; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3625.620358 -0.000223 23 22 0.002800 THE RMS DEV. = 0.000223 FOR 1 LINES 14(0E)0-04(0E)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3456.468511 -0.003383 31 32 0.002800 3460.011670 0.000963 30 31 0.002800 3463.537603 0.003573 29 30 0.002800 3467.042799 0.001043 28 29 0.002800 3470.534825 0.001047 27 28 0.002800 3474.009630 -0.000349 26 27 0.002800 3477.473572 0.003330 25 26 0.002800 3480.911927 -0.002511 24 25 0.002800 3484.337300 -0.005132 23 24 0.002800 3487.754315 0.000233 22 23 0.002800 3491.150083 0.000841 21 22 0.002800 3494.527149 -0.000615 20 21 0.002800 3497.889976 0.000464 19 20 0.002800 3501.237635* 0.003260 18 19 0.002800 3504.563435 0.001144 17 18 0.002800 3507.871362 -0.001912 16 17 0.002800 3511.167813 0.000370 15 16 0.002800 3514.456192* 0.011141 14 15 0.002800 3517.699338* -0.007160 13 14 0.002800 3520.952134 -0.000194 12 13 0.002800 3524.184289 0.001098 11 12 0.002800 3527.401212 0.001427 10 11 0.002800 3530.583602* -0.019182 9 10 0.002800 3533.792900 0.000135 8 9 0.002800 3540.135071 -0.000104 6 7 0.002800 3543.281229* -0.006652 5 6 0.002800 3552.667037 -0.002826 2 3 0.002800 3574.038454 -0.001205 4 3 0.002800 3577.023667 0.004138 5 4 0.002800 3579.985698* 0.008102 6 5 0.002800 3582.912836 0.000296 7 6 0.002800 3585.826972 0.003872 8 7 0.002800 3591.561655 -0.005244 10 9 0.002800 3594.395418 -0.003399 11 10 0.002800 3597.195336* -0.008548 12 11 0.002800 3599.983044 0.000528 13 12 0.002800 3602.736116 0.000585 14 13 0.002800 3605.466049* 0.002012 15 14 0.002800 3608.169054 -0.000225 16 15 0.002800 3613.514840 0.000053 18 17 0.002800 3616.157530 0.000463 19 18 0.002800 3618.778967 -0.001040 20 19 0.002800 3621.383843 -0.000220 21 20 0.002800 3623.974684 0.005188 22 21 0.002800 3626.536513 0.000096 23 22 0.002800 3629.094131* 0.009309 24 23 0.002800 3631.625407* 0.010772 25 24 0.002800 3634.125135 -0.000592 26 25 0.002800 3636.615508 -0.002438 27 26 0.002800 3641.543006 -0.002100 29 28 0.002800 3643.981890 0.002167 30 29 0.002800 3646.384093* -0.010736 31 30 0.002800 3648.801075* 0.010789 32 31 0.002800 3651.182164* 0.016195 33 32 0.002800 THE RMS DEV. = 0.002241 FOR 41 LINES 14(2E)0-04(2E)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 3; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 3; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3458.962856* 0.070369 30 31 0.002800 3469.420436 -0.000048 27 28 0.002800 3472.896459* -0.000594 26 27 0.002800 3476.367140* 0.008713 25 26 0.002800 3479.808265 0.003023 24 25 0.002800 3486.651188 -0.006157 22 23 0.002800 3490.058398 -0.005109 21 22 0.002800 3493.458135 0.001268 20 21 0.002800 3496.839673 0.001998 19 20 0.002800 3500.207835 0.001731 18 19 0.002800 3503.562345 0.000107 17 18 0.002800 3506.898782* -0.007267 16 17 0.002800 3510.243059 0.005688 15 16 0.002800 3513.558019 0.002132 14 15 0.002800 3516.862008 0.000902 13 14 0.002800 3520.154372 0.001990 12 13 0.002800 3523.430430 0.001485 11 12 0.002800 3526.695867* 0.005904 10 11 0.002800 3529.932691 -0.001926 9 10 0.002800 3533.152363* -0.009809 8 9 0.002800 3585.415338 0.000150 8 7 0.002800 3588.369877* 0.004200 9 8 0.002800 3591.305395 -0.001750 10 9 0.002800 3594.235910 -0.003727 11 10 0.002800 3597.195336* 0.032604 12 11 0.002800 3600.076750 0.001232 13 12 0.002800 3602.978348 0.001701 14 13 0.002800 3605.869770* 0.005335 15 14 0.002800 3608.739137 0.002132 16 15 0.002800 3614.427439 -0.001371 18 17 0.002800 3617.246057 0.001665 19 18 0.002800 3619.997437* -0.040079 20 19 0.002800 3622.788713* -0.017913 21 20 0.002800 3625.550589* 0.000381 22 21 0.002800 THE RMS DEV. = 0.002696 FOR 22 LINES 14(2F)0-04(2F)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3455.702188* 0.003966 31 32 0.002800 3459.237514 -0.000364 30 31 0.002800 3462.762903 0.001041 29 30 0.002800 3469.767411 0.004615 27 28 0.002800 3473.243128 0.003334 26 27 0.002800 3476.696451 -0.004764 25 26 0.002800 3480.144019 -0.003109 24 25 0.002800 3483.575756 -0.001862 23 24 0.002800 3486.991611 -0.001164 22 23 0.002800 3490.395677* 0.002985 21 22 0.002800 3493.775679 -0.001782 20 21 0.002800 3500.502661 0.000771 18 19 0.002800 3503.853964* 0.012269 17 18 0.002800 3507.165634 -0.001002 16 17 0.002800 3510.484842* 0.008087 15 16 0.002800 3517.038445* -0.014160 13 14 0.002800 3523.568845 -0.000414 11 12 0.002800 3526.806882 0.001556 10 11 0.002800 3530.026055 -0.000436 9 10 0.002800 3533.230585 -0.002108 8 9 0.002800 3536.431360* 0.007506 7 8 0.002800 3570.505054* 0.004163 3 2 0.002800 3573.499820* -0.001734 4 3 0.002800 3585.329289 -0.002037 8 7 0.002800 3588.244041 -0.000222 9 8 0.002800 3591.140433 0.001601 10 9 0.002800 3594.018376 0.003651 11 10 0.002800 3596.871666 0.000048 12 11 0.002800 3599.707477 -0.001696 13 12 0.002800 3602.525401 -0.001639 14 13 0.002800 3605.315543* -0.009314 15 14 0.002800 3608.101339 -0.000914 16 15 0.002800 3613.592535 -0.001746 18 17 0.002800 3616.308850 0.000687 19 18 0.002800 3618.998723 -0.001412 20 19 0.002800 3621.671922 0.002070 21 20 0.002800 3624.317054 0.000062 22 21 0.002800 3626.940700 -0.000566 23 22 0.002800 3629.543767 0.001344 24 23 0.002800 3632.119990 -0.000273 25 24 0.002800 3634.675294 0.000655 26 25 0.002800 3637.206643 0.001180 27 26 0.002800 3639.710471 -0.002239 28 27 0.002800 3644.661653 0.004960 30 29 0.002800 3647.089222 -0.004466 31 30 0.002800 THE RMS DEV. = 0.002190 FOR 36 LINES 14(4)0-04(4)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 4; EIG2 = 5; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 4; LOWER EIG2 = 5; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3461.229666 0.000506 29 30 0.002800 3464.719345 -0.005443 28 29 0.002800 3468.211070 0.001910 27 28 0.002800 3471.681862 0.000099 26 27 0.002800 3475.142647 0.000552 25 26 0.002800 3478.592763 0.003087 24 25 0.002800 3482.026071 0.002006 23 24 0.002800 3485.445870 0.001010 22 23 0.002800 3488.852481 0.000784 21 22 0.002800 3492.244600 0.000351 20 21 0.002800 3495.618374 -0.003847 19 20 0.002800 3498.986211 0.000865 18 19 0.002800 3502.331431 -0.001952 17 18 0.002800 3505.663580 -0.002535 16 17 0.002800 3508.983333 -0.000011 15 16 0.002800 3512.285199 0.000310 14 15 0.002800 3515.571928 0.001341 13 14 0.002800 3518.840600 0.000311 12 13 0.002800 3522.094472 0.000611 11 12 0.002800 3525.329046 -0.002133 10 11 0.002800 3528.552822 0.000687 9 10 0.002800 3531.756677 0.000050 8 9 0.002800 3577.812962 0.000646 6 5 0.002800 3580.746381 -0.001849 7 6 0.002800 3586.570576 0.000123 9 8 0.002800 3589.459764 0.002780 10 9 0.002800 3592.332159 0.004853 11 10 0.002800 3595.181156 -0.000420 12 11 0.002800 3598.021532 0.001556 13 12 0.002800 3600.841195 -0.001514 14 13 0.002800 3603.649213 -0.000796 15 14 0.002800 3606.437704 -0.004433 16 15 0.002800 3609.216843 -0.002547 17 16 0.002800 3611.982758 0.000653 18 17 0.002800 3614.731020 0.000360 19 18 0.002800 3617.465173 -0.000309 20 19 0.002800 3620.186865 -0.000188 21 20 0.002800 3622.898677* 0.002761 22 21 0.002800 THE RMS DEV. = 0.002012 FOR 37 LINES 15(5)0-05(5)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 5; EIG2 = 6; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 5; LOWER EIG2 = 6; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3534.826967 0.013343 6 6 0.008000 3534.702747 0.002512 7 7 0.008000 3534.572756 0.001997 8 8 0.008000 3534.262632 -0.001109 10 10 0.008000 THE RMS DEV. = 0.006884 FOR 4 LINES 15(3)0-05(3)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 3; EIG2 = 4; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 4; LOWER EIG2 = 3; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3536.763005 -0.004653 5 5 0.008000 3536.836495 -0.008015 4 4 0.008000 THE RMS DEV. = 0.006553 FOR 2 LINES 15(1E)0-05(1E)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3450.306364 0.001883 26 27 0.004000 3457.176500 -0.002006 24 25 0.004000 3463.991605 0.001329 22 23 0.004000 3467.416154* 0.043414 21 22 0.004000 3470.739632 0.000050 20 21 0.004000 3474.089773 -0.001048 19 20 0.004000 3480.745697 -0.000960 17 18 0.004000 3484.055904 0.004517 16 17 0.004000 3487.340056 -0.000715 15 16 0.004000 3493.872696 -0.001224 13 14 0.004000 3500.348520 0.001555 11 12 0.004000 3503.562345 0.001145 10 11 0.004000 3506.756663 -0.004019 9 10 0.004000 3509.946231 0.000772 8 9 0.004000 3519.432843* 0.021261 5 6 0.004000 3573.141120 0.002053 12 11 0.004000 3578.744015* 0.012495 14 13 0.004000 3581.502241 0.005956 15 14 0.004000 3584.240419 0.000465 16 15 0.004000 3586.958199 -0.004299 17 16 0.004000 3589.662100 -0.001831 18 17 0.004000 3592.332159* -0.012145 19 18 0.004000 3595.007856 0.004157 20 19 0.004000 3597.638989 -0.003229 21 20 0.004000 3600.254710 -0.005267 22 21 0.004000 3602.857957 0.000858 23 22 0.004000 3615.538197 0.001001 28 27 0.005000 THE RMS DEV. = 0.002744 FOR 23 LINES 15(1F)0-05(1F)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 2; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3568.280726 -0.002293 10 9 0.004000 3577.023667 -0.000797 13 12 0.004000 3582.725964 -0.002336 15 14 0.004000 3585.542345 0.004783 16 15 0.004000 3591.059505 -0.001752 18 17 0.004000 3593.770645 -0.001857 19 18 0.004000 3596.448853 0.000169 20 19 0.004000 3601.700787 0.004455 22 21 0.004000 3606.816237 0.002573 24 23 0.004000 3609.326537 -0.002968 25 24 0.004000 3619.170000 -0.000595 29 28 0.006000 THE RMS DEV. = 0.002636 FOR 11 LINES 15(3)0-05(3)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 3; EIG2 = 4; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 3; LOWER EIG2 = 4; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3485.935675* -0.018898 15 16 0.008000 3489.247841 -0.010989 14 15 0.008000 3492.554295 0.005752 13 14 0.008000 3495.825361 0.001884 12 13 0.008000 3499.084751 0.001313 11 12 0.008000 3502.331431 0.003166 10 11 0.008000 3508.784953 0.012950 8 9 0.008000 3511.986023 0.015308 7 8 0.008000 3515.152510 -0.001376 6 7 0.008000 3555.121565 -0.000296 6 5 0.008000 3558.085590 -0.004861 7 6 0.008000 3561.046198 0.001422 8 7 0.008000 3563.973964 -0.011160 9 8 0.008000 3566.909758 -0.002060 10 9 0.008000 3569.821808 -0.003421 11 10 0.008000 3572.732070 0.006299 12 11 0.008000 THE RMS DEV. = 0.007206 FOR 15 LINES 15(3E)0-05(3E)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 3; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 3; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3452.253298 -0.013871 25 26 0.008000 3455.702188 0.005448 24 25 0.008000 3462.511521 -0.005132 22 23 0.008000 3469.269648* -0.015237 20 21 0.008000 3472.645914 -0.003770 19 20 0.008000 3476.005669 0.004118 18 19 0.008000 3479.339922 -0.000470 17 18 0.008000 3482.655511* -0.010564 16 17 0.008000 3608.831211 0.004056 25 24 0.008000 3614.093150 0.008644 27 26 0.008000 THE RMS DEV. = 0.006810 FOR 8 LINES 15(3F)0-05(3F)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 4; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 4; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3581.399434 -0.006837 15 14 0.008000 3587.150643 -0.000602 17 16 0.008000 3601.462175 0.003724 22 21 0.008000 3609.969296 0.003638 25 24 0.008000 3455.531240 -0.013854 24 25 0.008000 3458.962856 -0.003327 23 24 0.008000 3465.779840 0.001360 21 22 0.008000 3469.179553 0.010832 20 21 0.008000 3472.549962 0.002556 19 20 0.008000 3475.916168* 0.002456 18 19 0.008000 3479.267369 0.000537 17 18 0.008000 THE RMS DEV. = 0.006350 FOR 10 LINES 15(5E)0-05(5E)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 5; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 5; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3619.567594 0.001396 30 29 0.002000 THE RMS DEV. = 0.001396 FOR 1 LINES 15(5F)0-05(5F)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 6; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 6; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3614.366957 -0.002972 28 27 0.002000 THE RMS DEV. = 0.002972 FOR 1 LINES 15(5)0-05(5)0 HCNEQX.PKL UPPER VIB.# = 28; EIG1 = 5; EIG2 = 6; UPPER STATE= 0 LOWER VIB.# = 8; LOWER EIG1 = 5; LOWER EIG2 = 6; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 3450.551955 0.015791 25 26 0.008000 3457.426616* 0.014750 23 24 0.008000 3460.840781 0.012299 22 23 0.008000 3464.229361 -0.001244 21 22 0.008000 3467.614959 -0.003064 20 21 0.008000 3474.333248* -0.014773 18 19 0.008000 3477.685775 -0.004519 17 18 0.008000 3481.006935 -0.010305 16 17 0.008000 3490.901341 -0.003694 13 14 0.008000 3497.416991 -0.001481 11 12 0.008000 3500.651976 0.000536 10 11 0.008000 3503.853964 -0.014529 9 10 0.008000 3510.243059 -0.011584 7 8 0.008000 3556.101673 0.011461 7 6 0.008000 3561.940470 0.014044 9 8 0.008000 3564.815056 -0.005435 10 9 0.008000 3567.698833 0.000215 11 10 0.008000 3570.560993 0.000104 12 11 0.008000 3573.406657 -0.000743 13 12 0.008000 3579.048769 -0.004839 15 14 0.008000 3581.850792 -0.002791 16 15 0.008000 3584.638408 0.000048 17 16 0.008000 3587.408174 0.000037 18 17 0.008000 3590.160371 -0.002766 19 18 0.008000 3592.897493 -0.006129 20 19 0.008000 3598.347953 0.005679 22 21 0.008000 3601.052063 0.010891 23 22 0.008000 3603.741822 0.014790 24 23 0.008000 3609.063879 0.002101 26 25 0.008000 3616.975162 -0.006684 29 28 0.008000 THE RMS DEV. = 0.007913 FOR 28 LINES The following are for the H14N13C isotopomer GROUND STATE MICROWAVE DATA FOR HN13C UPPER VIB.# = 1; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 87090.851000 -0.005193 1 0 0.040000 174179.411000 0.003983 2 1 0.050000 THE RMS DEV. = 0.000000 FOR 2 LINES 01(1f)0-00(0)0 ZHCNEVS HAND MEASURED AND CALIBRATED UPPER VIB.# = 2; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 474.037700 0.000467 35 35 0.005000 473.389500 0.001754 34 34 0.005000 472.140400 0.001197 32 32 0.005000 471.540100 -0.000346 31 31 0.000800 470.959700 0.000809 30 30 0.000800 470.393400 -0.001279 29 29 0.000800 469.848700 0.000755 28 28 0.000800 469.318700 -0.000121 27 27 0.000800 468.807100 -0.000335 26 26 0.000800 468.314500 0.000589 25 25 0.000800 467.838100 -0.000270 24 24 0.000800 467.381100 0.000175 23 23 0.000800 466.941800 0.000110 22 22 0.000800 466.520700 -0.000070 21 21 0.000800 466.117800 -0.000470 20 20 0.000800 465.735100 0.000814 19 19 0.000800 465.368600 -0.000314 18 18 0.000800 465.022700 0.000457 17 17 0.000800 464.694400 0.000042 16 16 0.000800 464.385100 -0.000240 15 15 0.000800 464.095400 0.000137 14 14 0.000800 463.572400 0.000180 12 12 0.000800 463.337100 -0.002281 11 11 0.000800 463.125700 -0.000043 10 10 0.000800 462.932400 0.001042 9 9 0.000800 462.756700 0.000426 8 8 0.000800 462.600800 0.000265 7 7 0.000800 462.463900 -0.000279 6 6 0.000800 THE RMS DEV. = 0.000761 FOR 28 LINES 01(1E)0-00(0)0 ZHCNEvS hand measured CALIBRATED AGAINST HCN NU2 UPPER VIB.# = 2; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 493.961600 -0.000532 11 10 0.005000 496.852200 -0.004306 12 11 0.005000 499.750800 0.001291 13 12 0.001000 502.640500 -0.000566 14 13 0.001000 505.530800 -0.000305 15 14 0.001000 508.419200 -0.000354 16 15 0.001000 511.306500 0.000161 17 16 0.001000 514.191600 0.000212 18 17 0.001000 517.075600 0.000972 19 18 0.001000 519.955700 -0.000288 20 19 0.001000 522.835300 -0.000094 21 20 0.001000 525.712300 -0.000474 22 21 0.001000 528.587300 -0.000756 23 22 0.001000 531.461500 0.000333 24 23 0.001000 534.332600 0.000565 25 24 0.001000 537.200300 -0.000285 26 25 0.001000 540.066600 -0.000146 27 26 0.001000 542.930900 0.000456 28 27 0.001000 545.790900 -0.000704 29 28 0.001000 548.650600 0.000447 30 29 0.001000 551.506000 -0.000016 31 30 0.001000 THE RMS DEV. = 0.001077 FOR 21 LINES The following are for the H15N12C isotopomer GROUND STATE MICROWAVE DATA FOR H15NC UPPER VIB.# = 1; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 88865.715000 0.006343 1 0 0.040000 177729.094000 -0.004847 2 1 0.050000 THE RMS DEV. = 0.000000 FOR 2 LINES 01(1f)0-00(0)0 ZHCNEUS.PFL CALIBRATED AGAINST HCN NU2 UPPER VIB.# = 2; EIG1 = 2; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 468.363384 0.000630 29 29 0.000500 466.768092 -0.000219 26 26 0.000500 465.793556 -0.001112 24 24 0.000500 465.334416 -0.000599 23 23 0.000500 464.893520 -0.000111 22 22 0.000500 464.470947 0.000321 21 21 0.000500 464.066599 0.000491 20 20 0.000500 463.680220 0.000042 19 19 0.000500 462.965085 0.000613 17 17 0.000500 462.634793* -0.000083 16 16 0.000500 462.033001 0.000385 14 14 0.000500 461.506972 0.000203 12 12 0.000500 461.273028 0.000357 11 11 0.000500 460.861996 -0.000426 9 9 0.000500 460.529559 -0.000219 7 7 0.000500 460.274826 -0.000251 5 5 0.000500 THE RMS DEV. = 0.000475 FOR 15 LINES 01(1E)0-00(0)0 ZHCNEUS.PFL CALIBRATED AGAINST HCN NU2 UPPER VIB.# = 2; EIG1 = 1; EIG2 = 0; UPPER STATE= 0 LOWER VIB.# = 1; LOWER EIG1 = 1; LOWER EIG2 = 0; LOWER STATE= 0 OBSERVED O - C J' J" UNCERTAINTY 474.783287 0.002038 5 4 0.010000 483.636703 -0.005397 8 7 0.010000 492.485189 -0.000712 11 10 0.000800 498.371910 0.000619 13 12 0.000800 507.181938 -0.000224 16 15 0.000800 518.894526 -0.000193 20 19 0.000800 524.734276 -0.000259 22 21 0.000800 527.650215 0.000149 23 22 0.000800 533.472283 0.000288 25 24 0.000800 536.379263 0.001022 26 25 0.000800 542.179778 -0.001141 28 27 0.000800 550.859874 0.000635 31 30 0.000800 553.744097 -0.000752 32 31 0.000800 556.627065 0.000321 33 32 0.000800 THE RMS DEV. = 0.001644 FOR 14 LINES