Table I
Observed Cl i lines from 960 Å to 4 microns
Intensity Wavelengtha (Å) Wave numberb (cm−1 ) Δσ c Classificationd 30 969.917 103101.6 .2
0°1½ –1031012½ 0°1½ –1031021½ 1 976.452 102411.6 .2 0°1½ –1024110½ 40 R C 978.2844 102219.77 .05 882°0½ –1031021½ 1 979.963 102044.6 .2 0°1½ –1020452½ 3 R C 980.5061 101988.14 .05 0°1½ –1019882½ 4 R C 980.9191 101945.21 .08 0°1½ –101945 2 981.879 101845.5 .2 0°1½ –1018451½ 2 982.285 101803.5 .2 0°1½ –1018032½ 15 R C 984.2864 101596.44 .05 0°1½ –1015960½ 20 R C 984.3230 101592.67 .05 0°1½ –1015920½ 2 984.939 101529.2 .2 882°0½ –1024110½ 1 987.599 101255.7 .2 882°0½ –1021380½ 2 987.885 101226.4 .2 882°0½ –1021081½ 1 987.916 101223.2 .2 0°1½ –1012232½ 2 988.410 101172.6 .2 0°1½ –1011721½ 5 R C 988.9436 101118.00 .05 882°0½ –1020001½ 2 989.484 101062.8 .2 882°0½ –101945 4 R C 989.6543 101045.39 .05 0°1½ –1010451½ 1 989.713 101039.4 .2 0°1½ –1010390½ 8 R C 990.4591 100963.28 .08 882°0½ –1018451½ 2 990.629 100945.9 .2 0°1½ –1009460½ 2 991.640 100843.0 .2 882°0½ –1017251½ 1 992.679 100737.5 .2 0°1½ –1007370½ 10 R C 992.9098 100714.08 .05 882°0½ –1015960½ 5 R C 992.9470 100710.31 .05 882°0½ –1015920½ 2 993.007 100704.3 .2 0°1½ –1007041½ 3 R C 994.1414 100589.31 .05 0°1½ –1005892½ 4 R C 994.9965 100502.87 .05 0°1½ –1005021½ 3 R C 996.5402 100347.18 .05 0°1½ –1003472½ 3 R C 996.5591 100345.27 .05 882°0½ –1012270½ 4 R C 997.1064 100290.20 .05 882°0½ –1011721½ 4 R C 997.5099 100249.64 .05 0°1½ –1002492½ 4 R C 997.5375 100246.85 .05 0°1½ –1002461½ 2 998.294 100170.9 .2 0°1½ –1001701½ 25 R C 998.3723 100163.03 .05 882°0½ –1010451½ 25 R C 998.4319 100157.06 .05 882°0½ –1010390½ 20 R C 999.3638 100063.66 .05 882°0½ –1009460½ 10 R C 999.4929 100050.74 .05 0°1½ –1000501½ 2 1000.113 99988.7 .2 0°1½ –999882½ 2 1000.278 99972.2 .2 0°1½ –999720½ 3 R C 1001.4491 99855.30 .05 882°0½ –1007370½ 75 R C 1002.3464 99765.91 .05 0°1½ –997652½ 3 R C 1002.8952 99711.31 .05 0°1½ –997110½ 2 1003.191 99681.9 .2 0°1½ –996811½ 5 R C 1003.8093 99620.52 .05 882°0½ –1005021½ 20 R C 1004.6776 99534.42 .05 0°1½ –995340½ 1 1005.956 99407.9 .2 0°1½ –994070½ 5 R C 1006.3957 99364.50 .05 882°0½ –1002461½ 1 1006.495 99354.7 .2 0°1½ –993541½ 20 R C 1007.1647 99288.62 .05 882°0½ –1001701½ 3 R C 1007.3626 99269.12 .05 0°1½ –992692½ 5 R C 1008.3859 99168.38 .05 882°0½ –1000501½ 4 R C 1009.1857 99089.79 .05 882°0½ –999720½ 30 R C 1011.8492 98828.95 .05 882°0½ –997110½ 15 R C 1012.1505 98799.53 .05 882°0½ –996811½ 150 R C 1013.6635 98652.06 .05 882°0½ –995340½ 12 R C 1015.5139 98472.31 .05 882°0½ –993541½ 5 R C 1016.3558 98390.74 .05 0°1½ –983900½ 6 R C 1019.3644 98100.34 .05 0°1½ –981000½ 25 R C 1019.9400 98044.98 .05 0°1½ –980441½ 5 R C 1022.0478 97842.78 .05 0°1½ –978421½ 50 R C 1022.4143 97807.71 .05 0°1½ –978072½ 15 R C 1025.2821 97534.13 .05 0°1½ –975342½ 90 R C 1025.5528 97508.38 .05 882°0½ –983900½ 20 R C 1025.8444 97480.66 .05 0°1½ –974801½ 30 R C 1027.1785 97354.06 .05 0°1½ –973541½ 50 R C 1027.3386 97338.89 .05 0°1½ –973382½ 12 R C 1028.1739 97259.81 .05 0°1½ –972591½ 20 R C 1028.4075 97237.72 .05 0°1½ –972372½ 50 R C 1028.6162 97217.98 .05 882°0½ –981000½ 3 R C 1029.2023 97162.62 .05 882°0½ –980441½ 15 R C 1029.3432 97149.32 .05 0°1½ –971490½ 30 R C 1030.8845 97004.08 .05 0°1½ –970041½ 75 R C 1031.3486 96960.43 .05 882°0½ –978421½ 50 R C 1031.5070 96945.54 .05 0°1½ –969452½ 12 R C 1031.6704 96930.18 .05 0°1½ –969300½ 150 R C 1035.2148 96598.31 .05 882°0½ –974801½ 10 R C 1036.5734 96471.70 .05 882°0½ –973541½ 125 R C 1037.5871 96377.46 .05 882°0½ –972591½ 100 R C 1038.7779 96266.97 .05 882°0½ –971490½ 150 R C 1040.3475 96121.73 .05 882°0½ –970041½ 50 R C 1041.1480 96047.83 .05 882°0½ –969300½ 4 R C 1041.7148 95995.56 .05 0°1½ –959950½ 20 R C 1042.7793 95897.56 .05 0°1½ –958971½ 15 R C 1043.9857 95786.75 .05 0°1½ –957862½ 25 R C 1051.3787 95113.21 .05 882°0½ –959950½ 6 R C 1052.4631 95015.21 .05 882°0½ –958971½ 150 R C 1079.8821 92602.70 .05 0°1½ –926020½ 200 R C 1084.6671 92194.19 .10 0°1½ –921941½ 200 R C 1085.1709 92151.38 .05 0°1½ –921510½ 250 R C 1085.3035 92140.13 .05 0°1½ –921401½ 400 1088.062 91906.5 .2 0°1½ –919062½ 350 R C 1090.2706 91720.35 .05 882°0½ –926020½ 200 R C 1090.7386 91680.99 .05 0°1½ –916801½ 250 R C 1090.9815 91660.58 .05 0°1½ –916602½ 200 R C 1092.1287 91564.30 .10 0°1½ –915640½ 250 R C 1092.4366 91538.50 .10 0°1½ –915381½ 400 R C 1094.7686 91343.50 .05 0°1½ –913432½ 350 R C 1095.1483 91311.83 .10 882°0½ –921941½ 350 R C 1095.6619 91269.03 .05 882°0½ –921510½ 400 R C 1095.7971 91257.77 .05 882°0½ –921401½ 250 R C 1096.8098 91173.51 .05 0°1½ –911731½ 300 R C 1097.3692 91127.03 .05 0°1½ –911272½ 200 R C 1098.0682 91069.02 .05 0°1½ –910690½ 200 R C 1099.5230 90948.53 .05 0°1½ –909481½ 300 R C 1101.3381 90798.64 .05 882°0½ –916801½ 200 R C 1101.9362 90749.36 .05 0°1½ –907492½ 200 R C 1102.755 90681.94 .10 882°0½ –915640½ 300 R C 1103.069 90656.14 .10 882°0½ –915381½ 500 R C 1107.5282 90291.16 .05 882°0½ –911731½ 50 R C 1108.8113 90186.67 .05 882°0½ –910690½ 400 R C 1110.2948 90066.17 .05 882°0½ –909481½ 250 R C 1132.8528 88272.72 .05 0°1½ –882720½ 300 R C 1133.9341 88188.55 .05 0°1½ –881881½ 300 R C 1135.3310 88080.04 .05 0°1½ –880802½ 400 R C 1144.2909 87390.37 .05 882°0½ –882720½ 150 R C 1145.3941 87306.19 .05 882°0½ –881881½ 800 R C 1167.1479 85678.94 .05 0°1½ –856780½ 3000 R C 1179.2927 84796.59 .05 882°0½ –856780½ 300 R C 1188.7515 84121.87 .05 0°1½ –841211½ 1200 RM 1188.7743 84120.26 .05 0°1½ –841202½ 900 RM 1201.3527 83239.50 .03 882°0½ –841211½ 3000 R C 1335.7257 74865.67 .05 0°1½ –748650½ 10000 RM 1347.2397 74225.84 .02 0°1½ –742251½ 5000 RM 1351.6568 73983.28 .02 882°0½ –748650½ 12000 RM 1363.4471 73343.51 .02 882°0½ –742251½ 2500 RM 1373.1163 72827.04 .02 0°1½ –728270½ 20000 RM 1379.5278 72488.57 .02 0°1½ –724881½ 25000 RM 1389.6928 71958.35 .02 0°1½ –719582½ 20000 RM 1389.9569 71944.68 .02 882°0½ –728270½ 12000 RM 1396.5267 71606.22 .02 882°0½ –724881½ 4 3587.715 27864.94 .08 719582½ –99823°1½ 2 3620.833 27610.08 .08 719582½ –99568°1½ 8 3625.20 27576.8 .2 719582½ –99535°1½ 3 3634.612 27505.42 .08 719582½ –99463°2½ 12 Z 3691.727 27079.88 .07 724881½ –99568°1½ 10 Z 3694.296 27061.05 .07 719582½ –99019°1½ 8 3696.269 27046.61 .07 724881½ –99535°1½ 6 Z 3703.163 26996.26 .07 728270½ –99823°1½ 10 3706.053 26975.21 .07 724881½ –99463°2½ 3 3719.899 26874.81 .07 719582½ –98833°2½ 20 3726.541 26826.91 .07 719582½ –98785°3½ 15 3727.496 26820.04 .07 719582½ –98778°1½ 7 Z 3735.956 26759.30 .07 728270½ –99586°0½ 1 3739.405 26734.62 .07 719582½ –98693°3½ 4 3740.683 26725.49 .07 719582½ –98683°2½ 9 3743.114 26708.13 .07 728270½ –99535°1½ 8 3751.013 26651.89 .07 742251½ –100877°1½ 4 3757.182 26608.13 .07 20 Z 3768.127 26530.85 .07 724881½ –99019°1½ 4 3778.145 26460.50 .07 719582½ –98418°3½ 4 3796.258 26334.25 .07 5 3802.671 26289.84 .07 724881½ –98778°1½ 5 3816.395 26195.30 .07 724881½ –98683°2½ 1 3816.81 26192.5 .1 728270½ –99019°1½ 12 3852.272 25951.35 .07 728270½ –98778°1½ 5 3887.573 25715.70 .07 719582½ –97674°3½ 7 3893.469 25676.76 .07 742251½ –99902°0½ 2 3905.534 25597.44 .07 742251½ –99823°1½ 20 Z 3944.815 25342.56 .06 742251½ –99568°1½ 3 3950.003 25309.27 .06 742251½ –99535°1½ 10 3964.720 25215.33 .06 724881½ –97703°2½ 2 3964.77 25215.0 .1 724881½ –97703°1½ 10 3965.529 25210.18 .06 742251½ –99436°0½ 20 Z 3992.962 25036.98 .06 748650½ –99902°0½ 5 Z 4005.664 24957.59 .06 748650½ –99823°1½ 4 4013.000 24911.97 .06 728270½ –97739°0½ 15 Z 4032.160 24793.60 .06 742251½ –99019°1½ 10 4044.059 24720.65 .06 748650½ –99586°0½ 6 4046.989 24702.75 .06 748650½ –99568°1½ 20 Z 4049.145 24689.60 .06 742251½ –98915°0½ 3 4052.445 24669.49 .06 748650½ –99535°1½ 2 4062.67 24607.4 .1 742251½ –98833°2½ 6 4071.743 24552.57 .06 742251½ –98778°1½ 1 4076.40 24524.5 .1 719582½ –96482°2½ 20 Z 4104.786 24354.93 .06 719582½ –96313°1½ 12 Z 4138.974 24153.76 .06 748650½ –99019°1½ 2 4147.25 24105.5 .1 724881½ –96594°0½ 2 4156.867 24049.80 .06 748650½ –98915°0½ 1 4196.121 23824.82 .06 724881½ –96313°1½ 65 Z 4209.667 23748.16 .06 719582½ –95706°1½ 50 Z 4226.42 23654.00 .11 719582½ –95612°1½ 8 4256.605 23486.29 .06 728270½ –96313°1½ 60 Z 4264.582 23442.36 .06 719582½ –95400°2½ 25 Z 4280.465 23355.38 .05 719582½ –95313°1½ 10 4305.044 23222.03 .05 719582½ –95180°3½ 15 4305.799 23217.96 .05 724881½ –95706°1½ 2 4311.69 23186.25 .11 719582½ –95144°2½ 85 Z 4323.337 23123.78 .05 724881½ –95612°1½ 20 Z 4326.100 23109.01 .05 724881½ –95597°0½ 10 Z 4337.864 23046.34 .05 724881½ –95534°0½ 100 Z 4363.270 22912.15 .05 724881½ –95400°2½ 100 Z 4369.499 22879.49 .05 728270½ –95706°1½ 65 Z 4371.544 22868.78 .05 719582½ –94827°2½ 100 Z 4379.896 22825.18 .05 724881½ –95313°1½ 75 Z 4387.559 22785.32 .05 728270½ –95612°1½ 100 Z 4389.753 22773.92 .05 719582½ –94732°3½ 90 Z 4390.403 22770.55 .05 728270½ –95597°0½ 50 Z 4402.521 22707.88 .05 728270½ –95534°0½ 90 Z 4403.026 22705.28 .05 719582½ –94663°1½ 5 Z 4412.593 22656.05 .05 724881½ –95144°2½ 100 Z 4438.489 22523.87 .05 719582½ –94482°2½ 55 Z 4445.826 22486.70 .05 728270½ –95313°1½ 55 Z 4446.139 22485.11 .05 724881½ –94973°0½ 85 Z 4469.372 22368.23 .05 742251½ –96594°0½ 2 4471.85 22355.82 .10 719582½ –94314°1½ 90 Z 4475.304 22338.58 .05 724881½ –94827°2½ 55 Z 4491.032 22260.35 .05 742251½ –96486°1½ 12 4491.703 22257.03 .05 742251½ –96482°2½ 6 4508.301 22175.09 .05 724881½ –94663°1½ 100 Z 4526.186 22087.46 .05 742251½ –96313°1½ 6 4545.488 21993.67 .01 724881½ –94482°2½ 8 Z 4548.256 21980.29 .01 724881½ –94468°0½ 20 Z 4578.179 21836.626 .008 728270½ –94663°1½ 15 Z 4580.484 21825.636 .008 724881½ –94314°1½ 80 Z 4600.977 21728.428 .007 74865 0½ 96594°0½ 1 4619.39 21641.84 .09 728270½ –94468°0½ 40 Z 4623.9378 21620.533 .004 748650½ –96486°1½ 4 4652.6377 21487.169 .004 728270½ –94314°1½ 50 Z 4654.0398 21480.695 .004 742251½ –95706°1½ 80 Z 4661.2078 21447.663 .004 748650½ –96313°1½ 10 Z 4674.5359 21386.512 .004 742251½ –95612°1½ 35 Z 4677.7660 21371.744 .004 742251½ –95597°0½ 45 Z 4691.5233 21309.075 .004 742251½ –95534°0½ 40 Z 4721.2547 21174.886 .005 742251½ –95400°2½ 45 Z 4740.7288 21087.905 .004 742251½ –95313°1½ 3 4796.924 20840.87 .04 748650½ –95706°1½ 15 4818.4329 20747.837 .004 742251½ –94973°0½ 12 4818.6997 20746.689 .004 748650½ –95612°1½ 2 4822.1315 20731.924 .004 748650½ –95597°0½ 3 4836.753 20669.25 .04 748650½ –95534°0½ 30 Z 4852.7065 20601.302 .004 742251½ –94827°2½ 10 Z 4891.5222 20437.827 .004 742251½ –94663°1½ 10 4935.3361 20256.390 .004 742251½ –94482°2½ 15 Z 4938.5981 20243.011 .004 742251½ –94468°0½ 10 Z 4971.7535 20108.017 .004 748650½ –94973°0½ 25 Z 4976.6184 20088.361 .004 742251½ –94314°1½ 2 5014.26 19937.5 .1 2 5021.29 19909.6 .1 82918°2½ –1028282½ 8 5049.611 19797.98 .02 748650½ –94663°1½ 4 5067.67 19727.45 .08 82918°2½ –1026462½ 8 5074.312 19701.61 .02 82918°2½ –1026203½ 30 Z 5099.7889 19603.191 .004 748650½ –94468°0½ 2 5121.90 19518.56 .08 2 5122.72 19515.43 .08 83130°1½ –1026462½ 1 5139.72 19450.9 .1 25 Z 5140.3419 19448.541 .004 748650½ –94314°1½ 2 5183.607 19286.22 .02 3 5209.62 19189.92 .11 82918°2½ –1021081½ 2 5211.87 19181.62 .11 0 5217.75 19160.00 .11 6 5226.977 19126.19 .02 82918°2½ –1020452½ 1 5227.20 19125.39 .11 15 D 5231.583 19109.35 .02 82918°2½ –1020283½ 6 5242.57 19069.29 .11 82918°2½ –1019882½ 2 5246.07 19056.59 .11 83130°1½ –1021872½ 5 5259.70 19007.22 .07 83130°1½ –1021380½ 3 5267.81 18977.93 .11 83130°1½ –1021081½ 5 5278.34 18940.07 .07 82918°2½ –1018582½ 2 5279.93 18934.39 .11 83894°3½ –1028282½ 1 5280.94 18930.74 .11 3 5293.86 18884.54 .11 82918°2½ –1018032½ 4 5298.09 18869.49 .07 83130°1½ –1020001½ 1 5301.53 18857.25 .11 83130°1½ –1019882½ 15 D 5307.672 18835.41 .02 82918°2½ –1017543½ 2 5313.62 18814.34 .11 83130°1½ –101945 10 5315.196 18808.75 .02 83894°3½ –1027024½ 15 Z 5338.096 18728.06 .02 83130°1½ –1018582½ 4 5338.56 18726.45 .07 83894°3½ –1026203½ 5 5353.98 18672.52 .07 83130°1½ –1018032½ 3 5369.67 18617.95 .10 84132°2½ –1027503½ 10 Z 5376.443 18594.49 .02 83130°1½ –1017251½ 3 5380.55 18580.30 .07 83364°0½ –101945 5 5386.76 18558.88 .07 84132°2½ –1026913½ 10 Z 5401.7681 18507.312 .003 82918°2½ –1014262½ 3 5409.53 18480.74 .10 83364°0½ –1018451½ 1 5415.09 18461.78 .10 83130°1½ –1015920½ 5 5436.74 18388.28 .07 1 5461.63 18304.47 .10 82918°2½ –1012232½ 1 5462.02 18303.15 .10 8 Z 5464.369 18295.29 .02 83130°1½ –1014262½ 5 5476.83 18253.65 .07 82918°2½ –1011721½ 5 5482.40 18235.13 .07 5 5483.33 18232.02 .07 10 Z 5484.618 18227.75 .02 83364°0½ –1015920½ 3 5488.99 18213.24 .10 15 5493.20 18199.28 .05 83894°3½ –1020934½ 3 5493.90 18196.96 .10 3 5502.97 18166.97 .10 84688°0½ –102855 25 5512.9875 18133.948 .003 82918°2½ –1010522½ 2 5515.255 18126.49 .03 82918°2½ –1010451½ 5 5522.678 18102.130 .007 84648°2½ –1027503½ 5 5524.327 18096.73 .03 83130°1½ –1012270½ 1 5524.77 18095.29 .07 83364°0½ –1014601½ 40 Z 5532.1618 18071.097 .003 82918°2½ –1009893½ 1 5540.74 18043.12 .07 84648°2½ –1026913½ 6 Z 5541.1901 18041.654 .003 83130°1½ –1011721½ 1 5545.85 18026.49 .10 84132°2½ –1021582½ 8 D 5549.3064 18015.267 .003 84132°2½ –1021473½ 20 Z 5578.2042 17921.940 .003 83130°1½ –1010522½ 20 Z 5580.5250 17914.487 .003 83130°1½ –1010451½ 2 5581.05 17912.80 .05 84132°2½ –1020452½ 4 5582.3867 17908.512 .003 83130°1½ –1010390½ 1 5586.29 17895.99 .10 84132°2½ –1020283½ 1 5596.70 17862.72 .10 83364°0½ –1012270½ 1 5597.48 17860.22 .07 83894°3½ –1017543½ 4 5598.25 17857.77 .07 85244°0½ –1031021½ 1 5598.85 17855.87 .07 84132°2½ –1019882½ 4 Z 5621.06 17785.29 .07 82918°2½ –1007041½ 0 5639.67 17726.62 .10 84132°2½ –1018582½ 3 Z 5654.40 17680.43 .05 83364°0½ –1010451½ 3 5657.62 17670.37 .05 82918°2½ –1005892½ 3 5661.30 17658.88 .05 85442°1½ –1031012½ 5 5673.15 17622.01 .05 84132°2½ –1017543½ 2 5678.08 17606.71 .07 83130°1½ –1007370½ 2 Z 5686.36 17581.07 .05 83364°0½ –1009460½ 2 5688.88 17573.28 .05 83130°1½ –1007041½ 1 5693.27 17559.72 .09 84485°1½ –1020452½ 4 Z 5702.23 17532.13 .06 83894°3½ –1014262½ 1 5709.25 17510.58 .09 84648°2½ –1021582½ 3 5711.78 17502.81 .05 84485°1½ –1019882½ 2 5712.91 17499.35 .05 84648°2½ –1021473½ 5 5726.32 17458.39 .04 83130°1½ –1005892½ 2 5736.22 17428.24 .04 82918°2½ –1003472½ 2 5752.11 17380.11 .04 84648°2½ –1020283½ 1 5754.83 17371.89 .09 83130°1½ –1005021½ 2 5756.72 17366.19 .06 85735°1½ –1031012½ 4 Z 5765.66 17339.25 .04 83364°0½ –1007041½ 3 5768.51 17330.70 .04 82918°2½ –1002492½ 5 5769.47 17327.80 .09 84132°2½ –1014601½ 4 Z 5772.6936 17318.133 .003 84485°1½ –1018032½ 4 Z 5774.83 17311.72 .04 84688°0½ –1020001½ 50 D 5796.3049 17247.588 .003 83894°3½ –1011414½ 45 5799.9141 17236.855 .003 83894°3½ –1011304½ 20 Z 5802.9204 17227.926 .003 82918°2½ –1001463½ 6 5806.8463 17216.278 .003 83130°1½ –1003472½ 2 Z 5808.68 17210.83 .04 84648°2½ –1018582½ 2 5812.65 17199.07 .06 84988°1½ –1021872½ 3 5817.70 17184.16 .04 85917°0½ –1031021½ 1 5823.43 17167.26 .09 85244°0½ –1024110½ 3 Z 5826.31 17158.76 .04 83894°3½ –1010522½ 2 5827.49 17155.29 .04 84648°2½ –1018032½ 2 5835.49 17131.77 .06 82918°2½ –1000501½ 1 5839.41 17120.28 .06 84988°1½ –1021081½ 6 5839.9350 17118.733 .003 83130°1½ –1002492½ 1 5840.92 17115.85 .09 83130°1½ –1002461½ 3 5842.53 17111.13 .04 84485°1½ –1015960½ 15 D 5844.2113 17106.207 .003 84648°2½ –1017543½ 25 5846.7950 17098.647 .003 84132°2½ –1012303½ 25 Z 5847.7166 17095.953 .003 83894°3½ –1009893½ 4 5849.38 17091.08 .04 84132°2½ –1012232½ 1 5854.14 17077.19 .08 84648°2½ –1017251½ 30 Z 5856.7420 17069.608 .003 82918°2½ –999882½ 1 5861.22 17056.56 .06 84988°1½ –1020452½ 10 5866.8920 17040.077 .003 83130°1½ –1001701½ 1 5868.06 17036.70 .06 84688°0½ –1017251½ 1 5876.62 17011.87 .06 84988°1½ –1020001½ 4 5877.636 17008.93 .02 84132°2½ –1011413½ 2 5880.85 16999.64 .06 84988°1½ –1019882½ 4 Z 5908.34 16920.55 .06 84132°2½ –1010522½ 2 Z 5910.94 16913.09 .06 84132°2½ –1010451½ 1 5912.80 16907.77 .06 84688°0½ –1015960½ 1 5914.12 16904.00 .06 84688°0½ –1015920½ 2 5921.87 16881.87 .06 83364°0½ –1002461½ 1 5925.88 16870.45 .06 84988°1½ –1018582½ 35 Z 5930.399 16857.600 .006 83130°1½ –999882½ 3 5934.14 16846.97 .06 82918°2½ –997652½ 1 Z 5936.17 16841.22 .06 83130°1½ –999720½ 1 5945.46 16814.91 .06 84988°1½ –1018032½ 1 5946.46 16812.06 .06 84648°2½ –1014601½ 100 D 5948.58 16806.07 .08 83364°0½ –1001701½ 1 5953.44 16792.36 .06 3 5965.86 16757.40 .06 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16056.131 .004 84648°2½ –1007041½ 5 6228.45 16050.91 .05 84988°1½ –1010390½ 5 6229.20 16048.99 .05 84688°0½ –1007370½ 1 6230.38 16045.94 .08 841202½ –100166°3½ 100 Z 6231.5320 16042.980 .003 83364°0½ –994070½ 1 6233.19 16038.71 .05 84132°2½ –1001701½ 2 6241.41 16017.59 .05 84485°1½ –1005021½ 60 Z 6242.5904 16014.561 .003 84132°2½ –1001463½ 40 Z 6252.2789 15989.745 .003 83364°0½ –993541½ 2 6276.45 15928.17 .08 85244°0½ –1011721½ 2 6276.64 15927.70 .08 85917°0½ –1018451½ 40 Z 6280.2722 15918.474 .003 84132°2½ –1000501½ 2 6304.91 15856.27 .08 84132°2½ –999882½ 45 D 6321.6696 15814.233 .003 84688°0½ –1005021½ 7 Z 6326.94 15801.05 .05 85244°0½ –1010451½ 25 Z 6335.07 15780.79 .03 841211½ –99902°0½ 4 6337.66 15774.33 .08 83894°3½ –996683½ 120 6341.681 15764.330 .003 84485°1½ –1002492½ 25 6342.801 15761.547 .003 84485°1½ –1002461½ 2 6355.49 15730.09 .05 85442°1½ –1011721½ 8 6361.29 15715.75 .05 84988°1½ –1007041½ 10 6366.45 15703.01 .05 841202½ –99823°1½ 8 Z 6366.99 15701.67 .05 85244°0½ 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.05 841202½ –99535°1½ 15 6490.60 15402.64 .05 84648°2½ –1000501½ 25 Z 6502.2328 15375.084 .002 83894°3½ –992692½ 25 6509.165 15358.711 .005 84988°1½ –1003472½ 15 6526.54 15317.81 .07 85735°1½ –1010522½ 3 6528.07 15314.24 .05 841211½ –99436°0½ 150 Z 6531.433 15306.346 .005 83894°3½ –992003½ 1 6532.26 15304.42 .05 85735°1½ –1010390½ 8 Z 6536.18 15295.24 .03 85442°1½ –1007370½ 4 6541.18 15283.54 .05 84688°0½ –999720½ 35 Z 6542.4395 15280.597 .002 84485°1½ –997652½ 25 6550.772 15261.16 .01 84988°1½ –1002492½ 25 6551.3398 15259.838 .002 83130°1½ –983900½ 1 6551.89 15258.55 .07 85244°0½ –1005021½ 4 6565.899 15226.00 .02 84485°1½ –997110½ 25 Z 6567.448 15222.409 .003 84132°2½ –993541½ 2 6584.69 15182.55 .05 84988°1½ –1001701½ 25 6600.195 15146.883 .005 85442°1½ –1005892½ 100 Z 6604.566 15136.860 .005 84132°2½ –992692½ 1 6608.67 15127.46 .05 85917°0½ –1010451½ 100 Z 6609.269 15126.088 .005 82918°2½ –980441½ 6 6611.274 15121.50 .02 85917°0½ –1010390½ 1 6612.88 15117.82 .05 84648°2½ –997652½ 5 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–972591½ 25 7628.307 13105.461 .003 84132°2½ –972372½ 45 7633.743 13096.129 .003 880802½ –101176°3½ 4 7636.80 13090.89 .04 728270½ –85917°0½ 90 7656.9123 13056.501 .002 84988°1½ –980441½ 100 7659.545 13052.013 .003 84132°2½ –971843½ 7 7659.85 13051.49 .05 83894°3½ –969452½ 1 7661.42 13048.83 .05 84485°1½ –975342½ 1 7670.67 13033.09 .05 2300 Z 7672.419 13030.113 .006 719582½ –84988°1½ 3 7688.36 13003.09 .05 4 7689.02 13001.97 .03 200 7692.9402 12995.354 .002 84485°1½ –974801½ 20 7697.416 12987.80 .01 881881½ –101176°2½ 450 7702.8278 12978.6734 .0010 82918°2½ –958971½ 7000 Z 7717.5812 12953.8626 .0010 724881½ –85442°1½ 60 7720.889 12948.313 .003 85442°1½ –983900½ 4 7743.58 12910.37 .04 879793½ –100889°3½ 10000 Z 7744.970 12908.054 .002 728270½ –85735°1½ 110 7754.783 12891.720 .003 879793½ –100871°4½ 45 7758.207 12886.029 .005 84648°2½ –975342½ 4 7766.77 12871.83 .03 84132°2½ –970041½ 15 7768.64 12868.73 .03 84485°1½ –973541½ 2200 7769.163 12867.859 .008 82918°2½ –957862½ 650 7771.093 12864.662 .003 83130°1½ –959950½ 5 7777.36 12854.29 .03 84988°1½ –978421½ 350 7777.794 12853.579 .003 84485°1½ –973382½ 30 7787.758 12837.133 .003 83894°3½ –967313½ 85 7790.532 12832.562 .002 84648°2½ –974801½ 85 7798.637 12819.226 .002 84988°1½ –978072½ 50 7802.2599 12813.2737 .0010 84132°2½ –969452½ 12 7804.366 12809.817 .008 880802½ –100889°3½ 30 7809.954 12800.651 .003 85244°0½ –980441½ 1 7813.05 12795.58 .03 13 7815.533 12791.513 .007 880802½ –100871°3½ 2 7819.05 12785.76 .03 880802½ –100865°2½ 2200 Z 7821.363 12781.978 .005 82918°2½ –957003½ 35 7825.942 12774.500 .003 84485°1½ –972591½ 1700 Z 7830.746 12766.663 .003 83130°1½ –958971½ 70 7837.439 12755.760 .003 724881½ –85244°0½ 200 Z 7839.495 12752.415 .002 84485°1½ –972372½ 2 7847.62 12739.21 .05 3 7853.12 12730.29 .03 719582½ –84688°0½ 5 7870.91 12701.52 .03 881881½ –100890°2½ 3000 Z 7878.215 12689.740 .003 719582½ –84648°2½ 1 7885.03 12678.77 .05 901934½ –102872°5½ 60 7885.964 12677.270 .002 881881½ –100865°2½ 10 7886.247 12676.81 .01 881881½ –100865°1½ 220 7893.342 12665.420 .002 84688°0½ –973541½ 1 7894.20 12664.04 .03 84485°1½ –971490½ 55 7898.025 12657.911 .003 85442°1½ –981000½ 5 7898.91 12656.49 .05 2300 Z 7899.310 12655.852 .002 83130°1½ –957862½ 1800 Z 7915.084 12630.631 .005 83364°0½ –959950½ 3000 Z 7924.6447 12615.3920 .0010 728270½ –85442°1½ 2100 7933.894 12600.684 .004 83894°3½ –964944½ 1700 7935.012 12598.910 .004 84132°2½ –967313½ 90 7938.965 12592.636 .002 882720½ –100865°1½ 10 7940.868 12589.619 .006 84648°2½ –972372½ 650 Z 7952.519 12571.175 .002 84688°0½ –972591½ 1 7965.88 12550.09 .03 1 7966.53 12549.07 .03 904873½ –103036°4½ 35 7968.698 12545.650 .003 84988°1½ –975342½ 1500 7974.720 12536.177 .002 84648°2½ –971843½ 1300 Z 7976.972 12532.639 .002 83364°0½ –958971½ 600 7980.600 12526.941 .004 719582½ –84485°1½ 35 7985.808 12518.772 .004 84485°1½ –970041½ 2900 Z 7997.854 12499.916 .003 724881½ –84988°1½ 20 8002.804 12492.184 .003 84988°1½ –974801½ 50 8015.25 12472.78 .03 85917°0½ –983900½ 2200 Z 8015.611 12472.226 .008 841211½ –96594°0½ 1100 Z 8023.330 12460.226 .003 84485°1½ –969452½ 400 8051.073 12417.290 .002 728270½ –85244°0½ 1 8072.44 12384.43 .03 904873½ –102872°4½ 1 8073.03 12383.52 .03 1700 8084.508 12365.936 .004 841202½ –96486°1½ 2200 8085.562 12364.324 .004 841211½ –96486°1½ 3000 8086.672 12362.627 .003 841202½ –96482°2½ 1300 8087.728 12361.013 .008 841211½ –96482°2½ 250 8094.673 12350.407 .003 84988°1½ –973382½ 25 8117.654 12315.443 .002 84688°0½ –970041½ 40 8121.318 12309.888 .002 85735°1½ –980441½ 2 8126.46 12302.10 .03 9 8129.540 12297.439 .007 84648°2½ –969452½ 0 8135.92 12287.80 .05 907492½ –103037°3½ 20 8161.524 12249.246 .002 84988°1½ –972372½ 3 8166.67 12241.52 .03 84688°0½ –969300½ 100 8170.136 12236.334 .002 85244°0½ –974801½ 10 8190.482 12205.938 .008 879793½ –100185°2½ 2500 Z 8194.420 12200.072 .003 724881½ –84688°0½ 2200 Z 8199.128 12193.067 .002 841202½ –96313°1½ 2200 Z 8200.21 12191.46 .03 841211½ –96313°1½ 130 8200.955 12190.350 .004 879793½ –1001693½ 20 8203.40 12186.72 .03 879793½ –1001663½ 800 8203.783 12186.148 .002 879793½ –100165°4½ 30 8206.307 12182.400 .010 85917°0½ –981000½ 18000 Z 8212.038 12173.898 .004 719582½ –84132°2½ 3000 8220.445 12161.449 .002 728270½ –84988°1½ 20000 8221.742 12159.530 .003 724881½ –84648°2½ 5 8226.66 12152.26 .03 901934½ –102345°5½ 0 8231.96 12144.44 .03 901934½ –102338°4½ 3 8241.92 12129.76 .03 6 8246.84 12122.53 .03 880802½ –100202°1½ 7 8255.56 12109.73 .03 85244°0½ –973541½ 3 8256.93 12107.71 .03 85735°1½ –978421½ 45 8258.518 12105.383 .003 880802½ –100185°2½ 8 8258.661 12105.173 .011 880802½ –100185°1½ 45 8267.863 12091.700 .002 85442°1½ –975342½ 50 8269.042 12089.98 .02 880802½ –100170°2½ 150 8269.165 12089.80 .02 880802½ –100169°3½ 90 8271.643 12086.175 .003 880802½ –100166°3½ 70 8273.767 12083.072 .002 84648°2½ –967313½ 80 8280.9333 12072.6152 .0010 85735°1½ –978072½ 40 8304.584 12038.234 .002 85442°1½ –974801½ 4 8308.93 12031.93 .03 0 8311.15 12028.73 .05 901934½ –1022223½ 5 8321.294 12014.060 .008 881881½ –100202°1½ 7 8321.476 12013.797 .008 881881½ –100202°0½ 18000 Z 8333.307 11996.741 .002 724881½ –84485°1½ 80 8343.92 11981.48 .03 881881½ –100170°2½ 150000 Z 8375.94 11935.68 .03 719582½ –83894°3½ 120 8383.548 11924.847 .002 85917°0½ –978421½ 30 8392.23 11912.52 .03 882720½ –100185°1½ 5 8392.83 11911.66 .04 85442°1½ –973541½ 70 8397.528 11904.995 .002 85244°0½ –971490½ 15 8403.56 11896.45 .03 85442°1½ –973382½ 400 8406.1992 11892.7146 .0010 83894°3½ –957862½ 15000 Z 8428.254 11861.594 .004 728270½ –84688°0½ 3 8442.97 11840.92 .03 2200 8467.341 11806.839 .004 83894°3½ –957003½ 150 8472.9393 11799.0378 .0010 85735°1½ –975342½ 4 8475.622 11795.304 .009 85442°1½ –972372½ 0 8488.85 11776.92 .04 907492½ –102526°3½ 100 8497.2340 11765.3030 .0010 84132°2½ –958971½ 7 8501.246 11759.750 .007 85244°0½ –970041½ 5 8511.507 11745.573 .007 85735°1½ –974801½ 0 8513.16 11743.29 .04 880802½ –99823°1½ 10 8519.748 11734.213 .006 904873½ –102222°4½ 2200 Z 8550.438 11692.095 .007 742251½ –85917°0½ 6 8555.01 11685.85 .03 85244°0½ –969300½ 20000 Z 8575.24 11658.28 .03 728270½ –84485°1½ 750 8578.02 11654.49 .03 84132°2½ –957862½ 75000 Z 8585.97 11643.70 .03 724881½ –84132°2½ 20 8604.2539 11618.9665 .0010 85735°1½ –973541½ 10 8615.504 11603.795 .004 85735°1½ –973382½ 2 8626.07 11589.58 .03 907492½ –102339°3½ 3 8626.55 11588.94 .03 907492½ –102338°3½ 450 8628.539 11586.265 .005 841202½ –95706°1½ 5 8634.85 11577.80 .03 909481½ –102526°2½ 300 8641.706 11568.612 .002 841322½ –957003½ 25 8646.907 11561.653 .002 85442°1½ –970041½ 3 8671.85 11528.40 .03 45 8674.6181 11524.7195 .0010 85735°1½ –972591½ 100 8685.523 11510.250 .003 84485°1½ –959950½ 3500 Z 8686.26 11509.27 .03 742251½ –85735°1½ 6 8690.907 11503.12 .01 85442°1½ –969452½ 15 8691.279 11502.627 .007 85735°1½ –972372½ 15 8700.463 11490.486 .004 841211½ –95612°1½ 10 8702.531 11487.754 .007 85442°1½ –969300½ 5 8705.14 11484.31 .03 879793½ –99463°2½ 140 8711.656 11475.722 .002 841211½ –95597°0½ 6 8713.710 11473.017 .009 907492½ –102222°3½ 1 8727.30 11455.15 .03 880802½ –99535°1½ 4 8741.81 11436.14 .03 85917°0½ –973541½ 9 8758.584 1414.236 .007 85735°1½ –971490½ 30 8759.490 11413.055 .007 841211½ –95534°0½ 60 8760.106 11412.253 .002 84485°1½ –958971½ 1 8770.11 11399.24 .04 911272½ –102526°3½ 30 8815.304 11340.794 .003 901934½ –101534°5½ 4 8825.48 11327.72 .03 901934½ –101521°4½ 20 8841.710 11306.925 .004 84688°0½ –959950½ 80 8845.9988 11301.4428 .0010 84485°1½ –957862½ 1 8859.01 11284.84 .04 909481½ –102233°2½ 6 8862.451 11280.463 .010 841202½ –95400°2½ 6 8871.475 11268.989 .007 85735°1½ –970041½ 0 8881.30 11256.52 .04 910893½ –102345°4½ 15 8886.871 11249.465 .003 84648°2½ –958971½ 2 8895.12 11239.04 .02 2200 Z 8912.921 11216.587 .003 742251½ –85442°1½ 20 8919.011 11208.929 .003 84688°1½ –958971½ 5 8930.040 11195.08 .01 85735°1½ –969300½ 200 8931.318 11193.482 .006 841202½ –95313°1½ 2 8932.60 11191.87 .02 841211½ –95313°1½ 3000 8948.063 11172.536 .003 719582½ –83130°1½ 25 8975.286 11138.649 .006 84648°2½ –957862½ 0 8980.15 11132.62 .03 910893½ –102222°4½ 2000 9038.9819 11060.1568 .0010 841202½ –95180°3½ 2500 Z 9045.433 11052.269 .002 748650½ –85917°0½ 4 9050.12 11046.55 .03 904873½ –101534°4½ 100 9068.331 11024.361 .002 841202½ –95144°2½ 1000 9069.6561 11022.7507 .0010 841211½ –95144°2½ 2000 Z 9073.166 11018.486 .007 742251½ –85244°0½ 7500 Z 9121.146 10960.527 .007 719582½ –82918°2½ 5 9159.05 10915.16 .03 856780½ –96594°0½ 5 9164.15 10909.09 .02 84988°1½ –958971½ 3000 Z 9191.7308 10876.3591 .0010 724881½ –83364°0½ 500 9197.5961 10869.4232 .0010 748650½ –85735°1½ 100 9212.524 10851.811 .002 841211½ –94973°0½ 5 9251.72 10805.84 .02 879793½ –98785°3½ 10 9258.20 10798.28 .02 84988°1½ –957862½ 4 9280.42 10772.42 .03 907492½ –101521°3½ 4000 9288.856 10762.635 .005 742251½ –84988°1½ 2 9298.71 10751.23 .03 85244°0½ –959950½ 2 9337.18 10706.93 .02 841202½ –94827°2½ 4 9338.63 10705.27 .02
841211½ –94827°2½ 880802½ –98785°3½ 2 9339.39 10704.40 .03 879793½ –98683°2½ 2 9344.69 10698.33 .03 880802½ –98778°1½ 1500 9393.8621 10642.3291 .0010 724881½ –83130°1½ 15 9400.89 10634.37 .02 856780½ –96313°1½ 0 9414.07 10619.48 .03 919062½ –102526°3½ 50 9419.8481 10612.9707 .0010 880802½ –98693°3½ 2 9427.98 10603.81 .03 880802½ –98683°2½ 3500 9452.098 10576.760 .005 748650½ –85442°1½ 2 9455.73 10572.70 .03 916602½ –102233°2½ 65 9482.00 10543.40 .02 841202½ –94663°1½ 4 9483.43 10541.81 .03 841211½ –94663°1½ 500 9486.9643 10537.8889 .0010 728270½ –83364°0½ 20 9516.97 10504.66 .02 881881½ –98693°2½ 3 9545.38 10473.40 .03 910690½ –101542°1½ 50 9555.062 10462.787 .005 742251½ –84688°0½ 5 9571.34 10444.99 .03 910893½ –101534°4½ 13 9576.47 10439.40 .02 879793½ –98418°3½ 1000 9584.8005 10430.3246 .0010 724881½ –82918°2½ 1 9587.82 10427.04 .03 907492½ –101176°2½ 3500 9592.222 10422.255 .006 742251½ –84648°2½ 60 9609.11 10403.94 .02 879793½ –98383°4½ 7 9628.18 10383.33 .02 904873½ –100871°4½ 250 9632.5088 10378.6649 .0010 748650½ –85244°0½ 2 9650.32 10359.50 .03 911731½ –101532°1½ 175 9662.0007 10346.9855 .0010 841211½ –94468°0½ 5 9669.60 10338.85 .02 880802½ –98418°3½ 1 9691.37 10315.63 .03 919062½ –102222°3½ 1000 9702.4389 10303.8611 .0010 728270½ –83130°1½ 250 9744.4258 10259.4639 .0010 742251½ –84485°1½ 2 9774.62 10227.77 .02 909481½ –101176°2½ 200 9807.0573 10193.9434 .0010 841202½ –94314°1½ 20 9808.61 10192.33 .02 841211½ –94314°1½ 10 9815.80 10184.86 .02 881881½ –98373°2½ 2 9816.25 10184.40 .02 881881½ –98372°1½ 400 9875.9701 10122.8119 .0010 748650½ –84988°1½ 7 9898.04 10100.24 .02 882720½ –98372°1½ 4 10002.23 9995.03 .02 901934½ –100188°5½ 1 10055.93 9941.66 .03 909481½ –100890°2½ 150 10091.7026 9906.4152 .0010 742251½ –84132°2½ 1 10177.44 9822.96 .02 748650½ –84688°0½ 10 10220.33 9781.74 .02 910893½ –100871°4½ 4 10280.54 9724.45 .02 879793½ –97703°2½ 22 10305.60 9700.81 .02 904873½ –100188°4½ 44 10312.1928 9694.6017 .0010 879793½ –97674°3½ 1 10314.67 9692.28 .02 911731½ –100865°2½ 1 10315.28 9691.70 .03 20 10319.33 9687.89 .02 879793½ –97667°3½ 205 10320.1145 9687.1602 .0010 879793½ –97666°4½ 3 10329.51 9678.35 .02 904873½ –100166°3½ 2 10330.14 9677.76 .02 904873½ –100165°4½ 2 10349.91 9659.27 .02 880802½ –97739°1½ 0 10376.16 9634.84 .03 856780½ –95313°1½ 34 10387.952 9623.899 .004 880802½ –97703°2½ 10 10388.29 9623.59 .02 880802½ –97703°1½ 331 10392.5491 9619.6423 .0010 748650½ –84485°1½ 80 10420.04 9594.27 .02 880802½ –97674°2½ 105 10420.24 9594.08 .02 880802½ –97674°3½ 44 10427.5492 9587.3540 .0010 880802½ –97667°3½ 5 10467.50 9550.76 .03 881881½ –97739°1½ 7 10467.79 9550.50 .02 881881½ –97739°0½ 3 10472.36 9546.33 .02 913432½ –100889°3½ 15 10506.43 9515.38 .02 881881½ –97703°2½ 33 10506.73 9515.10 .02 881881½ –97703°1½ 3 10524.18 9499.33 .02 44 10539.202 9485.785 .002 881881½ –97674°2½ 8 10554.77 9471.79 .02 83130°1½ –926020½ 2 10560.58 9466.58 .02 882720½ –97739°1½ 4 10560.88 9466.31 .02 882721½ –97739°0½ 4 10566.12 9461.62 .05 4 10585.17 9444.59 .02 18 10600.50 9430.94 .02 882720½ –97703°1½ 1 10612.10 9420.63 .02 907492½ –100170°2½ 2 10616.34 9416.86 .02 907492½ –100166°3½ 7 10620.4 9413.29 7 10682.0 9358.98 0 10718.25 9327.32 .02 915381½ –100865°2½ 1 10747.8 9301.66 7 10785.25 9269.38 .02 919062½ –101176°3½ 3 10822.18 9237.75 .03 83364°0½ –926020½ 9 10832.13 9229.27 .02 916602½ –100889°3½ 100 10841.567 9221.233 .002 82918°2½ –921401½ 5 10945.4 9133.73 910690½ –100202°1½ 13 10986.93 9099.23 .02 910893½ –100188°4½ 3 11014.84 9076.18 .03 910893½ –100165°4½ 2 11055.2 9043.02 911272½ –100170°2½ 1 11058.9 9040.00 2 11063.6 9036.19 921401½ –101176°2½ 3 11072.1 9029.23 911731½ –100202°1½ 206 11082.84 9020.49 .02 83130°1½ –921510½ 6 11093.0 9012.19 911731½ –100185°2½ 6 11093.8 9011.61 911731½ –100185°1½ 56 11096.69 9009.23 .02 83130°1½ –921401½ 300 11123.05 8987.88 .02 82918°2½ –919062½ 6 11151.76 8964.74 .03 919062½ –100871°3½ 2 11226.2 8905.26 742251½ –83130°1½ 9 11286.4 8857.80 3 11306.7 8841.90 913432½ –100185°2½ 6 11326.5 8826.41 913432½ –100169°3½ 5 11331.1 8822.87 913432½ –100166°3½ 5 11373.9 8789.62 856780½ –94468°0½ 45 11378.06 8786.44 .02 83364°0½ –921510½ 231 11392.62 8775.21 .02 83364°0½ –921401½ 269 11409.69 8762.08 .02 82918°2½ –916801½ 3 11420.9 8753.48 1000 11436.33 8741.67 .02 82918°2½ –916602½ 2 11452.0 8729.74 3 11490.4 8700.53 2 11573.5 8638.08 915640½ –100202°0½ 11 11577.2 8635.27 856780½ –94314°1½ 9 11579.9 8633.28 94468°0½ –1031021½ 3 11581.1 8632.40 3 11593.9 8622.88 5 11598.7 8619.26 94482°2½ –1031012½ 4 11636.2 8591.50 901934½ –98785°3½ 85 11692.56 8550.11 .02 83130°1½ –916801½ 180 11720.56 8529.68 .02 83130°1½ –916602½ 195 11866.76 8424.59 .02 82918°2½ –913432½ 172 12021.7 8316.04 83364°0½ –916801½ 60 12111.0 8254.73 82918°2½ –911731½ 60 12173.0 8212.69 83130°1½ –913432½ 77 12179.7 8208.12 82918°2½ –911272½ 4 12229.5 8174.70 16 12231.1 8173.62 83364°0½ –915381½ 5 12236.3 8170.19 82918°2½ –910893½ 16 12280.5 8140.73 3 12324.5 8111.70 4 12389.0 8069.45 12 12430.1 8042.77 83130°1½ –911731½ 63 12502.7 7996.09 83130°1½ –911272½ 38 12563.6 7957.34 95144°2½ –1031021½ 10 12585.1 7943.74 907492½ –98693°3½ 142 12594.2 7938.02 83130°1½ –910690½ 1 12605.5 7930.86 904873½ –98418°3½ 47 12621.3 7920.92 95180°3½ –1031012½ 3 12632.4 7913.96 84688°0½ –926020½ 47 12661.7 7895.64 904873½ –98383°4½ 1 12679.5 7884.60 909481½ –98833°2½ 2 12683.7 7881.95 94973°0½ –102855 12 12795.9 7812.87 37 12803.0 7808.50 83364°0½ –911731½ 13 12859.2 7774.43 84132°2½ –919062½ 4 12869.8 7768.00 39 12872.1 7766.62 83894°3½ –916602½ 3 12900.9 7749.26 24 12908.6 7744.67 909481½ –98693°2½ 2 12969.7 7708.19 921941½ –99902°0½ 20 12976.8 7703.97 83364°0½ –910690½ 9 13034.6 7669.80 907492½ –98419°2½ 125 13041.0 7666.03 84485°1½ –921510½ 4 13059.7 7655.05 84485°1½ –921401½ 5 13062.7 7653.28 3 13089.3 7637.73 49 13095.1 7634.34 907492½ –98383°3½ 4 13108.0 7626.85 94482°2½ –1021081½ 16 13122.6 7618.36 83130°1½ –907492½ 100 13129.7 7614.26 84988°1½ –926020½ 13 13168.9 7591.71 8 13182.6 7583.70 83364°1½ –909481½ 20 13208.3 7568.93 82918°2½ –904873½ 7 13213.4 7566.00 911272½ –98693°3½ 2 13225.8 7558.90 350 13243.8 7548.62 84132°2½ –916801½ 310 13296.0 7518.99 901934½ –97712°5½ 550 13346.8 7492.09 84648°2½ –921401½ 33 13378.0 7472.89 901934½ –97666°4½ 30 13382.5 7470.42 909481½ –98419°2½ 95 13396.0 7462.85 84688°0½ –921510½ 90 13419.9 7449.59 83894°3½ –913432½ 2 13465.1 7424.56 909481½ –98372°1½ 9 13470.0 7421.89 84485°1½ –919062½ 160 13498.3 7406.32 84132°2½ –915381½ 28 13578.5 7362.60 6 13586.0 7358.50 85244°0½ –926020½ 11 13602.2 7349.70 913432½ –98693°2½ 3 13641.1 7328.76 5 13706.1 7294.02 910893½ –98383°4½ 2 13710.1 7291.92 911272½ –98418°3½ 50 13772.5 7258.87 84648°2½ –919062½ 11 13802.8 7242.92 94482°2½ –1017251½ 525 13821.7 7233.01 83894°3½ –911272½ 9 13827.7 7229.90 125 13837.6 7224.72 904873½ –97712°4½ 13 13863.3 7211.31 84132°2½ –913432½ 7 13885.1 7199.97 911731½ –98373°2½ 110 13893.1 7195.85 84485°1½ –916801½ 2 13911.1 7186.55 904873½ –97674°2½ 20 13923.9 7179.92 904873½ –97667°3½ 15 13933.0 7175.26 84485°1½ –916602½ 2 13956.8 7163.00 84988°1½ –921510½ 19 13961.5 7160.62 85442°1½ –926020½ 1 13972.5 7154.97 915381½ –98693°2½ 120 13978.1 7152.07 916801½ –98833°2½ 4 13983.3 7149.42 4 14122.4 7078.99 84485°1½ –915640½ 14 14129.8 7075.31 913432½ –98418°3½ 1 14163.0 7058.71 11 14173.8 7053.33 84485°1½ –915381½ 48 14198.3 7041.19 84132°2½ –911731½ 5 14215.0 7032.93 84648°2½ –916801½ 2 14221.5 7029.69 913432½ –98372°1½ 3 14255.8 7012.78 84648°2½ –916602½ 73 14292.1 6994.97 84132°2½ –911272½ 2 14297.5 6992.30 84688°0½ –916801½ 148 14369.7 6957.18 84132°2½ –910893½ 4 14384.9 6949.82 85244°0½ –921941½ 9 14626.3 6835.11 915381½ –98373°2½ 13 14436.3 6925.11 907492½ –97674°2½ 95 14450.4 6918.31 84988°1½ –919062½ 60 14497.4 6895.90 85244°0½ –921401½ 16 14508.6 6890.57 84648°2½ –915381½ 4 14529.1 6880.84 915381½ –98419°2½ 3 14541.8 6874.83 25 14556.7 6867.83 85735°1½ –926020½ 3 14576.8 6858.35 94314°1½ –1011721½ 6 14682.8 6808.82 915640½ –98372°1½ 45 14731.4 6786.38 919062½ –98693°2½ 50 14792.3 6758.43 916602½ –98418°3½ 5 14798.5 6755.60 909481½ –97703°2½ 82 14806.7 6751.83 85442°1½ –921941½ 5 14863.5 6726.04 909481½ –97674°2½ 3 14892.3 6713.03 916602½ –98373°2½ 10 14901.3 6708.98 85442°1½ –921510½ 6 14918.7 6701.18 882720½ –94973°0½ 7 14925.0 6698.36 294 14931.7 6695.33 84648°2½ –913432½ 108 14938.1 6692.45 84988°1½ –916801½ 43 14947.7 6688.15 84485°1½ –911731½ 78 14955.3 6684.75 85917°0½ –926020½ 95 14983.5 6672.18 84988°1½ –916602½ 29 14987.7 6670.32 910690½ –97739°1½ 4 15051.6 6642.00 84485°1½ –911272½ 1 15068.7 6634.48 910690½ –97703°1½ 48 15094.1 6623.29 910893½ –97712°4½ 269 15108.0 6617.18 84132°2½ –907492½ 145 15161.2 6594.00 83894°3½ –904873½ 5 15181.9 6584.98 910893½ –97674°2½ 8 15184.0 6584.09 921941½ –98778°1½ 22 15199.7 6577.30 910893½ –97666°4½ 15 15203.5 6575.65 84988°1½ –915640½ 13 15225.7 6566.04 911731½ –97739°1½ 150 15263.0 6550.01 84988°1½ –915381½ 8 15269.8 6547.07 911272½ –97674°3½ 28 15309.1 6530.29
911731½ –97703°1½ 911731½ –97703°2½ 7 15320.5 6525.43 84648°2½ –911731½ 2 15351.4 6512.28 919062½ –98419°2½ 3 15360.8 6508.30 96594°0½ –1031021½ 23 15373.9 6502.76 879793½ –94482°2½ 17 15382.3 6499.20 921941½ –98693°2½ 3 15385.9 6497.67 1 15393.6 6494.43 32 15416.1 6484.97 84688°0½ –911731½ 27 15435.1 6476.96 919062½ –98383°3½ 381 15465.1 6464.42 85442°1½ –919062½ 169 15467.6 6463.37 84485°1½ –909481½ 15 15477.8 6459.11 85735°1½ –921941½ 1094 15520.3 6441.42 84648°2½ –910893½ 5 15580.7 6416.46 85735°1½ –921510½ 18 15608.1 6405.19 85735°1½ –921401½ 7 15615.2 6402.29 880802½ –94482°2½ 7 15668.6 6380.43 84688°0½ –910690½ 4 15717.7 6360.52 913432½ –97703°2½ 1487 15730.1 6355.52 84132°2½ –904873½ 21 15792.0 6330.59 913432½ –97674°3½ 25 15808.5 6323.97 913432½ –97667°3½ 193 15818.4 6320.02 85244°0½ –915640½ 2780 15869.7 6299.61 83894°3½ –901934½ 277 15883.3 6294.19 85244°0½ –915381½ 342 15928.9 6276.18 85917°0½ –921941½ 735 15960.0 6263.96 84485°1½ –907492½ 283 15970.5 6259.84 84688°0½ –909481½ 25 16025.0 6238.56 85442°1½ –916801½ 10 16060.4 6224.79 921941½ –98419°2½ 10 16067.3 6222.10 85917°0½ –921401½ 129 16077.6 6218.13 85442°1½ –916602½ 10 16179.1 6179.12 921941½ –98372°1½ 14 16189.9 6175.01 915640½ –97739°1½ 259 16198.5 6171.74 85735°1½ –919062½ 10 16215.0 6165.45 915381½ –97703°2½ 7 16284.2 6139.25 915640½ –97703°1½ 39 16286.2 6138.50 84988°1½ –911272½ 15 16293.4 6135.78 915381½ –97674°2½ 7 16385.7 6101.22 84648°2½ –907492½ 4 16624.8 6013.48 916602½ –97674°3½ 55 16671.4 5996.67 95144°2½ –1011413½ 6 16759.7 5965.06 10 16800.7 5950.50 95180°3½ –1011304½ 14 16813.8 5945.87 85735°1½ –916801½ 18 16871.8 5925.44 85735°1½ –916602½ 10 16941.4 5901.07 85442°1½ –913432½ 3 16945.7 5899.60 28 17119.1 5839.83 84648°2½ –904873½ 27 17226.3 5803.49 85735°1½ –915381½ 46 17443.9 5731.09 85442°1½ –911731½ 4 17519.7 5706.29 3 17559.1 5693.49 60 17586.4 5684.65 85442°1½ –911272½ 3 17705.0 5646.58 85917°0½ –915640½ 7 17767.7 5626.67 85442°1½ –910690½ 5 17825.8 5608.33 85735°1½ –913432½ 40 18382.3 5438.54 85735°1½ –911731½ 74 18541.4 5391.87 85735°1½ –911272½ 22 18742.8 5333.94 85735°1½ –910690½ 21 18971.6 5269.61 82918°2½ –881881½ 227 19370.3 5161.13 82918°2½ –880802½ 6 19443.3 5141.76 83130°1½ –882720½ 717 19755.3 5060.56 82918°2½ –879793½ 185 19766.8 5057.61 83130°1½ –881881½ 227 20199.4 4949.30 83130°1½ –880802½ 85 20370.1 4907.81 83364°0½ –882720½ 56 20725.4 4823.67 83364°0½ –881881½ 12 21582.4 4632.14 916801½ –96313°1½ 10 21830.4 4579.52 911272½ –95706°1½ 14 21902.3 4564.48 907492½ –95313°1½ 40 22026.7 4538.71 901934½ –94732°3½ 9 22288.5 4485.39 911272½ –95612°1½ 6 22522.8 4438.73 911731½ –95612°1½ 3 22604.7 4418.73 12 22688.7 4406.28 919062½ –96313°1½ 5 22721.7 4399.87 921941½ –96594°0½ 4 22891.9 4367.16 17 23038.8 4339.32 904873½ –94827°2½ 12 23188.8 4311.24 910893½ –95400°2½ 18 23882.7 4185.99 83894°3½ –880802½ 11 23956.1 4173.16 921401½ –96313°1½ 4 24146.2 4140.30 911731½ –95313°1½ 100 24470.0 4085.52 83894°3½ –879793½ 6 25047.3 3991.36 926020½ –96594°0½ 6 25323.7 3947.80 84132°2½ –880802½ 39603.7 2524.32 97666°4½ –1001905½ 39615.3 2523.58 97667°3½ –1001904½ 39716.0 2517.19
97674°2½ –1001913½ 97674°3½ –1001914½ 39744.0 2515.41
98383°3½ –1008993½ 98383°4½ –1008994½ 39750.9 2514.98
98373°2½ –1008883½ 98372°1½ –1008882½ 39875.3 2507.13 98383°4½ –1008905½ 39881.0 2506.77 98383°3½ –1008904½ 39985.7 2500.21
98693°2½ –1011933½ 98693°3½ –1011934½ 40085.5 2493.98 97703°1½ –1001972½ 40089.5 2493.73 97703°2½ –1001973½ 40171.0 2488.67
97712°4½ –1002015½ 97712°5½ –1002016½ 40310.3 2480.07
98419°2½ –1008993½ 98418°3½ –1008994½ 40335.4 2478.53
97712°4½ –1001904½ 97712°5½ –1001905½ 40532.2 2466.50
97739°0½ –1002051½ 97739°1½ –1002052½
a Vacuum wavelengths are given below 2000 Å and standard-air wavelengths above. An “
RC ” or “
RM ” before the wavelength designates those vuv lines which are proposed as reference wavelengths; the wavelength value given for these lines is either measured (
RM ) or calculated (
RC ). In either case the wavenumber is the reciprocal of the vacuum wavelength. A “
Z ” in this column indicates that there is an observed Zeeman pattern for this line in Ref.
3 . A “
D ” indicates disagreement between the interpretation given in Ref.
3 and the present analysis.
b In general, wave number values with less than three places behind the decimal are grating values, and those with three or more are interferometric values.
c Wave number uncertainty. The wave number values without uncertainties are from Ref.
6 and
8 . For purposes of level-value calculation, they were all assigned an uncertainty of 0.1 cm
−1 .
d In cases where the
J -value is absent, it is in doubt. See
Tables II and
III . The symbol “
102339
3
1
2
° ” is used for
3
p
4
(
P
3
)
7
f
2
[
3
]
3
1
2
° ; this was done to distinguish the transitions to two levels which have the same integer level value and
J -value.
Table II
Odd levels of Cl i .
Level value (cm−1 ) Relative uncertainty (cm−1 ) Designation Commenta g exp b No. of comb. 0.00 0.03 3p 5
P
2
°
1
1
2 76 882.36 0.03
P
2
°
0
1
2 55 82 918.893 0.002 3p 4 (3 P )4p
P
4
°
2
1
2 1.591 56 83 130.900 0.002
P
4
°
1
1
2 1.723 63 83 364.927 0.002
P
4
°
0
1
2 2.617 39 83 894.037 0.002
D
4
°
3
1
2 1.422 31 84 132.262 0.002
D
4
°
2
1
2 1.308 56 84 485.309 0.002
D
4
°
1
1
2 1.163 53 84 648.100 0.002
D
2
°
2
1
2 1.269 48 84 688.637 0.002
D
4
°
0
1
2 0.059 34 84 988.480 0.002
D
2
°
1
1
2 0.986 48 85 244.330 0.002
P
2
°
0
1
2 M ,C 4 1.280 36 85 442.430 0.002
P
2
°
1
1
2 1.327 41 85 735.091 0.002
S
4
°
1
1
2 1.877 47 85 917.937 0.002
S
2
°
0
1
2 M ,C 4 1.379 24 94 314.206 0.002 3p 4 (1 D )4p
P
2
°
1
1
2 1.328 9 94 468.857 0.002
P
2
°
0
1
2 0.872 7 94 482.236 0.005 3p 4 (3 P )5p
P
4
°
2
1
2 1.559 8 94 663.670 0.005
P
4
°
1
1
2 1.722 7 94 732.30 0.05
D
4
°
3
1
2 1.420 2 94 827.150 0.007
D
2
°
2
1
2 C 4 1.247 5 94 973.683 0.003
P
4
°
0
1
2 2.309 6 95 144.623 0.003 3p 4 (1 D )4p
F
2
°
2
1
2 6 95 180.419 0.003
F
2
°
3
1
2 4 95 313.749 0.005 3p 4 (3 P )5p
D
4
°
1
1
2 1.147 9 95 400.731 0.007
D
4
°
2
1
2 C 4 1.352 5 95 534.923 0.007
S
2
°
0
1
2 C 4 1.409 5 95 597.593 0.005
D
4
°
0
1
2 C 4 0.699 5 95 612.357 0.005
S
4
°
1
1
2 M 1.531 8 95 706.534 0.007
D
2
°
1
1
2 M 1.321 7 96 313.330 0.005
P
2
°
1
1
2 1.286 11 96 482.889 0.005 3p 4 (1 D )4p
D
2
°
2
1
2 4 96 486.198 0.005
D
2
°
1
1
2 0.867 4 96 594.096 0.007 3p 4 (3 P )5p
P
2
°
0
1
2 0.712 8 97 666.650 0.005 3p 4 (3 P )4f
2
[
4
]
°
4
1
2 4 97 667.396 0.005
2
[
4
]
°
3
1
2 6 97 674.092 0.005
2
[
3
]
°
3
1
2 6 97 674.33 0.03
2
[
3
]
°
2
1
2 8 97 703.64 0.02
2
[
2
]
°
1
1
2 7 97 703.941 0.007
2
[
2
]
°
2
1
2 8 97 712.63 0.10
2
[
5
]
°
5
1
2 R 2 97 712.66 0.10
2
[
5
]
°
4
1
2 R 2 97 739.04 0.05
2
[
1
]
°
0
1
2 3 97 739.32 0.02
2
[
1
]
°
1
1
2 6 98 372.97 0.05
1
[
2
]
°
1
1
2 6 98 373.43 0.05
1
[
2
]
°
2
1
2 4 98 383.43 0.03
1
[
4
]
°
4
1
2 4 98 383.72 0.10
1
[
4
]
°
3
1
2 3 98 418.89 0.02
1
[
3
]
°
3
1
2 7 98 419.10 0.10
1
[
3
]
°
2
1
2 5 98 683.87 0.03 3p 4 (3 P )6p
2
[
2
]
°
2
1
2 N 4 98 693.013 0.005 3p 4(3 P )4f
0
[
3
]
°
3
1
2 R 4 98 693.22 0.05
0
[
3
]
°
2
1
2 R 6 98 778.39 0.03 3p 4 (3 P )6p
2
[
1
]
°
1
1
2 N 7 98 785.32 0.03
2
[
3
]
°
3
1
2 N 3 98 833.20 0.05
2
[
3
]
°
2
1
2 N 6 98 915.47 0.02
2
[
1
]
°
0
1
2 1.91 3 99 019.44 0.02
2
[
2
]
°
1
1
2 1.32 7 99 436.08 0.07
1
[
0
]
°
0
1
2 N 2 99 463.79 0.03
1
[
2
]
°
2
1
2 N 3 99 535.18 0.03
1
[
2
]
°
1
1
2 N 7 99 568.450 0.003
1
[
1
]
°
1
1
2 1.32 6 99 586.36 0.05
1
[
1
]
°
0
1
2 0.49 3 99 823.30 0.05
0
[
1
]
°
1
1
2 1.28 6 99 902.63 0.05
0
[
1
]
°
0
1
2 0.81 4 100 165.638 0.005 3p 4 (3 P )5f
2
[
4
]
°
4
1
2 R 3 100 166.217 0.005
2
[
4
]
°
3
1
2 R 6 100 169.840 0.007
2
[
3
]
°
3
1
2 R 3 100 170.01 0.02
2
[
3
]
°
2
1
2 R 4 100 185.22 0.02
2
[
2
]
°
1
1
2 R 3 100 185.426 0.005
2
[
2
]
°
2
1
2 R 4 100 188.67 0.05
2
[
5
]
°
5
1
2 1 100 188.68 0.05
2
[
5
]
°
4
1
2 2 100 202.35 0.03
2
[
1
]
°
0
1
2 R 2 100 202.61 0.03
2
[
1
]
°
1
1
2 R 4 100 865.36 0.03
1
[
2
]
°
1
1
2 R 2 100 865.82 0.03
1
[
2
]
°
2
1
2 R 4 100 871.209 0.005
1
[
4
]
°
4
1
2 R 3 100 871.554 0.010
1
[
4
]
°
3
1
2 R 2 100 877.71 0.05 3p 4 (3 P )7p
2
[
2
]
°
1
1
2 N 3 100 889.855 0.010 3p 4 (3 P )5f
1
[
3
]
°
3
1
2 R 4 100 890.13 0.07
1
[
3
]
°
2
1
2 R 2 101 176.171 0.005
0
[
3
]
°
3
1
2 R 2 101 176.34 0.05
0
[
3
]
°
2
1
2 R 4 101 521.336 0.010 3p 4 (3 P )6f
2
[
4
]
°
4
1
2 N 2 101 521.76 0.02
2
[
4
]
°
3
1
2 N 2 101 524.18 0.02
2
[
3
]
°
3
1
2 R 2 101 524.30 0.03
2
[
3
]
°
2
1
2 R 1 101 532.97 0.05
2
[
2
]
°
1
1
2 N 3 101 533.01 0.05
2
[
2
]
°
2
1
2 N 1 101 534.43 0.05
2
[
5
]
°
5
1
2 2 101 534.43 0.03
2
[
5
]
°
4
1
2 1 101 542.44 0.05
2
[
1
]
°
1
1
2 N 2 102 218.38 0.07
1
[
2
]
°
1
1
2 N 1 102 218.68 0.07
1
[
2
]
°
2
1
2 N 1 102 222.08 0.03
1
[
4
]
°
4
1
2 3 102 222.38 0.03
1
[
4
]
°
3
1
2 4 102 233.31 0.07
1
[
3
]
°
2
1
2 N 2 102 338.07 0.05 3p 4 (3 P )7f
2
[
4
]
°
4
1
2 N 2 102 338.30 0.05
2
[
4
]
°
3
1
2 N 2 102 338.95 0.05
2
[
3
]
°
3
1
2 N 3 102 345.90 0.07
2
[
5
]
°
5
1
2 N 1 102 345.97 0.07
2
[
5
]
°
4
1
2 N 1 102 526.26 0.05 3p 4 (3 P )6f
0
[
3
]
°
3
1
2 4 102 526.34 0.07
0
[
3
]
°
2
1
2 2 102 866.70 0.05 3p 4 (3 P )8f
2
[
4
]
°
4
1
2 N 1 102 872.29 0.07
2
[
5
]
°
4
1
2 N 1 102 872.41 0.07
2
[
5
]
°
5
1
2 N 1 103 034.90 0.07 3p 4 (3 P )7f
1
[
2
]
°
1
1
2 N 1 103 035.02 0.10
1
[
2
]
°
2
1
2 N 1 103 036.93 0.07
1
[
4
]
°
4
1
2 N 2 103 037.16 0.07
1
[
4
]
°
3
1
2 N 1
a The
C i means that the designation of the level has been changed in some manner from that given in Ref. i. An M means that there are appreciable components of two or more basis states in the eigenvector corresponding to the level. New levels are designated by
N , newly resolved pairs by
R .
b Refs.
3 ,
4 .
Table III
Even levels of Cl i .
Level value (cm−1 ) Relative uncertainty (cm−1 ) Designation Commenta g exp b No. of comb. 71 958.363 0.002 3p 4 (3 P )4s
P
4
2
1
2 1.599 36 72 488.568 0.002
P
4
1
1
2 1.722 38 72 827.038 0.002
P
4
0
1
2 2.652 26 74 225.846 0.002
P
2
1
1
2 1.340 38 74 865.667 0.002
P
2
0
1
2 0.663 27 84 120.263 0.002 3p 4 (1 D )4s
D
2
2
1
2 21 84 121.872 0.002
D
2
1
1
2 23 85 678.94 0.03 3s 3p 6
S
2
0
1
2 N 7 87 979.490 0.002 3p 4 (3 P )3d
D
4
3
1
2 25 88 080.042 0.002
D
4
2
1
2 35 88 188.55 0.03
D
4
1
1
2 25 88 272.72 0.03
D
4
0
1
2 15 90 193.64 0.05
F
4
4
1
2 12 90 487.87 0.03
F
4
3
1
2 18 90 749.36 0.03
F
4
2
1
2 19 90 948.53 0.05
F
4
1
1
2 15 91 069.02 0.05
P
4
0
1
2 11 91 089.45 0.05
F
2
3
1
2 14 91 127.03 0.05
D
2
2
1
2 C 6 16 91 173.51 0.05
D
2
1
1
2 C 7 ,M 20 91 343.50 0.05 3p 4 (3 P )5s
2
[
2
]
2
1
2 C 7 18 91 538.50 0.10 3p 4 (3 P )3d
P
4
1
1
2 C 6 ,M 15 91 564.30 0.10
P
2
0
1
2 C 7 10 91 660.58 0.03
P
4
2
1
2 14 91 680.99 0.03 3p 4 (3 P )5s
2
[
2
]
1
1
2 14 91 906.79 0.03 3p 4 (3 P )3d
F
2
2
1
2 C 7 ,M 16 92 140.127 0.003 3p 4 (3 P )5s
1
[
1
]
1
1
2 12 92 151.38 0.03
1
[
1
]
0
1
2 9 92 194.19 0.10 3p 4 (3 P )3d
P
2
1
1
2 C 6 12 92 602.70 0.05 3p 4 (3 P )5s
0
[
0
]
0
1
2 11 95 700.874 0.003 3p 4 (3 P )4d
2
[
3
]
3
1
2 1.416c 3 95 786.752 0.002
2
[
2
]
2
1
2 1.367 8 95 897.565 0.002
2
[
2
]
1
1
2 1.209 10 95 995.561 0.003
2
[
1
]
0
1
2 M 0.00 7 96 494.722 0.005
2
[
4
]
4
1
2 1 96 731.172 0.003
2
[
4
]
3
1
2 4 96 930.181 0.007
2
[
0
]
0
1
2 N 8 96 945.536 0.003
2
[
3
]
2
1
2 1.097 7 97 004.081 0.003
2
[
1
]
1
1
2 N 9 97 149.323 0.003
1
[
1
]
0
1
2 M ,N 7 97 184.277 0.003
1
[
3
]
3
1
2 C 4 3 97 237.723 0.003 3p 4 (3 P )6s
2
[
2
]
2
1
2 1.500 10 97 259.811 0.003 3p 4 (3 P )4d
1
[
1
]
1
1
2 M 0.967 8 97 338.887 0.003
1
[
3
]
2
1
2 1.241 8 97 354.057 0.003
1
[
2
]
1
1
2 M ,N 1.03 11 97 480.664 0.003 3p 4 (3 P )6s
2
[
2
]
1
1
2 1.393 12 97 534.130 0.003 3p 4 (3 P )4d
1
[
2
]
2
1
2 1.355 9 97 807.707 0.003
0
[
2
]
2
1
2 C 4 6 97 842.783 0.003
0
[
2
]
1
1
2 M ,N 9 98 044.980 0.003 3p 4 (3 P )6s
1
[
1
]
1
1
2 C 4 d 1.620 11 98 100.340 0.003
1
[
1
]
0
1
2 1.962 8 98 390.740 0.003
0
[
0
]
0
1
2 N 10 99 200.382 0.003 3p 4 (3 P )5d
2
[
3
]
3
1
2 1.392 3 99 269.121 0.003
2
[
2
]
2
1
2 1.358 8 99 354.670 0.003
2
[
2
]
1
1
2 1.239 11 99 407.907 0.003
2
[
1
]
0
1
2 0.363 6 99 517.994 0.005
2
[
4
]
4
1
2 1.310 1 99 534.419 0.005 3p 4 (1 D )3d
S
2
0
1
2 C 4 e 8 99 668.388 0.003 3p 4 (3 P )5d
2
[
4
]
3
1
2 1.181 4 99 681.887 0.005
2
[
1
]
1
1
2 C 4 1.73 8 99 711.309 0.010
2
[
0
]
0
1
2 C 4 1.289 11 99 765.906 0.003
2
[
3
]
2
1
2 1.149 7 99 972.144 0.005
1
[
1
]
0
1
2 C 4 1.21 9 99 988.501 0.003 3p 4 (3 P )7s
2
[
2
]
2
1
2 C 4 1.589 5 100 050.736 0.003
2
[
2
]
1
1
2 1.42 12 100 146.822 0.003 3p 4 (3 P )5d
1
[
3
]
3
1
2 1.210 3 100 170.980 0.005
1
[
1
]
1
1
2 C 4 e 12 100 190.97 3p 4 (3 P )5g
2
[
5
]
5
1
2 1 100 190.98
2
[
5
]
4
1
2 1 100 191.40
2
[
4
]
4
1
2
,
3
1
2 1 100 197.62
2
[
3
]
2
1
2 1 100 197.67
2
[
3
]
3
1
2 1 100 201.30
2
[
6
]
6
1
2
,
5
1
2 1 100 205.68
2
[
2
]
2
1
2
,
1
1
2 1 100 246.855 0.003 3p 4 (3 P )5d
1
[
2
]
1
1
2 N 9 100 249.636 0.005
1
[
3
]
2
1
2 9 100 347.182 0.005
1
[
2
]
2
1
2 C 4 8 100 502.871 0.005
0
[
2
]
1
1
2 N e 9 100 589.312 0.005
0
[
2
]
2
1
2 1.069 7 100 704.230 0.005 3p 4 (3 P )7s
1
[
1
]
1
1
2 C 4 1.65 9 100 737.65 0.03
1
[
1
]
0
1
2 C 4 1.59 7 100 888.18 3p 4 (3 P )5g
1
[
3
]
3
1
2
,
2
1
2 1 100 890.49
1
[
5
]
4
1
2 1 100 890.56
1
[
5
]
5
1
2 1 100 899.03
1
[
4
]
4
1
2
,
3
1
2 1 100 946.01 0.05 3p 4 (3 P )6d
2
[
1
]
0
1
2 1.010 6 100 989.990 0.003
2
[
3
]
3
1
2 1.377 3 101 039.413 0.005 3p 4 (3 P )7s
0
[
0
]
0
1
2 N 7 101 045.386 0.005 3p 4 (3 P )6d
2
[
2
]
1
1
2 1.168 9 101 052.840 0.003
2
[
2
]
2
1
2 1.364 6 101 130.892 0.005
2
[
4
]
4
1
2 N 2 101 141.19 0.02 3p 4 (1 D )3d
G
2
3
1
2 N 3 101 141.625 0.005
G
2
4
1
2 N e 1 101 172.553 0.005 3p 4 (3 P )6d
2
[
1
]
1
1
2 N 1.41 10 101 193.32 3p 4 (3 P )5g
0
[
4
]
4
1
2
,
3
1
2 1 101 223.33 0.03 3p 4 (3 P )6d
2
[
3
]
2
1
2 C 4 e 6 101 227.63 0.03
2
[
0
]
0
1
2 N 5 101 230.909 0.005
2
[
4
]
3
1
2 N 2 101 426.204 0.005 3p 4 (3 P )8s
2
[
2
]
2
1
2 C 4 1.60 3 101 460.16 0.05
2
[
2
]
1
1
2 N 3 101 592.67 0.02 3p 4 (3 P )6d
1
[
1
]
0
1
2 0.69 6 101 596.44 0.03 3p 4 (1 S )4s
S
2
0
1
2 N 6 101 725.37 0.03 3p 4 (3 P )6d
1
[
1
]
1
1
2 N J =1.5f 7 101 754.307 0.005
1
[
3
]
3
1
2 N e 4 101 803.442 0.005
1
[
3
]
2
1
2 N 7 101 845.64 0.07
1
[
2
]
1
1
2 N 4 101 858.96 0.02
1
[
2
]
2
1
2 1.45 6 101 945.20 0.07 3p 4 (1 D )3d
P
2
0
1
2
or
1
1
2 N 5 101 988.14 0.03 3p 4 (3 P )6d
0
[
2
]
2
1
2 N 7 102 000.36 0.03
0
[
2
]
1
1
2 N 0.57 4 102 028.24 0.03 3p 4 (3 P )7d
2
[
3
]
3
1
2 N e 3 102 045.07 0.03
2
[
2
]
2
1
2 N 5 102 093.32 0.05
2
[
4
]
4
1
2 N 1 102 108.84 0.07 3p 4 (3 P )8s
1
[
1
]
1
1
2 N 5 102 138.11 0.07
1
[
1
]
0
1
2 N 2 102 147.528 0.005 3p 4 (3 P )7d
2
[
4
]
3
1
2 N e 2 102 158.68 0.05
2
[
3
]
2
1
2 N 3 102 187.51 0.05 3p 4 (1 D )3d
D
2
2
1
2
? N 3 102 411.57 0.10 3p 4 (3 P )8s
0
[
0
]
0
1
2 N 3 102 620.50 0.03 3p 4 (3 P )8d
2
[
3
]
3
1
2 N 2 102 646.33 0.07
2
[
2
]
2
1
2 N 2 102 691.18 0.07
2
[
4
]
3
1
2 N 2 102 702.79 0.03
2
[
4
]
4
1
2 N 1 102 750.231 0.010 3p 4 (3 P )7d
1
[
3
]
3
1
2 N 2 102 828.47 0.10
1
[
2
]
2
1
2 N 2 102 855.62 0.10 ?
J
=
0
1
2
,
1
1
2 N 2 103 101.34 0.05 3p 4 (1 D )5s
D
2
2
1
2 N 5 103 102.12 0.05
D
2
1
1
2 N 6
a See footnote a,
Table II .
b Refs.
3 ,
4 .
c Omitted in Refs.
3 ,
4 .
d This change was first indicated by Edlén, Z. Physik
104, 413 (1937).
e The proposed
J value for this level disagrees with the Zeeman data. See Sec. III, C 3.
f No
g values given in Ref.
3 .
Table IV
Calculated series limits for Cl i .
Series Limit value (cm−1 ) n Std. dev.a (cm−1 )
3
p
4
(
3
P
)
n
f
2
[
5
]
°
5
1
2 104 590.86 4 to 8 0.03
2
[
5
]
°
4
1
2 0.76 4 to 8 0.11
2
[
4
]
°
4
1
2 1.69 4 to 7 0.14
2
[
4
]
°
3
1
2 1.62 4 to 7 0.09
2
[
3
]
°
3
1
2 0.28 4 to 7 0.4
1
[
4
]
°
4
1
2 (0.97)b 4 to 7 0.4
1
[
4
]
°
3
1
2 (1.07) 4 to 7 0.4
1
[
2
]
°
2
1
2 (1.16) 4 to 7 0.6
1
[
2
]
°
1
1
2 (1.42) 4 to 7 0.6
Limit New value (cm−1 ) Previous valuec (cm−1 ) Cl ii 3p 4 3 P 2 104 591.0±0.3 104 591 3 P 1 105 287.1±0.4d 105 284 3 P 0 105 587.4±0.4 105 590
a The standard deviation is calculated from the formula
[
Σ
(
deviations
)
2
(
No
.
of
levels
-
No
.
of
parameters
-
1
)
]
1
2
.
b The numbers in parenthesis were obtained by subtracting 696.1 cm
−1 from the calculated series limit value.
c These are taken from Ref.
7 where the uncertainty was given as a few reciprocal centimeters.
d The limit values for
3 P 1.0 were obtained by adding the observed Cl
ii 3
p 4 level separations to the
3 P 2 limit value.
Table V
Predicted terms of some CI i configurations.
Configuration Predicted termsa 3s 2 3p 5 2 P °3s 3p 6 2 S ns n ≥4np n ≥4nd n ≥3nf n ≥40[0] 0[1]° 0[2] 0[3]° 3s 2 3p 4 (3 P )nl 1[1] 1([0],[[1],[2])° 1([1],[2],[3]) 1([2],[3],[4])° 2[2] 2([1],[2],[3])° 2([0],[1],[2],[3],[4]) 2([1],[2],[3],[4],[5])° 3s 2 3p 4 (1 D )nl 2[2] 2([1],[2],[3])° 2([0],[1],[2],[3],[4]) 2([1],[2],[3],[4],[5])° 3s 2 3p 4 (1 S )nl 0[0] 0[1]° 0[2] 0[3]°
a The
p 4 nl terms are given in
J c K notation because this representation is extensively used in designating the levels of the observed configurations. The
p 4 nl terms are given in
LS notation in Ref.
4 .
Table VI
Results of single-configuration energy fits in Cl i .
Configuration No. lev.a s b s /w c (%)F 2 d Gl −1 G l +1 ζ nl No. exp. Average purity(%) g valuesAve. dev. g exp − g calc LS J c K 3p 4 4s 7(8) 6 0.2 ⋯ 706±2 ⋯ ⋯ 99 80 5 0.004 5s 7 26 2.0 ⋯ 146±12 ⋯ ⋯ 83 87 0 ⋯ 6s 5 24 2.0 ⋯ 92±12 ⋯ ⋯ 77 91 4 0.05 7s 5 11 0.9 ⋯ 29±7 ⋯ ⋯ 73 99 4 0.01 8s 5 10 1.0 ⋯ 16±4 ⋯ ⋯ 76 99 1 ⋯ 3p 4 3d 15(22) 107 3.2 247±7 193±15 10±2 1.0 88 52 0 ⋯ 4d 16(17) 80 4.0 92±5 66±8 7±1 0.5 73 63e 9 0.07 5d 17 61 4.0 34±5 20±6 4±1 0.2 63 80 12 0.17 6d 16 57 6.0 18±5 5±5 2±1 0.1 56 85 8 0.14 3p 4 4p 17(19) 35 0.8 168±3 708±24 41±4 27±27 90 60 16 0.05 5p 13 34 1.2 49±4 515±17 9±3 0±23 71 65 13 0.13 6p 13 5 0.3 22±2 132±3 5±1 6±3 60 80 6 0.03 3p 4 4f 18 0.4 0.04 3.62±0.02 0.03±0.01 0.0±0.4 0.02±0.06 50 99 0 ⋯ 5f 18 0.3 0.03 1.86±0.01 0.02±0.01 0.0±0.3 0.02±0.04 50 99 0 ⋯ 6f 16 0.3 0.03 1.06±0.02 0.02±0.01 0.0±0.3 0.00±0.05 50 99 0 ⋯
a The numbers in parenthesis indicate the total number of known levels where this differs from the number of levels used in the fit. Levels known to be badly perturbed were not included in single-configuration energy fits.
b
s
=
[
Σ
(
calc
.
levels
-
exp
.
levels
)
2
(
no
.
of
levels
-
no
.
of
parameters
)
]
1
2
.
c w is the width of the configuration, neglecting that portion due to the separation of the limit terms.
d The parameters
F 2 (3
p ,3
p ) and
ζ 3 p were held fixed at 1880 and 670 cm
−1 except for three cases:
3p 4 4s F 2 =1848±1ζ 3 p =6725s 1874±4 672 4p 1870±4 666±31.
Parameters for which uncertainties are not included were held fixed during the computation. The parameter uncertainty is an indication of the sensitivity of the fit to the parameter value. If the uncertainty is of the same order of magnitude as the parameter value we conclude that that parameter is relatively unimportant in determing the best fit.
e The
LS purity is greater than the
J c K purity for 4
d , however it is easier to assign levels to series by using
J c K symbols for this configuration.
Table VII
The screening doublet 3s 2 3p 5 2 P °–3s 3p 6 2 S in the sequence isoelectronic to Cl i .
P
2
°
1
1
2
-
S
2
0
1
2
P
2
°
0
1
2
-
S
2
0
1
2 σ (cm−1 )first difference σ (cm−1 )first difference Ar ii 108 722 21887 107 290 21157 K iii 130 609 21821 128 447 20868 Ca iv 152 430 21982 149 315 20767 Sc v 174 412 22208 170 084 20696 Ti vi 196 620 190 780
Results of least-squares fitting to the above data equationa σ =64295+22586ζ − 234ζ 2 +24ζ 3 σ =63808+22248ζ − 289ζ 2 +18ζ 3 rms deviation (cm−1 ) 10 10 predicted position of
Cl
ɪ
3
s
3
p
6
S
2
0
1
2 86671 86667 observed level 85679
a ζ =
Z − 1
b .