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Atomic Transition Probabilities of Sodium and Magnesium. A Critical Compilation
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10.1063/1.2735328
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Affiliations:
1 Atomic Physics Division, National Institute of Standards and Technology, Gaithersburg, Maryland 20899-8422
a) Electronic mail: daniel.kelleher@nist.gov
b) Electronic mail: larissa.podobedova@nist.gov
J. Phys. Chem. Ref. Data 37, 267 (2008)
/content/aip/journal/jpcrd/37/1/10.1063/1.2735328
http://aip.metastore.ingenta.com/content/aip/journal/jpcrd/37/1/10.1063/1.2735328

## Figures

FIG. 1.

Relative standard deviation of the mean (RSDM) vs the line strength for the transitions in for which the energy of the upper level is less than and which have values listed in both Refs. 90 (MCHF) and 57 (CI). Because there are two data sources, the RSDM for each transition is given by Eq. (4). The curve corresponds to fit values for the parameters in Eq. (5); 90% of the points lie under it. Using the method described in the text, the parameters were empirically found to be (“slope” of the curve) and (“intercept”), and (asymptotic background of the curve). In actual practice, for these data we would extend the ordinate of the graph only to 0.05, but here we extend it up to the maximum value of 1.0 to facilitate comparisons with Figs. 2 and 3. The quality of these data is much higher than in those higher energy level cases, which are plotted in Figs. 2 and 3. Below energies of , same J and parity energy levels are not closely spaced and level “mixing” is not generally important.

FIG. 2.

Relative standard deviation of the mean (RSDM) vs the line strength for the transitions in for which the energy of the upper level is greater than and which have values listed in both Refs. 90 (MCHF) and 57 [configuration interaction (CI)]. Because there are two data sources, the RSDM for each transition is given by Eq. (4). The two curves correspond to different values of the and parameters in Eq. (5); 50% of the points in the figure lie under the lower curve, and 90% lie under the upper curve. For these curves, the parameters in Eq. (5) were empirically found to be (both curves) and , and for the (upper) 90% envelope curve. Above energies of , same J and parity energy levels are more closely spaced and level “mixing” becomes increasingly significant. Still, the agreement of the MCHF data with the CI data is considerably better than it is with the OP, as seen in Fig. 3.

FIG. 3.

Relative standard deviation of the mean (RSDM) vs the line strength for the transitions in for which the energy of the upper level is greater than . Opacity Project data is included. and which have values listed in both Refs. 90 (MCHF) and 16 [Opacity Project (OP)]. Because there are two data sources, the RSDM for each transition is given by Eq. (4). The two curves correspond to different values of the and parameters in Eq. (5); 50% of the points in the figure lie under the lower curve, and 90% lie under the upper curve. For these curves, the parameters in Eq. (5) were empirically found to be (both curves) and , and for the (upper) 90% envelope curve. The agreement of the OP data with the MCHF data is considerably poorer than is the configuration interaction data seen in Fig. 2.

## Tables

TABLE 1.

Correspondence between accuracy and estimated relative uncertainty

TABLE 2.

Conversion factors for transition rates

TABLE 3.

Wavelength finding list for allowed lines for

TABLE 4.

Transition probabilities of allowed lines for (references for this table are as follows: ,104 Fischer,34 et al.,48 et al.,72 et al.,120 and Prokof’ev28)

TABLE 5.

Wavelength finding list for forbidden lines for

TABLE 6.

Transition probabilities of forbidden lines for (references for this table are as follows: Fischer35)

TABLE 7.

Wavelength finding list for allowed lines for

TABLE 8.

Transition probabilities of allowed lines for (references for this table are as follows: and Froese Fischer,98 and Froese Fischer,93 et al.,45 and 107)

TABLE 9.

Wavelength finding list for forbidden lines for

TABLE 10.

Transition probabilities of forbidden lines for (references for this table are as follows: and Froese Fischer98 and 53)

TABLE 11.

Wavelength finding list for allowed lines for

TABLE 12.

Transition probabilities of allowed lines for (references for this table are as follows: and Zeippen,15 and Froese Fischer,97 and and Hibbert57)

TABLE 13.

Wavelength finding list for forbidden lines for

TABLE 14.

Transition probabilities of forbidden lines for (reference for this table is as follows: and Froese97)

TABLE 15.

Wavelength finding list for allowed lines for

TABLE 16.

Transition probabilities of allowed lines for (references for this table are as follows: and Zeippen,15 and Froese Fischer,94 and et al. 119)

TABLE 17.

Wavelength finding list for forbidden lines for

TABLE 18.

Transition probabilities of forbidden lines for (references for this table are as follows: and Froese Fischer,94 et al.,39 and et al. 40)

TABLE 19.

Wavelength finding list for allowed lines for

TABLE 20.

Transition probabilities of allowed lines for (references for this table are as follows: and Lennon,12 and Froese Fischer,94 and et al. 65)

TABLE 21.

Wavelength finding list for forbidden lines for

TABLE 22.

Transition probabilities of forbidden lines for (references for this table are as follows: and Froese Fischer94 and et al. 63)

TABLE 23.

Wavelengths finding list for allowed lines for

TABLE 24.

Transition probabilities of allowed lines for (references for this table are as follows: and Pradhan,56 and Froese Fischer,94 et al.,4 4=Fawcett,21 and et al. 62)

TABLE 25.

Wavelength finding list for forbidden lines for

TABLE 26.

Transition probabilities of forbidden lines for (references for this table are as follows: and Froese Fischer,94 et al.,118 et al. 40 )

TABLE 27.

Wavelength finding list for allowed lines for

TABLE 28.

Transition probabilities of allowed lines for (references for this table are as follows: et al.,25 and Froese Fischer,94 et al.,64 et al., 41and et al. 81)

TABLE 29.

Wavelength finding list for forbidden lines for

TABLE 30.

Transition probabilities of forbidden lines for (references for this table are as follows: and Froese Fischer94 and et al..41)

TABLE 31.

Wavelength finding list for allowed lines for

TABLE 32.

Transition probabilities of allowed lines for (references for this table are as follows: et al.,113 and Froese Fischer,94 et al.,19 et al.,80 and et al. 82)

TABLE 33.

Wavelength finding list for forbidden lines for

TABLE 34.

Transition probabilities of forbidden lines for (references for this table are as follows: and Froese Fischer94 and et al. 82)

TABLE 35.

Wavelength finding list for allowed lines for

TABLE 36.

Transition probabilities of allowed lines for (references for this table are as follows: et al.,76 et al.,127 et al. 129 and Martin et al. 59)

TABLE 37.

Wavelength finding list for allowed lines for

TABLE 38.

Transition probabilities of allowed lines for (reference for this table are as follows: et al. 27 and et al. 50)

TABLE 39.

Wavelength finding list for allowed lines for

TABLE 40.

Transition probabilities of allowed lines for (references for this table are as follows: et al.,13 and Froese Fischer,99 et al.,114 , Tang17, and 123)

TABLE 41.

Wavelength finding list for forbidden lines

TABLE 42.

Transition probabilities of forbidden lines for (references for this table are as follows: and Froese Fischer95 and 42)

TABLE 43.

Wavelength finding list for allowed lines for

TABLE 44.

Transition probabilities of allowed lines for (references for this table are as follows: ,103 Fischer,36 et al.,84 et al.,2 and Federman,106 et al.,47 and Fischer37)

TABLE 45.

Wavelength finding list for forbidden lines for

TABLE 46.

Transition probabilities of forbidden lines for (references for this table are as follows: Fischer,32 and Mukherjee,52 et al.,42 and et al. 110)

TABLE 47.

Wavelength finding list for allowed lines for

TABLE 48.

Transition probabilities of allowed lines for (references for this table are as follows: and Froese Fischer,96 and Froese Fischer,92 et al.,45 ,107 and et al. 10)

TABLE 49.

Wavelength finding list for forbidden lines for

TABLE 50.

Transition probabilities of forbidden lines for (references for this table are as follows: and Froese Fischer96 and 53)

TABLE 51.

Wavelength finding list for allowed lines for

TABLE 52.

Transition probabilities of allowed lines for (references for this table are as follows: and Zeippen,14 and Froese Fischer,96 and Froese Fischer,92 and 7)

TABLE 53.

Wavelength finding list for forbidden lines for

TABLE 54.

Transition probabilities of forbidden lines for (references for this table are as follows: and Froese Fischer96 and and Froese Fischer92)

TABLE 55.

Wavelength finding list for allowed lines for

TABLE 56.

Transition probabilities of allowed lines for (references for this table are as follows: and Zeippen,14 and Froese Fischer,100 and Froese Fischer,101 et al.,119 and et al. 9)

TABLE 57.

Wavelength finding list for forbidden lines for

TABLE 58.

Transition probabilities of forbidden lines for (reference for this table are as follow: and Froese Fischer,96 and Froese Fischer,92 et al.,39 and et al. 40)

TABLE 59.

Wavelength finding list for allowed lines for

TABLE 60.

Transition probabilities of allowed lines for (reference for this table are as follows: and Lennon,11 and Froese Fischer,99 and Froese Fischer,95 et al. 65)

TABLE 61.

Wavelength finding list for forbidden lines for

TABLE 62.

Transition probabilities of forbidden lines for (references for this table are as follows: and Froese Fischer,99 and Froese Fischer,96 and et al. 63)

TABLE 63.

Wavelength finding list for allowed lines for

TABLE 64.

Transition probabilities of allowed lines for (references for this table are as follows: and Pradhan,55 and Froese Fischer,91 ,3 ,21 and et al. 62)

TABLE 65.

Wavelength finding list for forbidden lines for

TABLE 66.

Transition probabilities of forbidden lines for (references for this table are as table follows: and Froese Fischer,91 et al.,118 and et al. 40)

TABLE 67.

Wavelength finding list for allowed lines for

TABLE 68.

Transition probabilities of allowed lines for (references for this table are as follows: et al.,24 and Froese Fischer,92 et al.,64 and et al. 41)

TABLE 69.

Wavelength finding list for forbidden lines for

TABLE 70.

Transition probabilities of forbidden lines for (references for this table are as follows: and Froese Fischer,92 et al.,41 and et al. 116)

TABLE 71.

Wavelength finding list for allowed lines for

TABLE 72.

Transitions probabilities of allowed lines for (reference for this table are as follows: et al.,112 and Froese Fischer,92 et al.,19 et al.,80 et al.,82 et al.,109 and Grant,30 and Huang,46 and Vainshtein,79 and et al. 29)

TABLE 73.

Wavelength finding list for forbidden lines for

TABLE 74.

Transition probabilities of forbidden lines for (reference for this table are as follows: and Froese Fischer92 and and Hibbert51)

TABLE 75.

Wavelength finding list for allowed lines for

TABLE 76.

Transition probabilities of allowed lines for (references for this table are as follows: et al.,75 and Froese Fischer,102 et al.,127 et al. 129)

TABLE 77.

Wavelength finding list for allowed lines for

TABLE 78.

Transition probabilities of allowed lines for (references for this table are as follows: et al. 26 and et al. 50)

/content/aip/journal/jpcrd/37/1/10.1063/1.2735328
2008-03-03
2014-04-17

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