payne_1982
==========

M\. G\. Payne, C\. H\. Chen, G\. S\. Hurst and G\. W\. Foltz, "Applications of resonance ionization spectroscopy in atomic and molecular physics", Adv\. At\. Mol\. Phys\. 17, 229\-274 \(1981; dated 1982 by the publisher's registry\)

`Source record <https://github.com/LupoLab/optmat/blob/main/src/optmat/data/sources/payne_1982.toml>`__ · :doc:`Catalogue </the-data/sources>` · :doc:`Review register </register>`

DOI: `10\.1016/S0065\-2199\(08\)60070\-6 <https://doi.org/10.1016/S0065-2199%2808%2960070-6>`__

**Source kind:** compilation

**Recorded technique:** Review of resonance ionisation spectroscopy \(RIS\) for atomic and molecular physics\: rate\-equation theory of N\-photon excitation by broadband lasers \(Sec\. II\); two\-photon excitation of Ar, Kr and Xe np5 n'p\[1/2\]0 levels with closure estimates of the two\-photon matrix element \(Sec\. III\.B, after Payne et al\. 1981 \(payne\_1981\)\); proposed measurements of excited\-state photoionisation cross sections, lifetimes, collisions and radiation trapping \(Sec\. III\.C, D\); estimates of three\-photon excitation of He and Ne \(Sec\. III\.E\); RIS with pulsed supersonic beams, isotope\-selective detection of 14C16O, laser\-induced collisions \(Sec\. IV\)\.

**Materials in structured entries:** None recorded.

**Dataset quantities:** None recorded.

**Contents:** 0 datasets; 0 formulas.

Curation notes
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DATE\. The volume page \(p\. 229\) prints 'Copyright \(c\) 1981 by Academic Press', and the papers that cite it give 1981 \(hattig\_1998b, mccann\_1988\: 'Adv\. At\. Mol\. Phys\. 17, 229 \(1981\)'\); the publisher's registry \(Crossref, via the library's metadata\) gives 1982\. The record id follows the library \(1982\); the citation gives both\.

Adv\. At\. Mol\. Phys\. 17, 229\-274 = PDF pages 1\-46 \(journal page = PDF page \+ 228\); a scan with a text layer\. Identity checked against the first page \(series, volume, title, authors, the table of contents with pages 229\-272\)\. No DOI is printed; the DOI is the registry's\.

NOTHING TAKEN\. What the review prints is either reproduced from other papers or not a quantity of the vocabulary\: \(1\) Xe two\-photon excitation \(pp\. 246\-247, Fig\. 2\)\: the fit to Chen et al\.'s \(1980\) ionisation signal at 2496 A, K = 2 x 10^\-9 s^\-1 W^\-2 cm^4 \(R = K I^2\) and sigma\_1 = 3 x 10^\-18 cm2 for 5p5\(2P3/2\) 6p\[1/2\]0\. Chen, Hurst and Payne's measurement \(Chem\. Phys\. Lett\. 75, 473 \(1980\); chen\_1980\), reproduced\: not taken\. 'Theoretical calculations using R\_2 = 7 e^2 a0^2 and a laser linewidth of 0\.08 A yielded 1 x 10^\-9' for K \(p\. 247\); payne\_1981 \(p\. 146\) prints k = 1\.3 x 10^\-9 for the same R\_2 and linewidth\. 'Very little experimental information exists on the two\-photon excitation of inert gases' \(p\. 246\)\: the review reports no other measured two\-photon rate, and none for argon\. hattig\_1998b \(TC\-887\) cites this review \(as 'Adv\. At\. Mol\. Phys\. 17, 229\-274 \(1981\)'\) among four sources for an 'experimental value of 2\.05 x 10^\-51 cm4 s' for argon's 4p J = 2 levels; it is not here\. Of argon the review gives only scheme \(a\), 1576\.3 \+ 2292\.8 A to 3p5 4p\[1/2\]0, with the estimate R\_2 = 1\.7 e^2 a0^2 \(p\. 245\)\. \(2\) The closure rate formula K ~ 14 L\_2^2 / \[Delta^2\(1\) \+ Delta^2\(2\)\]^\(1/2\) \(Eq\. 45, p\. 246\) and the radial integrals R\_2 \(Ar 1\.7, Kr 3, Xe 7 e^2 a0^2; p\. 245\) are payne\_1981's\: not repeated\. A bandwidth\-dependent rate per squared intensity is not two\_photon\_excitation\_cross\_section\. \(3\) Figs\. 5\-7 \(pp\. 252\-254\)\: multiplet\-averaged photoionisation cross sections of the excited ns, np and nd levels of Ne\-Xe 'taken from Duzy and Hyman \(1980\)' \(Phys\. Rev\. A 22, 1878; not in the library\), raster; reproduced, not digitised\. \(4\) Sec\. III\.E \(pp\. 261\-262\)\: order\-of\-magnitude three\-photon excitation probabilities for He \(2 x 1576\.3 A \+ ~2260 A\) and Ne \(3 x 2208 A\), with an unknown L\_3 'typically 1 \<= L\_3 \<= 100'\: no value of a quantity\. \(mccann\_1988's notes ascribe 'calculated two\-photon and three\-photon schemes' to payne\_1981; the three\-photon estimates are here, not there\.\) \(5\) Table I \(tbl\_60839f23d26c\)\: the radiation\-trapping function H\(y\) of Eq\. \(65\), a mathematical function\. Table II \(p\. 268, tbl\_498ff24a8fc6, image checked\)\: rovibronic term values \(cm^\-1\) of X, A and B of 12C16O, 14C16O and 12C18O, source not stated; isotopologue level energies have no quantity and only 12C16O \(CO\) is registered\. DOUBT\: 12C18O A, v = 1, J = 1 prints 67 759\.75 between 67 256\.69 \(J = 0\) and the step of \+2\.95 to \+3\.20 cm^\-1 from J = 0 to 1 in every other A\-state row; 67 259\.75 is evidently meant \(a misprinted digit\)\. Not taken, so no erratum\.

FURTHER TWO\-PHOTON DATA CITED\: C\. H\. Chen, G\. S\. Hurst and M\. G\. Payne, Chem\. Phys\. Lett\. 75, 473 \(1980\) \(chen\_1980\); 'Payne et al\., 1980', which the text cites for Eq\. \(41\) and the excitation schemes \(pp\. 244\-245\), is not in the reference list, whose only such entry is Payne et al\. \(1981\), Chem\. Phys\. Lett\. 79, 142 \(payne\_1981\); J\. Bokor, J\. Zavelovich and C\. K\. Rhodes, Phys\. Rev\. A 21, 1453 \(1980\) \(bokor\_1980, the Kr excited\-state photoionisation cross section at one wavelength\); M\. Pindzola, Phys\. Rev\. A 23, 201 \(1981\) \(pindzola\_1981\)\.

**Recorded bibliographic identity status:** VALIDATED\_WITH\_WARNINGS. This concerns identification of the source; it does not establish the scientific correctness of its contents.

Datasets
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No datasets are recorded.

Formulas
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No formulas are recorded.

Corrections
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No dataset errata are recorded in this source record.

Formula corrections, where recorded, appear with their formulas above. Curation notes may also discuss corrections or unresolved interpretation. Consult the :doc:`review register </register>` for the checks and decisions.