1967
DOI: 10.1016/s0020-1693(00)93130-x
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Paramagnetic relaxation in inorganic complexes. I. Inhomogeneous hyperfine broadening

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Cited by 6 publications
(11 citation statements)
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“…36 Dalton et al reported certain physical constants (g-and a-values) they claimed to have measured. As shown in Figure 2, each of the eight values reported in the first four lines of Table III of Dalton et al ( Figure 2B) 4 is identical to the number given in Table 1 of Zhitnikov and Kolesnikov (Figure 2A). 5 The only differences are the estimates of the errors in measurement.…”
supporting
confidence: 59%
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“…36 Dalton et al reported certain physical constants (g-and a-values) they claimed to have measured. As shown in Figure 2, each of the eight values reported in the first four lines of Table III of Dalton et al ( Figure 2B) 4 is identical to the number given in Table 1 of Zhitnikov and Kolesnikov (Figure 2A). 5 The only differences are the estimates of the errors in measurement.…”
supporting
confidence: 59%
“…35 The reader is left to speculate as to how graphs purportedly recorded on different instruments and on different continents can resemble each other with such fidelity. Over 70% of the passages in the paper by Zhitnikov and Kolesnikov 5 were repeated, almost verbatim, in Dalton et al, 4 as exemplified by the following pair: Zhitnikov and Kolesnikov, 1965: It may be assumed that the sodium atoms, for which two types of capture locations occur, are stabilized in a substitutional position of the benzene lattice, and in an interstitial site, in the center of a somewhat distorted octahedron, while the potassium and rubidium atoms, which are of larger size than the sodium atoms, are only stabilized in the substitutional position, where there is more room than in the octahedral position... The fact that no monotonic character is observed in the matrix shifts on going from sodium to potassium and from potassium to rubidium is not inconsistent with the theoretical ideas…since the increase in the negative shift resulting from an increase in the polarizabilities in the order Na, K, Rb may be made up for by the positive contribution to the matrix shift, which increases with increase in the size of the atom in the series of alkali metals.…”
mentioning
confidence: 99%
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