“…Okuda reported the Iz9I Mossbauer spectrum of TeI, as well as of several other tellurium iodides. The latter workers were able to resolve three independent iodine sites; this finding is consistent with the X-ray crystal structure of TeI, (25). The terminal iodine atom in TeI, was found to have a quadrupole coupling constant of 1190 MHz and an isomer shift with respect to the ZnTe source of 0.70 mm s-I.…”
The iodine-127 Mössbauer spectra of some chalcogen–iodine cations have been recorded and the Mössbauer parameters are discussed in terms of their known structures. These cations are compared to other cationic species of iodine as well as with a molecular compound of iodine which contains a sulphur–iodine bond.
“…Okuda reported the Iz9I Mossbauer spectrum of TeI, as well as of several other tellurium iodides. The latter workers were able to resolve three independent iodine sites; this finding is consistent with the X-ray crystal structure of TeI, (25). The terminal iodine atom in TeI, was found to have a quadrupole coupling constant of 1190 MHz and an isomer shift with respect to the ZnTe source of 0.70 mm s-I.…”
The iodine-127 Mössbauer spectra of some chalcogen–iodine cations have been recorded and the Mössbauer parameters are discussed in terms of their known structures. These cations are compared to other cationic species of iodine as well as with a molecular compound of iodine which contains a sulphur–iodine bond.
“…The Te±I bond distances are slightly shorter than in TeI 4 tetramers[7,8]. When the Te±I bond distances are compared, a slight increase of the average values with the variation of M in the order Al < Ga < In (average values: 2.av) in [TeI 3 ][GaI 4 ] and 3.434 (av) in the indium derivative.…”
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