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Hyperfine spectrum of RbCl

The Journal of Chemical Physics, 2006
The molecular beam electric resonance technique has been used to conduct a high precision examination of the hyperfine spectrum of the four isotopomers of RbCl. Coupling constants for the nuclear electric quadrupole interactions, the spin-rotation interactions, the tensor and scalar spin-spin interactions, and a rubidium nuclear octupole interaction ...
J, Cederberg   +6 more
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EPR of 77Se− in RbCl

Solid State Communications, 1990
Abstract A new selenium center in RbCl is reported, formed after doping with 77 Se, and X - ray irradiation at room temperature. The g and A tensors were determined. It is shown that the center contains one selenium atom. The 77 Se hyperfine data are compared with similar results for Se − and Se − 2 ions in NaCl.
P. Matthys   +3 more
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Investigation of the RbF-RbCl-RbBr and RbF-RbCl-RbI ternary systems

Russian Journal of Inorganic Chemistry, 2008
The RbF-RbCl-RbBr and RbF-RbCl-RbI ternary systems have been investigated using differential thermal analysis. As a result of the analysis, it has been established that continuous solid solutions are formed in the RbF-RbCl-RbBr system, while in the RbF-RbCl-RbBr system, a eutectic is found.
E. M. Dvoryanova   +2 more
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On the RbClCdCl2 system

Materials Research Bulletin, 1973
Abstract The RbClCdCl 2 phase diagram was re-examined and new data on the sub-solidus behaviour were collected. The tetragonal-cubic transition occurs reversibly at 114 ± 2°C. An anomalous polymorphism of RbCdCl 3 is influenced by the presence of water which favours the formation of an orthorhombic phase at room temperature.
P. Bohac, A. Gäumann, H. Arend
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Specific heat of RbCl

Physics Letters A, 1979
Abstract The specific heat of RbCl has been measured in the temperature range of 0.8 K to 16 K. The Debye temperature at 0 K is estimated to be 166 ± 2.5 K.
G.M. Watkins, Henry Fenichel
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Studies on tin centres in RbCl crystals

Physica Status Solidi (a), 1978
Absorption spectra of RbCl:Sn crystals are studied and all the A,B,C, and D bands corresponding to those with ns2 outer electronic configuration are found. The changes produced upon irradiation with X-rays and on additive and electrolytic coloration are studied.
S. B. S. Sastry, K. Balasubkamanyam
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