Results 221 to 230 of about 45,021 (275)
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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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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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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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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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Investigation of the RbF-RbCl-RbBr and RbF-RbCl-RbI ternary systems
Russian Journal of Inorganic Chemistry, 2008The 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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Letter: freezing theory of rbcl
Physics and Chemistry of Liquids, 1982Abstract A criterion for freezing of alkali halides in terms of the principal peak of the liquid charge-charge structure factor SQQ(k) has been given in earlier work.1 Subsequently, a theory of freezing of both neutral binary alloys and alkali halides has been developed,2 based on partial liquid structure factors as input information.
M. Rovere, M. P. Tosi, N. H. March
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Journal of the Chemical Society, Faraday Transactions, 1994
A recent EPR study revealed an exceptionally well resolved superhyperfine structure in the spectrum of RbCl : S2– for some specific orientations of the magnetic field. In this work a complete angular variation of two sets of 85Rb and 87Rb ENDOR transitions is presented. The corresponding hyperfine and nuclear quadrupole coupling tensors were determined.
Sabine Van Doorslaer +4 more
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A recent EPR study revealed an exceptionally well resolved superhyperfine structure in the spectrum of RbCl : S2– for some specific orientations of the magnetic field. In this work a complete angular variation of two sets of 85Rb and 87Rb ENDOR transitions is presented. The corresponding hyperfine and nuclear quadrupole coupling tensors were determined.
Sabine Van Doorslaer +4 more
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การประเมินความสัมพันธ์ทางพันธุกรรมและการจำแนกทุเรียนด้วยลำดับนิวคลีโอไทด์ของยีน rbcL
2018Thai Journal of Science and Technology, 7, 2, 202 ...
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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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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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Enthalpy increments relative to 298.15 K of RbCl(cr) and RbCl(I)
The Journal of Chemical Thermodynamics, 1984Abstract High-temperature drop-calorimetric measurements have been performed on rubidium chloride over the temperature range 373 to 1304 K. Enthalpy increments { H m o ( T ) − H m o (298.15 K)} relative to 298.15 K for solid RbCl between 298.15 and 995 K can be represented by the equation: {H m ° (T)−H m ° (298.15K ...
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