Transport Reactions of Some Vanadium (III) Halides (open access)

Transport Reactions of Some Vanadium (III) Halides

Technical report. From Abstract : "The reactions of VCl2. VCl3, and VCl3-VBr3 mixtures with bromine vapor at 350 to 450°C led to vaporization of the halides and deposition of mixed halides of vanadium (III) at lower temperatures."
Date: August 21, 1962
Creator: McCarley, Robert E.; Roddy, James W. & Berry, Keith O.
System: The UNT Digital Library
The Thallium-Indium Phase Diagram as a Function of Composition, Temperature, and Pressure (open access)

The Thallium-Indium Phase Diagram as a Function of Composition, Temperature, and Pressure

Technical report. From Abstract : "The thallium-rich region of the thallium-indium phase diagram was determined from atmospheric pressure to 5.5 kbars primary from electrical resistivity data obtained as a function of composition, temperature, and pressure."
Date: August 21, 1962
Creator: Meyerhoff, Robert Wagner & Smith, J. F.
System: The UNT Digital Library
Vaporization reactions of vanadium(III) bromide : Dissociation and Disproportionation Equilibria, and the Formation of Vanadium (IV) Bromide (open access)

Vaporization reactions of vanadium(III) bromide : Dissociation and Disproportionation Equilibria, and the Formation of Vanadium (IV) Bromide

Technical report. From Abstract : "The equilibria (1) VBr3(s) = VBr2(s) + 1/2Br2(g) and (2) 2VBr3(s) = VBr2(s) + VBr4(g) were studied over the range 644 to 805°K by transpiration in helium."
Date: August 21, 1962
Creator: McCarley, Robert E. & Roddy, James W.
System: The UNT Digital Library
The Vapor Pressures of VCl2, VCl3, VBr2, and VBr3 by Knudsen Effusion (open access)

The Vapor Pressures of VCl2, VCl3, VBr2, and VBr3 by Knudsen Effusion

Technical report. From Abstract : "The vapor pressures of crystalline VCl2, VBr2, VCl3 and VBr3 have been measured by the Knudsen effusion method using pyrex and Vycor effusion cells. ... During the measurements on VCl3 and VBr3 dissociation and disproportionation of the samples occurred simultaneously with the simple vaporization. However, because the product of each of these processes was collected separately during an experiment, the vapor pressure due to sublimation was obtained without difficulty."
Date: August 21, 1962
Creator: McCarley, R. E. & Roddy, J. W.
System: The UNT Digital Library