Thermochemistry and energetics of the gaseous tetrabromophosphonium cation, PBr4+
Author:
Publisher
Elsevier BV
Subject
Materials Chemistry,Inorganic Chemistry,Physical and Theoretical Chemistry
Reference19 articles.
1. Crystal and molecular structure of a metastable modification of phosphorus pentachloride
2. Single-crystal and high-resolution X-ray diffraction studies and Raman spectrum of a phosphorus(V) chloride complex containing a single bromide ion, P3Cl14Br
3. Energetics of the tetrachlorophosphonium cation, PCl4+,g, the hexachlorophosphate anion, PCl6−,g and metastable phosphorus (V) chloride [PCl4+]2[PCl6−][Cl−,c
4. Ionic isomerism. 2. Calculations of thermodynamic properties of phosphorus(V) chloride isomers: .DELTA.Hf0(PCl4+(g)) and .DELTA.Hf0(PCl6-(g))
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2. A Density Functional and Thermochemical Study of M−X Bond Lengths and Energies in [MX6]2- Complexes: LDA versus Becke88/Perdew86 Gradient-Corrected Functionals;The Journal of Physical Chemistry A;1997-06-01
3. Standard enthalpy of formation of dichloroiodine(III) tetrachloroaluminium(III), [ICl2+] [AlCl4−] and the thermochemistry and energetics of the gaseous dichloroiodine(III) cation, [ICl2+];Polyhedron;1997-01
4. Phosphorus;Chemistry of the Elements;1997
5. Ionic Isomerism. 3. Estimation of Enthalpies of Formation of the Gaseous Tetrachlorophosphonium Ion, ΔfH°(PCl4+,g), and of the Gaseous Hexachlorophosphate Ion, ΔfH°(PCl6-,g). Lattice Enthalpy Calculations for Bis(tetrachlorophosphonium) Hexachlorophosphate Halides, [PCl4]2[PCl6]X, Where X = Cl or Br. Bond Enthalpies of Phosphorus(V) Chloro Compounds;Inorganic Chemistry;1996-01-01
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