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Xenon-metmyoglobin equilibrium
Biosystems, 1967Xe-horse metmyoglobin chemical reaction equilibrium stoichiometry from Xe solubility ...
S, Maestas, G J, Ewing
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The Journal of Physical Chemistry A, 2009
We have computed the structure and stability of the xenon hydrides HXeY (with Y = F, Cl, Br, I, CCH, CN, NC) using relativistic density functional theory (DFT) at ZORA-BP86/TZ2P level. All model systems HXeY studied here are bound equilibrium structures, but they are also significantly destabilized with respect to Xe and HY.
Perez-Peralta, N. +4 more
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We have computed the structure and stability of the xenon hydrides HXeY (with Y = F, Cl, Br, I, CCH, CN, NC) using relativistic density functional theory (DFT) at ZORA-BP86/TZ2P level. All model systems HXeY studied here are bound equilibrium structures, but they are also significantly destabilized with respect to Xe and HY.
Perez-Peralta, N. +4 more
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Purification of xenon difluoride from xenon tetrafluoride
Journal of Fluorine Chemistry, 1991Abstract The purification of xenon difluoride from metal fluorides impurities doesn't raise difficulties and can be performed by means of common recondensation. But still the production of xenon difluoride with low content of xenon tetrafluoride causes serious difficulties. As a basis for the process the reduction reaction of xenon tetrafluoride with
V.P. Korobtsev +4 more
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Science, 1964
Xenon hexafluoride reacts with BF 3 and AsF 5 to form 1:1 adducts which are white solids with vapor pressures of less than 1 millimeter at room temperature. The XeF 6 ⋅ BF 3 adduct melts at 90°C to a pale yellow viscous liquid.
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Xenon hexafluoride reacts with BF 3 and AsF 5 to form 1:1 adducts which are white solids with vapor pressures of less than 1 millimeter at room temperature. The XeF 6 ⋅ BF 3 adduct melts at 90°C to a pale yellow viscous liquid.
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Proceedings of the Physical Society, 1960
The coefficients of viscosity and thermal conductivity of binary mixtures of xenon with krypton, argon, neon and helium have been determined experimentally over the full range of composition of each mixture at a pressure of 70 cm of mercury and at a temperature in the range 18.0 to 18.3°C.
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The coefficients of viscosity and thermal conductivity of binary mixtures of xenon with krypton, argon, neon and helium have been determined experimentally over the full range of composition of each mixture at a pressure of 70 cm of mercury and at a temperature in the range 18.0 to 18.3°C.
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A-to-Z Guide to Thermodynamics, Heat and Mass Transfer, and Fluids Engineering, 2006
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