The thermodynamics of the system Zr(Fe0.75Cr0.25)2 + H2 using heat conduction calorimetry

Grant, D. M.
Murray, J. J.
Post, M. L.

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Publication date

January 1990

DOI

10.1016/0022-4596(90)90044-x

ISSN

0022-4596

Abstract

The system Zr(Feo,,5Cr0,,5)2 + Hz has been reported to exhibit one compound hydride phase Zr(Fe0,,5Cr0,25)2Hw, ith x 2 1.8. The present in situ free energy/enthalpy measurements indicate a more complex situation involving two compound hydrides, one having the approximate composition 1.8 5 x 5 2.0, and the other, x s 2.3. The steady state pressure-composition and calorimetric evidence for this is presented and discussed.Peer reviewed: YesNRC publication: Ye

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The thermodynamics of the system Zr(Fe0.75Cr0.25)2 + H2 using heat conduction calorimetry

Abstract

Extracted data

The thermodynamics of the system Zr(Fe0.75Cr0.25)2 + H2 using heat conduction calorimetry

Abstract

Extracted data

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