1970
DOI: 10.1016/0022-5088(70)90011-1
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The disproportionation and non-stoichiometry of zirconium trichloride

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1972
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Cited by 14 publications
(11 citation statements)
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“…(A shear mechanism has been proposed for the associated structural effects (23).) However, because of the nonequilibrium nature of the disproportionation method, and the very poor crystallinity of the "second stage" ZrCl^ ^ and ZrBr^ ^ ^ residues claimed to form by X .…”
Section: Nonstoichiometry Of the Zirconium Trihalidesmentioning
confidence: 99%
“…(A shear mechanism has been proposed for the associated structural effects (23).) However, because of the nonequilibrium nature of the disproportionation method, and the very poor crystallinity of the "second stage" ZrCl^ ^ and ZrBr^ ^ ^ residues claimed to form by X .…”
Section: Nonstoichiometry Of the Zirconium Trihalidesmentioning
confidence: 99%
“…Previous thermogravimetric effusion studies of ZrX^ disproportionation at temperatures up to 450° suggest that the trichloride (23) and…”
Section: Nonstoichiometry Of the Zirconium Trihalidesmentioning
confidence: 97%
“…tribromide (27) are not line compounds but exist over a range of homo geneity from ZrXg g to ZrX^ q with no detectable change in the powder pattern. (A shear mechanism has been proposed for the associated structural effects (23).) However, because of the nonequilibrium nature of the disproportionation method, and the very poor crystallinity of the "second stage" ZrCl^ ^ and ZrBr^ ^ ^ residues claimed to form by X .…”
Section: Nonstoichiometry Of the Zirconium Trihalidesmentioning
confidence: 99%
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“…Previous thermogravimetric effusion studies of ZrX^ disproportionation at temperatures up to 450° suggest that the trichloride (23) and tribromide (27) are not line compounds but exist over a range of homo geneity from ZrXg g to ZrX^ q with no detectable change in the powder pattern. (A shear mechanism has been proposed for the associated structural effects (23).) However, because of the nonequilibrium nature of the disproportionation method, and the very poor crystallinity of the "second stage" ZrCl^ ^ and ZrBr^ ^ ^ residues claimed to form by X .…”
Section: Nonstoichiometry Of the Zirconium Trihalidesmentioning
confidence: 97%