1952
DOI: 10.1002/ange.19520642205
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Die Mischungslücke im System Barium‐Bariumchlorid

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Cited by 12 publications
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“…similarly increasing with metal concentration as AK may thus be predicted for the Ba+ BaC12 system, which like K+ KC1 29 also shows a high degree of miscibility between the metal and the salt. 23 The reason for comparing the relationship Ba to Ca, rather than Sr to Ca, with that of K to Na is the near equality in the size ratio of Ba2+ (Y = 1.31 A) and Ca2+ (r = 0.98 A) as compared with that of Kf (Y = 1.33 A) and Na+ (r = 0.98 A), while for Sr2+, Y = 1-15 8, (Y = Zachariasen's ionic crystal radii). This relationship is also reflected in the M+MX and M+MX2 phase diagrams.219 239 299 30 The assumption is made here that (Ca#+ (or (Sr2)2+) is dissociated at infinite dilution, into Ca2+ (or Sr2+) ions and 2 electrons.…”
Section: A B ~mentioning
confidence: 99%
“…similarly increasing with metal concentration as AK may thus be predicted for the Ba+ BaC12 system, which like K+ KC1 29 also shows a high degree of miscibility between the metal and the salt. 23 The reason for comparing the relationship Ba to Ca, rather than Sr to Ca, with that of K to Na is the near equality in the size ratio of Ba2+ (Y = 1.31 A) and Ca2+ (r = 0.98 A) as compared with that of Kf (Y = 1.33 A) and Na+ (r = 0.98 A), while for Sr2+, Y = 1-15 8, (Y = Zachariasen's ionic crystal radii). This relationship is also reflected in the M+MX and M+MX2 phase diagrams.219 239 299 30 The assumption is made here that (Ca#+ (or (Sr2)2+) is dissociated at infinite dilution, into Ca2+ (or Sr2+) ions and 2 electrons.…”
Section: A B ~mentioning
confidence: 99%