1983
DOI: 10.1016/0022-0248(83)90144-6
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Application of thermodynamic models to chemical transport reactions with systems containing several coexisting solid phases or phases with a homogeneity range

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Cited by 47 publications
(24 citation statements)
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“…[81][82][83][84] . They realized that the composition of a binary compound AB x deposited at the sink is determined by the ratio of the fluxes J(B) and J(A) from the source to the sink (Equation (6)).…”
Section: Cvt Of Phases With Homogeneity Rangementioning
confidence: 98%
“…[81][82][83][84] . They realized that the composition of a binary compound AB x deposited at the sink is determined by the ratio of the fluxes J(B) and J(A) from the source to the sink (Equation (6)).…”
Section: Cvt Of Phases With Homogeneity Rangementioning
confidence: 98%
“…Schäfer was able to show earlier that this effect does not cause problems when deriving transport rates from calculated partial pressures. [45] The great advantage of the cooperative transport model over other models (ªe relationshipº, [13,46] ªfour-stage-modelº [47,48] ) [67] in our experience lies in the easy handling of a transport system, in which the components of a multiplephase equilibrium solid are transported one after another from the source to the sink; so-called non-stationary transport behavior. To model such experiments, a new source calculation, Q 2 , follows on from S 1 .…”
Section: Modeling Chemical Transport Experimentsmentioning
confidence: 99%
“…Oppermann, G. Krabbes [13] ab 1970 Grundlagen und Beispiele Faktor, Garrett [14] ab 1970 Chalkogenide, Kristallwachstum (auch unter Schwerelosigkeit) H. Wiedemeier [15,16] ab 1993 CT intermetallischer Phasen M. Binnewies [17] ab 1975 ¹Transportwaageª, [18] ¹Kooperatives Transportmodellª, [19] Transport wasserfreier Sulfate [20] R. Gruehn ab 1986 thermodynamische Behandlung von Transportreaktionen; CT von Phosphiden und Phosphaten R. Glaum [21±23] Abgrenzungen. Reversible Reaktionen zwischen gasförmigen und festen Stoffen wie in Gleichung (1) [26] chemische Transportexperimente in Quarzglasampullen (l % 12 cm, d % 1.5 cm, Wandstärke ca.…”
Section: Einführungunclassified
“…[43,50] [45] Der groûe Vorteil des Modells des kooperativen Transports gegenüber anderen Modellierungsansätzen (¹e-Bezie-hungª, [13,46] ¹Vierstufenmodellª [47,48] ) [67] liegt nach unserer Erfahrung in der einfachen Behandlung von Transportsystemen, in denen die Bestandteile eines mehrphasigen Gleichgewichtsbodenkörpers nacheinander von der Quelle zur Senke transportiert werden (¹nichtstationäres Transportverhaltenª). Zur Modellierung solcher Experimente schlieût sich an S 1 eine erneute Quellenrechnung, Q 2 , an.…”
Section: Modellierung Chemischer Transportexperimenteunclassified