1977
DOI: 10.1002/bbpc.19770810812
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Die Interdiffusion der Chalkogene im System Hg(Te, Se)

Abstract: Aus den mit einer Elektronenstrahl‐Mikrosonde aufgenommenen Konzentrationsprofilen für Se und Te wird der Interdiffusionskoeffizient der Chalkogene in der Halbleiterlegierung Hg(SexTe1‐x) als Funktion des Massenbruchs cHgSe und der Temperatur bestimmt. Die Messungen werden an undotierten Kristallen und an Hg‐ und Chalkogen‐gesättigten Kristallen durchgeführt. Die Abhängigkeit des Interdiffusionskoeffizienten von der Eigendotierung zeigt, daß die Diffusion über Chalkogenzwischengitterdefekte verläuft. Die Disku… Show more

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Cited by 13 publications
(7 citation statements)
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“…(2), calculated from the linear plots of lg Do against AHjTs, are listed in Table 3. This linearity shows that in the Pb(S, Se)-system as in a series of other quasibinary semiconductor alloys [3,4,5], the activation entropy of diffusion depends linearly on the ratio of activation enthalpy and solidus temperature. The concentration-and temperature-dependence of the chalcogen interdiffusion coefficient can be described in good approximation by the equation …”
Section: Diffusion Experimentsmentioning
confidence: 79%
“…(2), calculated from the linear plots of lg Do against AHjTs, are listed in Table 3. This linearity shows that in the Pb(S, Se)-system as in a series of other quasibinary semiconductor alloys [3,4,5], the activation entropy of diffusion depends linearly on the ratio of activation enthalpy and solidus temperature. The concentration-and temperature-dependence of the chalcogen interdiffusion coefficient can be described in good approximation by the equation …”
Section: Diffusion Experimentsmentioning
confidence: 79%
“…Thus, if a reaction path was once determined from experiments, and the Gibbs energy surface g(k, l, T ) was calculated from the experimentally determined phase diagram, then the tracer diffusion coefficients in Eqs. (17) and (18) can on principal be estimated by varying them until the diffusion profiles calculated by simulation correspond well with the experimentally determined diffusion profiles. If the composition dependence of the interdiffusion coefficients along the quasibinary edges of the phase diagram cannot be modeled by a linear behaviour, it should be no problem to consider a more complicated behaviour in the formalism of the Eqs.…”
Section: Discussionmentioning
confidence: 97%
“…Tables 1 and 2 show a set of tracer diffusion coefficients for T = 900 K corresponding to Eqs. (17) and (18).…”
Section: Calculations Of Mole Fraction Profiles and Reaction Paths Bymentioning
confidence: 97%
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