Question 1: CuAu (Copper-Gold) binary alloy crystal consists of N Cu atoms and N Au atoms....

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Question 1: CuAu (Copper-Gold) binary alloy crystal consists of N Cu atoms and N Au atoms. The structure can be modelled as follows. At T = OK perfectly ordered system has N Cu-sites occupied by N Cu atoms, and N Au-sites occupied by N Au atoms. At a finite temperature T, n Cu atoms are displaced to Au-sites, and n Au atoms are displaced to Cu-sites. For one site exchange & is given to the crystal. Find the energy of the system as a function of temperature [E(T)] in microcanonical ensemble. Perfectly ordered system Disordered system Cu (Au Au Au Cu Cu Au Au Cu Au Cu Cu Au (Au) Cu Cu Au Cu Au Au Cu Au).(Au).. (Au Cu ...... (Cu...(Cu) Au Question 1: CuAu (Copper-Gold) binary alloy crystal consists of N Cu atoms and N Au atoms. The structure can be modelled as follows. At T = OK perfectly ordered system has N Cu-sites occupied by N Cu atoms, and N Au-sites occupied by N Au atoms. At a finite temperature T, n Cu atoms are displaced to Au-sites, and n Au atoms are displaced to Cu-sites. For one site exchange & is given to the crystal. Find the energy of the system as a function of temperature [E(T)] in microcanonical ensemble. Perfectly ordered system Disordered system Cu (Au Au Au Cu Cu Au Au Cu Au Cu Cu Au (Au) Cu Cu Au Cu Au Au Cu Au).(Au).. (Au Cu ...... (Cu...(Cu) Au

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Answer Given that Cu atoms forms CCP arrangement which is analogous to FCC type a... View the full answer