Lion 5 (10 points) For a strainedlayer superlatticeof equal thickness layers of Gao. Ino.P and Ga...

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Lion 5 (10 points) For a strainedlayer superlatticeof equal thickness layers of Gao. Ino.P and Ga 1-In P (see figurebelow) on a GaAssubstratedetermine the value of x whichneutralizeshearforce at the GaAs interfacewiththe first layer of the superlattice Will the answerbe differentif the layers are not of equal thickness Assume Vegard's law and equal thermal expansion coefficients (Given that aces=0.566 nm, acap-0.546 nm, and amp=0.588 nm) 4.0 3.0 4.0 Zob AIP Gu and Al Gad 0.4 Zalle lud 0.55 ON Ph Zate Abb Oul In anter 0,12 PUTO 0.04 diffe 035 04 8.5 Int THAT To 11.06 super lattica (1) Anm Figure 3 Bund gap suergy ve, lattice constans at 300 K for various ouble remisondue- ton (Fased on an umpaband figure by H. Goronkin of Motoris Corpored by permis win.) GaAs Lion 5 (10 points) For a strainedlayer superlatticeof equal thickness layers of Gao. Ino.P and Ga 1-In P (see figurebelow) on a GaAssubstratedetermine the value of x whichneutralizeshearforce at the GaAs interfacewiththe first layer of the superlattice Will the answerbe differentif the layers are not of equal thickness Assume Vegard's law and equal thermal expansion coefficients (Given that aces=0.566 nm, acap-0.546 nm, and amp=0.588 nm) 4.0 3.0 4.0 Zob AIP Gu and Al Gad 0.4 Zalle lud 0.55 ON Ph Zate Abb Oul In anter 0,12 PUTO 0.04 diffe 035 04 8.5 Int THAT To 11.06 super lattica (1) Anm Figure 3 Bund gap suergy ve, lattice constans at 300 K for various ouble remisondue- ton (Fased on an umpaband figure by H. Goronkin of Motoris Corpored by permis win.) GaAs