P-type substrate of having Miller index of (100) and (111)

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The discussion centers on the differences between p-type substrates with Miller indices (100) and (111) in the context of thin film deposition. The (111) plane has a higher atomic density, which can influence the structural properties of the deposited thin film. Additionally, the orientation of the substrate affects the growth rate, morphology, and crystallinity of the thin film. The choice between (100) and (111) can lead to variations in electronic properties and surface energy. Understanding these differences is crucial for optimizing thin film applications.
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what is the obvios differences between p-type substrate of having Miller index of (100) and (111), beside (111) plane have higher atom density?
 
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kimmylsm said:
what is the obvios differences between p-type substrate of having Miller index of (100) and (111), beside (111) plane have higher atom density?

Welcome to the PF. What is the context of your question? Is this for a class or for a school project?
 
It is deposition thin film on the p-substrate.Does plane (111) or (100) of p-type subsrate affect the structural properties of thin film deposited?
 

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