Aria James
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Hi everyone,
I'm currently studying how temperature impacts electron mobility in semiconductors, particularly in relation to lattice vibrations (phonons). I understand that as temperature increases, phonon scattering increases, which reduces mobility but I’m trying to get a more detailed understanding of how this is modeled or measured in real-world materials like silicon or GaAs.
Has anyone worked on this topic or can point me to a reliable experimental method or dataset? Also, does this effect vary significantly between crystalline and amorphous materials?
Would appreciate any thoughts, resources, or experiences!
References:
Thanks in advance!
I'm currently studying how temperature impacts electron mobility in semiconductors, particularly in relation to lattice vibrations (phonons). I understand that as temperature increases, phonon scattering increases, which reduces mobility but I’m trying to get a more detailed understanding of how this is modeled or measured in real-world materials like silicon or GaAs.
Has anyone worked on this topic or can point me to a reliable experimental method or dataset? Also, does this effect vary significantly between crystalline and amorphous materials?
Would appreciate any thoughts, resources, or experiences!
References:
Thanks in advance!