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Analyse Figure Q4(i) and Figure Q4(ii) by naming the conduction mechanisms for each of the figure shown. Then, give a detailed description on how each mechanism works. Semiconductor bar Electric Field, E (V/m) Current density, J (A/cm²) Current density, J (A/cm²)

Analyse Figure Q4(i) and Figure Q4(ii) by naming the conduction mechanisms for each of the figure shown. Then, give a detailed description on how each mechanism works. Semiconductor bar Electric Field, E (V/m) Current density, J (A/cm²) Current density, J (A/cm²)

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Analyse Figure Q4(i) and Figure Q4(ii) by naming the conduction mechanisms for each of the figure
shown. Then, give a detailed description on how each mechanism works.

Analyse Figure Q4(i) and Figure Q4(ii) by naming the conduction mechanisms for each of the figure shown. Then, give a detailed description on how each mechanism works. Semiconductor bar Electric Field, Ē (V/m) Current density, J (A/cm?) Current density, J (A/cm²) v (m/s) v (m/s) V. Electron Hole Area, A(cm?) motion motion Figure Q4(i) Electrons electron flux electron current density 0000
Transcribed Image Text:Analyse Figure Q4(i) and Figure Q4(ii) by naming the conduction mechanisms for each of the figure shown. Then, give a detailed description on how each mechanism works. Semiconductor bar Electric Field, Ē (V/m) Current density, J (A/cm?) Current density, J (A/cm²) v (m/s) v (m/s) V. Electron Hole Area, A(cm?) motion motion Figure Q4(i) Electrons electron flux electron current density 0000
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