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Questions and Answers
Match the following terms with their definitions related to ambipolar diffusion:
Match the following terms with their definitions related to ambipolar diffusion:
Ambipolar diffusion = The phenomenon of excess electrons and holes drifting together Internal electric field = The force that attracts electrons and holes back together Ambipolar transport equation = A nonlinear differential equation describing ambipolar diffusion Excess carrier concentration = The number of electrons or holes in excess of equilibrium
Match the following characteristics with their applications in ambipolar diffusion:
Match the following characteristics with their applications in ambipolar diffusion:
Electron mobility = Describes the ease of electron movement Hole mobility = Describes the ease of hole movement Ambipolar mobility = Describes the combined movement of electrons and holes Internal electric field = Causes a force attracting electrons and holes
Match the following variables with their dependence in ambipolar diffusion:
Match the following variables with their dependence in ambipolar diffusion:
n = Electron concentration p = Hole concentration Ambipolar diffusion coefficient = Functions of electron and hole concentrations Internal electric field = Depends on the separation of electrons and holes
Match the following statements with their implications in ambipolar diffusion:
Match the following statements with their implications in ambipolar diffusion:
Match the following terms with their effects in ambipolar diffusion:
Match the following terms with their effects in ambipolar diffusion:
Match the following phenomena with their characteristics in ambipolar diffusion:
Match the following phenomena with their characteristics in ambipolar diffusion:
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