Amos Ngugi - Academia.edu (original) (raw)

Amos Ngugi

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Papers by Amos Ngugi

Research paper thumbnail of How to Make the Teaching of Heat Transfer More Effective

Research paper thumbnail of Epitaxial silicon avalanche photodiode

Opto-electronics, 1974

Preparation of silicon avalanche photodiodes by a planar method in epitaxial PP+ silicon slices l... more Preparation of silicon avalanche photodiodes by a planar method in epitaxial PP+ silicon slices limited charge collection to carriers generated in or close to the depletion region. Reducing the effective size of the zero-field absorption region surrounding the depletion region by this method, resulted in the output signal current of the device reproducing the input light pulse shape, within 15 ns. When illuminated with monochromatic radiation, the shot noise of a detector prepared in epitaxial material was less than that observed with a device fabricated in homogeneous material, due to the reduced signal current.

Research paper thumbnail of How to make the teaching of transfer of heat more effective

Research paper thumbnail of How to Make the Teaching of Heat Transfer More Effective

Research paper thumbnail of Epitaxial silicon avalanche photodiode

Opto-electronics, 1974

Preparation of silicon avalanche photodiodes by a planar method in epitaxial PP+ silicon slices l... more Preparation of silicon avalanche photodiodes by a planar method in epitaxial PP+ silicon slices limited charge collection to carriers generated in or close to the depletion region. Reducing the effective size of the zero-field absorption region surrounding the depletion region by this method, resulted in the output signal current of the device reproducing the input light pulse shape, within 15 ns. When illuminated with monochromatic radiation, the shot noise of a detector prepared in epitaxial material was less than that observed with a device fabricated in homogeneous material, due to the reduced signal current.

Research paper thumbnail of How to make the teaching of transfer of heat more effective

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