Consider a slab of silicon 5 m thick. Determine the percentage of photon energy that will...

 

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Consider a slab of silicon 5 m thick. Determine the percentage of photon energy that will pass through the slab if the photon wavelength is : (a) = 0.8 μm and (b) = 0.6 μm. Calculate the generation rate of electron-hole pairs given an incident intensity of photons. Consider gallium arsenide at T =300 K. Assume the photon intensity at a particular point is 1 (x) = 0.05 W/cm² at a wavelength of λ= 0.75 m. This intensity is typical of sunlight, for example. Consider a slab of silicon 5 m thick. Determine the percentage of photon energy that will pass through the slab if the photon wavelength is : (a) = 0.8 μm and (b) = 0.6 μm. Calculate the generation rate of electron-hole pairs given an incident intensity of photons. Consider gallium arsenide at T =300 K. Assume the photon intensity at a particular point is 1 (x) = 0.05 W/cm² at a wavelength of λ= 0.75 m. This intensity is typical of sunlight, for example.

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