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Two copper nanowires are insulated by a copper oxide nano-layer that provides a 10.0-eV potential barrier. 1. Estimate the tunneling probability between the nanowites by 7.00-eV electrons through a 5.00-nm thick oxide layer. 2. What if the thickness of the layer were reduced to just 1.00 nm? (Hint: the rest mass of the electron (m) = 511 keV/G, h = 0.1973 kevVnm/c)

Two copper nanowires are insulated by a copper oxide nano-layer that provides a 10.0-eV potential barrier. 1. Estimate the tunneling probability between the nanowites by 7.00-eV electrons through a 5.00-nm thick oxide layer. 2. What if the thickness of the layer were reduced to just 1.00 nm? (Hint: the rest mass of the electron (m) = 511 keV/G, h = 0.1973 kevVnm/c)

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Two copper nanowires are insulated by a copper oxide nano-layer that provides a 10.0-eV potential barrier. 1. Estimate the tunnefing probability between the nanowires by 7:00-eV electrons through a 5.00-nm thick oxide layer. 2. What if the thickness of the layer were reduced to just 1.00 nm? (Hint: the rest mass of the electron (m) = 511 keV/c, h = 0.1973 kevnm/c)
Transcribed Image Text:Two copper nanowires are insulated by a copper oxide nano-layer that provides a 10.0-eV potential barrier. 1. Estimate the tunnefing probability between the nanowires by 7:00-eV electrons through a 5.00-nm thick oxide layer. 2. What if the thickness of the layer were reduced to just 1.00 nm? (Hint: the rest mass of the electron (m) = 511 keV/c, h = 0.1973 kevnm/c)
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