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Explicitly, for n = 3, we find P(0) = 0.04, P(1) = 0.14, P(2) = 0.23, P(3) = 0.24, P(4) = 0.16, P(5) = 0.10.
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Explicitly, for n = 3, we find P(0) = 0.04, P(1) = 0.14, P(2) = 0.23, P(3) = 0.24, P(4) = 0.16, P(5) = 0.10.
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This treatment neglects the mutual charging effects between the donor and other localized charges but should yield a good estimate here.
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This treatment neglects the mutual charging effects between the donor and other localized charges but should yield a good estimate here.
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Stopping and range of ions in matter (SRIM) software was used to determine nominal phosphorous donor depth into silicon
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Stopping and range of ions in matter (SRIM) software was used to determine nominal phosphorous donor depth into silicon.
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When the resistances of the tunnel barriers are very high, any further widening of one of the barriers - due to the donor being off-center - would make the tunnel current immeasurably small.
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When the resistances of the tunnel barriers are very high, any further widening of one of the barriers - due to the donor being off-center - would make the tunnel current immeasurably small.
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A detailed study of the mutual charging effects will be published elsewhere
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