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In some papers, the raw voltage data have been converted, before presentation, to macroscopic fields deduced from the geometry of the apparatus. This paper notes the trends that must have been present in the raw data.
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The convention used here is that the term "FN-type" designates an equation that has the general form of Eq. and has two vital distinguishing features, namely, that the 3/2 power of the work function φ (rather than some other barrier height) appears in the exponent, and that F lies inside the range 0 F 1.
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The convention used here is that the term "FN-type" designates an equation that has the general form of Eq. and has two vital distinguishing features, namely, that the 3/2 power of the work function φ (rather than some other barrier height) appears in the exponent, and that F lies inside the range 0 F 1.
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Note that Β here denotes a voltage-to-local-field conversion factor, not a field enhancement factor.
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The neper (Np) is a recognized unit for a ratio of amplitudes, when this is expressed as a natural logarithm. Two amplitudes (here, currents) x and y differ by 1 Nwhen ln {x} -ln {y} =1. Use of this unit in slope values indicates that the related FN plot uses natural logarithms on its vertical axis.
-
The neper (Np) is a recognized unit for a ratio of amplitudes, when this is expressed as a natural logarithm. Two amplitudes (here, currents) x and y differ by 1 Np when ln {x} -ln {y} =1. Use of this unit in slope values indicates that the related FN plot uses natural logarithms on its vertical axis.
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