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34047252658
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34 as the exponential coefficient in the WKB transmission function.
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34 as the exponential coefficient in the WKB transmission function.
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37
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34047274055
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The shape factor can be viewed in analogy to the Reynolds number in fluid mechanics (the ratio of inertial forces to viscous forces, see: http:// en.wikipedia.org/wiki/Reynolds_number) which determines the flow pattern (i.e., laminar or turbulent) regardless of the absolute flow speed. Similarly, the shape factor dictates the shape of the tunneling I-V characteristics, regardless of the absolute current magnitude.
-
The shape factor can be viewed in analogy to the Reynolds number in fluid mechanics (the ratio of inertial forces to viscous forces, see: http:// en.wikipedia.org/wiki/Reynolds_number) which determines the flow pattern (i.e., laminar or turbulent) regardless of the absolute flow speed. Similarly, the shape factor dictates the shape of the tunneling I-V characteristics, regardless of the absolute current magnitude.
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38
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0037149819
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39
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34047259465
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Fitting with β0l as a free parameter is equivalent to use of m* or a, but β0l is the general lumped parameter, regardless of any assumptions
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0l is the general lumped parameter, regardless of any assumptions.
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41
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33750360844
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42
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34047274740
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22-24 and followed here.
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22-24 and followed here.
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43
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33745866285
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44
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34047267792
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2 plot is linear.
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2 plot is linear.
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45
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33746912736
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25444530422
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2342630051
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0032251894
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49
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34047275068
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i).
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i).
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50
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34047253713
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Similar maps were produced also for the experimental data providing fairly irregular contours, thus not presented. A comparable example can be found in Figure 6 of ref 15.
-
Similar maps were produced also for the experimental data providing fairly irregular contours, thus not presented. A comparable example can be found in Figure 6 of ref 15.
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