U = Uo U = (0 x = 0 A potential step U(x) is defined by U(x) = 0 for x <0 U(x) =U. for x >0 If an electron beam of energy E> U, is approaching from the left, write the form of the wave function in region I (æ < 0) and in region II (a >0) in terms of the electron mass m, energy E, and potential energy Up. Do not bother to determine the constant coefficients. Formulas.pdf (Click here-->) Edit View Insert Format Tools Table 12pt v Paragraph v BIU A 2 Tv
U = Uo U = (0 x = 0 A potential step U(x) is defined by U(x) = 0 for x <0 U(x) =U. for x >0 If an electron beam of energy E> U, is approaching from the left, write the form of the wave function in region I (æ < 0) and in region II (a >0) in terms of the electron mass m, energy E, and potential energy Up. Do not bother to determine the constant coefficients. Formulas.pdf (Click here-->) Edit View Insert Format Tools Table 12pt v Paragraph v BIU A 2 Tv
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Transcribed Image Text:U = U,
%3D
U = 0
X = 0
A potential step U(x) is defined by
U(x) = 0
for x <0
U (x) = U. for >0
If an electron beam of energy E > U, is approaching from the left, write the form of the wave function in region I (x < 0) and
in region II (x>0) in terms of the electron mass m, energy E, and potential energy U,. Do not bother to determine the
constant coefficients.
Formulas.pdf (Click here-->)
Edit Vicw Insert Format Tools Table
12pt v
Paragraph
BIU Av eu T? v
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