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... atoms in an alternating field has long attracted attention.' In a certain sense this task is more promising than that of ionization in the opposite multiphoton case. First, only the initial and final states of the electron are significant in tunneling, while the intermediate states place no rule. Se ...
... atoms in an alternating field has long attracted attention.' In a certain sense this task is more promising than that of ionization in the opposite multiphoton case. First, only the initial and final states of the electron are significant in tunneling, while the intermediate states place no rule. Se ...
Chapter 4 Time–Independent Schrödinger Equation
... Figure 4.3: Graphic solution of transcendental equation (4.62): The equation cannot be solved analytically, thus both sides are plotted for the given parameter z0 = 8. The intersections then lead to the allowed values of z. For the chosen parameter we have three solutions z1 = 0, 8 × π2 , z2 = 2, 6 ...
... Figure 4.3: Graphic solution of transcendental equation (4.62): The equation cannot be solved analytically, thus both sides are plotted for the given parameter z0 = 8. The intersections then lead to the allowed values of z. For the chosen parameter we have three solutions z1 = 0, 8 × π2 , z2 = 2, 6 ...
The discretized Schrodinger equation and simple models for
... the quantum-confined case (e.g., the infinite square well) have been far less well appreciated. This is perhaps due to the fact that to date analytic solutions for tight-binding models of quantum wells have not been presented, to our knowledge. Analytic solutions are especially important for problem ...
... the quantum-confined case (e.g., the infinite square well) have been far less well appreciated. This is perhaps due to the fact that to date analytic solutions for tight-binding models of quantum wells have not been presented, to our knowledge. Analytic solutions are especially important for problem ...
section on Compton effect
... wavelength 0.0711 nm from molybdenum for the incident monochromatic photons and scattering these photons from electrons in graphite. The wavelength of the scattered photons was measured using a Bragg crystal spectrometer. His experimental arrangement is shown in Figure 3-16; Figure 3-17 shows his re ...
... wavelength 0.0711 nm from molybdenum for the incident monochromatic photons and scattering these photons from electrons in graphite. The wavelength of the scattered photons was measured using a Bragg crystal spectrometer. His experimental arrangement is shown in Figure 3-16; Figure 3-17 shows his re ...
