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Click Add.
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Locate the Parameters section. In the table, enter the following settings:
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Locate the Parameters section. In the table, enter the following settings:
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In the Settings window for Parameters, type Parameters 3 - Analytic formula in the Label text field.
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Locate the Parameters section. In the table, enter the following settings:
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In the Model Builder window, under Component 1 (comp1)>Global ODEs and DAEs (ge) click Global Equations 1.
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In the Settings window for Second-Order Hamiltonian, type Second Order Hamiltonian 1: Diagonal F, G, lambda in the Label text field.
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In the Hamiltonian input table table, enter the following settings:
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In the Hamiltonian input table table, enter the following settings:
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In the Hamiltonian input table table, enter the following settings:
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In the Hamiltonian input table table, enter the following settings:
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In the Hamiltonian input table table, enter the following settings:
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In the Settings window for Electron Potential Energy, type Electron Potential Energy 1: Diagonal F, G, lambda in the Label text field.
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In the Settings window for Second-Order Hamiltonian, type Second Order Hamiltonian 2: Off-diagonal Kt, Ht in the Label text field.
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In the Hamiltonian input table table, enter the following settings:
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In the Hamiltonian input table table, enter the following settings:
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In the Hamiltonian input table table, enter the following settings:
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In the Hamiltonian input table table, enter the following settings:
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In the Hamiltonian input table table, enter the following settings:
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In the Settings window for Zeroth-Order Hamiltonian, type Zeroth Order Hamiltonian 1: Off-diagonal Delta in the Label text field.
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In the Hamiltonian input table table, enter the following settings:
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Locate the Physics and Variables Selection section. In the table, clear the Solve for check box for Global ODEs and DAEs (ge).
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In the associated text field, type Negative axis: kz Positive axis: kx (1/angstrom).
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In the associated text field, type Energy (meV).
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Locate the Data section. From the Dataset list, choose Study 1: Fig. 5. Schrödinger Eq./Solution 1 (sol1).
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In the Model Builder window, expand the Fig. 5. -1% Strained node, then click Global 1 - Schrödinger Eq. HH.
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Click to expand the Coloring and Style section. Find the Line style subsection. From the Line list, choose None.
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In the Settings window for Study, type Study 3: 2D Dispersion Schrödinger Eq. in the Label text field.
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Locate the Data section. From the Dataset list, choose Study 3: 2D Dispersion Schrödinger Eq./Solution 3 (sol3).
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In the Settings window for Global Evaluation, type Global Evaluation 1: Schrödinger eq. in the Label text field.
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Go to the Table window.
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In the Settings window for 2D Plot Group, type 2D Band Structure, -1% Strained in the Label text field.
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In the Model Builder window, expand the Evaluation Group 2: LH node, then click Global Evaluation 1: Schrödinger eq..
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In the Model Builder window, expand the Evaluation Group 3: CH node, then click Global Evaluation 1: Schrödinger eq..
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In the Settings window for Global Evaluation, type Global Evaluation 2: Analytic in the Label text field.
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Locate the Data section. From the Dataset list, choose Study 4: 2D Dispersion Analytic/Solution 4 (sol4).
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Locate the Expressions section. In the table, enter the following settings:
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Select the Wireframe check box.
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Clear the Color check box.
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In the Settings window for Global Evaluation, type Global Evaluation 2: Analytic in the Label text field.
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Locate the Data section. From the Dataset list, choose Study 4: 2D Dispersion Analytic/Solution 4 (sol4).
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Locate the Expressions section. In the table, enter the following settings:
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In the Settings window for Global Evaluation, type Global Evaluation 2: Analytic in the Label text field.
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Locate the Data section. From the Dataset list, choose Study 4: 2D Dispersion Analytic/Solution 4 (sol4).
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Locate the Expressions section. In the table, enter the following settings:
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