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Eötvös Quantum Utilities
v4.8.141
Providing the Horsepowers in the Quantum Realm
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Structure containing the physical parameters describing a given lead. More...
Public Attributes | |
Atom | Atom |
Cell array of structure Atom. More... | |
deltaAB | |
A physical parameter, see the individual lattice documentations for details. More... | |
End_Type | |
A physical parameter, see the individual lattice documentations for details. More... | |
epsilon | |
A physical parameter, see the individual lattice documentations for details. More... | |
FileName | |
String containing the filename of the external Hamiltonain source (see Custom_Hamiltonians for details) More... | |
Lead_Orientation | |
Orientation of the lead. Set +1 (default) is the "incoming" direction of the propagating states is defined in the +x or +y direction, and "-1" otherwise. More... | |
M | |
The number of regular sites in the cross section of one unit cell in the lead. More... | |
pair_potential | |
A physical parameter, see the individual lattice documentations for details. More... | |
SO_rashba_intrinsic | |
A physical parameter, see the individual lattice documentations for details. More... | |
SOintrinsic | |
A physical parameter, see the individual lattice documentations for details. More... | |
vargamma | |
A physical parameter, see the individual lattice documentations for details. More... | |
vargamma1 | |
A physical parameter, see the individual lattice documentations for details. More... | |
vargamma2 | |
A physical parameter, see the individual lattice documentations for details. More... | |
vargamma3 | |
A physical parameter, see the individual lattice documentations for details. More... | |
vargamma_sc | |
A physical parameter, see the individual lattice documentations for details. More... | |
Structure containing the physical parameters describing a given lead.
Definition at line 85 of file structures.m.
Atom lead_param::Atom |
Cell array of structure Atom.
Definition at line 115 of file structures.m.
lead_param::deltaAB |
A physical parameter, see the individual lattice documentations for details.
Definition at line 93 of file structures.m.
lead_param::End_Type |
A physical parameter, see the individual lattice documentations for details.
Definition at line 111 of file structures.m.
lead_param::epsilon |
A physical parameter, see the individual lattice documentations for details.
Definition at line 87 of file structures.m.
lead_param::FileName |
String containing the filename of the external Hamiltonain source (see Custom_Hamiltonians for details)
Definition at line 113 of file structures.m.
lead_param::Lead_Orientation |
Orientation of the lead. Set +1 (default) is the "incoming" direction of the propagating states is defined in the +x or +y direction, and "-1" otherwise.
Definition at line 107 of file structures.m.
lead_param::M |
The number of regular sites in the cross section of one unit cell in the lead.
Definition at line 109 of file structures.m.
lead_param::pair_potential |
A physical parameter, see the individual lattice documentations for details.
Definition at line 97 of file structures.m.
lead_param::SO_rashba_intrinsic |
A physical parameter, see the individual lattice documentations for details.
Definition at line 95 of file structures.m.
lead_param::SOintrinsic |
A physical parameter, see the individual lattice documentations for details.
Definition at line 91 of file structures.m.
lead_param::vargamma |
A physical parameter, see the individual lattice documentations for details.
Definition at line 89 of file structures.m.
lead_param::vargamma1 |
A physical parameter, see the individual lattice documentations for details.
Definition at line 99 of file structures.m.
lead_param::vargamma2 |
A physical parameter, see the individual lattice documentations for details.
Definition at line 101 of file structures.m.
lead_param::vargamma3 |
A physical parameter, see the individual lattice documentations for details.
Definition at line 103 of file structures.m.
lead_param::vargamma_sc |
A physical parameter, see the individual lattice documentations for details.
Definition at line 105 of file structures.m.