energy_resolved_density{ }

Calling sequence

classical{ energy_resolved_density{ } }

Properties

  • usage: conditional

  • items: maximum 1

Dependencies

Functionality

Generates and outputs electron and hole density as a function of energy and position, n(x,E), p(x,E) in units of [cm3eV1] in 1D, [cm3eV1] in 2D, and [cm3eV1] in 3D.

Examples

classical{
    energy_resolved_density{}

    Gamma{}
    HH{}
}

grid{
    energy_grid{...}
}

Nested keywords


only_density_quantum_regions

Calling sequence

classical{ energy_resolved_density{ only_density_quantum_regions } }

Properties

  • usage: conditional

  • type: choice

  • values: yes or no

  • default: no

Dependencies

Functionality

If set to yes then only quantum regions are considered for densities of states. It can be used to suppress contributions from outside the quantum regions of interest. The keyword works also if quantum mechanics is not enabled in run{ }.

Examples

classical{
    energy_resolved_density{
        only_density_quantum_regions = yes
    }

    Gamma{}
    HH{}
}

grid{
    energy_grid{...}
}
quantum{
    region{...}
}

output_energy_resolved_densities{ }

Calling sequence

classical{ energy_resolved_density{ output_energy_resolved_densities{ } } }

Properties

  • usage: conditional

  • items: maximum 1

Dependencies

Functionality

If defined then energy-resolved carrier densities n(x,E), p(x,E) in units of [cm3eV1] in 1D and [cm3eV1] in 2D.

Note

Currently available only for 1-band models.

Examples

classical{
    energy_resolved_density{
        output_energy_resolved_densities{}
    }

    Gamma{}
    HH{}
}

grid{
    energy_grid{...}
}
global{
    simulate1D{...}
}

output_LDOS{ }

Calling sequence

classical{ energy_resolved_density{ output_LDOS{ } } }

Properties

  • usage: conditional

  • items: maximum 1

Dependencies

Functionality

If defined then energy-resolved densities of states in units of [cm3eV1] in 1D and [cm3eV1] in 2D.

Note

Currently available only for 1-band models.

Examples

classical{
    energy_resolved_density{s
        output_LDOS{}
    }

    Gamma{}
    HH{}
}

grid{
    energy_grid{...}
}
global{
    simulate2D{...}
}