Low-field mobility groups in database{ …_zb{} } and database{ …_wz{} }

There are about 23 identical groups available directly under all zincblende- and wurtzite-related groups. In this section we describe four of them, specifically all groups related to low-field mobility models:

database{ …{ mobility_constant{} } }

The constant mobility model is due to lattice scattering (phonon scattering) and leads to a constant mobility that depends only on the temperature. See Low-field mobility models for details on models.

electrons{} (optional)

mumax (optional)

bulk phonon mobility for electrons (\(\mu_{max}^{n}\))

type:

double

unit:

cm² V^-1 s^-1

exponent (optional)

temperature dependence exponent for electrons

type:

double

unit:

None

holes{} (optional)

mumax (optional)

bulk phonon mobility for holes (\(\mu_{max}^{p}\))

type:

double

unit:

cm² V^-1 s^-1

exponent (optional)

temperature dependence exponent for holes

type:

double

unit:

None

database{ …{ mobility_masetti{} } }

See Low-field mobility models for details on this model.

electrons{} (optional)

mumax (optional)

bulk phonon mobility (\(\mu_{max}^{n}\))

type:

double

unit:

cm² V^-1 s^-1

exponent (optional)

temperature dependence exponent

type:

double

unit:

None

mumin1 (optional)

reference mobility parameter (\(\mu_{min1}^n\))

type:

double

unit:

cm² V^-1 s^-1

mumin2 (optional)

reference mobility parameter (\(\mu_{min2}^n\))

type:

double

unit:

cm² V^-1 s^-1

mu1 (optional)

reference mobility parameter (\(\mu_1^n\))

type:

double

unit:

cm² V^-1 s^-1

pc (optional)

reference doping concentration parameter (\(P_c^n\))

type:

double

unit:

None

cr (optional)

reference doping concentration parameter (\(C_r^n\))

type:

double

unit:

None

cs (optional)

reference doping concentration parameter (\(C_s^n\))

type:

double

unit:

None

alpha (optional)

reference doping concentration parameter (\(\alpha^n\))

type:

double

unit:

None

beta (optional)

reference doping concentration parameter (\(\beta^n\))

type:

double

unit:

None

holes{} (optional)

mumax (optional)

bulk phonon mobility (\(\mu_{max}^{p}\))

type:

double

unit:

cm² V^-1 s^-1

exponent (optional)

temperature dependence exponent

type:

double

unit:

None

mumin1 (optional)

reference mobility parameter (\(\mu_{min1}^p\))

type:

double

unit:

cm² V^-1 s^-1

mumin2 (optional)

reference mobility parameter (\(\mu_{min2}^p\))

type:

double

unit:

cm² V^-1 s^-1

mu1 (optional)

reference mobility parameter (\(\mu_1^p\))

type:

double

unit:

cm² V^-1 s^-1

pc (optional)

reference doping concentration parameter (\(P_c^p\))

type:

double

unit:

None

cr (optional)

reference doping concentration parameter (\(C_r^p\))

type:

double

unit:

None

cs (optional)

reference doping concentration parameter (\(C_s^p\))

type:

double

unit:

None

alpha (optional)

reference doping concentration parameter (\(\alpha^p\))

type:

double

unit:

None

beta (optional)

reference doping concentration parameter (\(\beta^p\))

type:

double

unit:

None

database{ …{ mobility_arora{} } }

See Low-field mobility models for details on this model.

electrons{} (optional)

mumin (optional)

reference mobility parameter (\(\mu_{min}^n\))

type:

double

unit:

cm² V^-1 s^-1

alm (Optional)

reference mobility exponent (\(\alpha_m^n\))

type:

double

unit:

None

mud (Optional)

reference mobility parameter (\(\mu_d^n\))

type:

double

unit:

cm² V^-1 s^-1

ald (Optional)

reference mobility exponent (\(\alpha_d^n\))

type:

double

unit:

None

n0 (Optional)

reference impurity parameter (\(N_0^n\))

type:

double

unit:

cm^-3

aln (Optional)

reference impurity exponent ( \(\alpha_n^n\))

type:

double

unit:

None

a (Optional)

reference exponent (\(A_a^n\))

type:

double

unit:

None

ala (Optional)

reference exponent ( \(\alpha_a^n\))

type:

double

unit:

None

holes{} (Optional)

mumin

reference mobility parameter (\(\mu_{min}^p\))

type:

double

unit:

cm² V^-1 s^-1

alm (Optional)

reference mobility exponent (\(\alpha_m^p\))

type:

double

unit:

None

mud (Optional)

reference mobility parameter (\(\mu_d^p\))

type:

double

unit:

cm² V^-1 s^-1

ald (Optional)

reference mobility exponent (\(\alpha_d^p\))

type:

double

unit:

None

n0 (Optional)

reference impurity parameter (\(N_0^p\))

type:

double

unit:

cm^-3

aln (Optional)

reference impurity exponent ( \(\alpha_n^p\))

type:

double

unit:

None

a (Optional)

reference exponent (\(A_a^p\))

type:

double

unit:

None

ala (Optional)

reference exponent ( \(\alpha_a^p\))

type:

double

unit:

None

database{ …{ mobility_minimos{} } }

See Low-field mobility models for details on this model.

electrons{} (Optional)

muL300 (Optional)

bulk phonon mobility for electrons (same as database{ …{ mobility_constant{} } })

type:

double

unit:

cm² V^-1 s^-1

muLexpT (Optional)

temperature dependence exponent (same as database{ …{ mobility_constant{} } } apart from the sign)

type:

double

unit:

None

muLImin300 (Optional)

reference mobility parameter

type:

double

unit:

cm² V^-1 s^-1

muLIexpTabove (Optional)

reference mobility exponent

type:

double

unit:

None

muLIexpTbelow (Optional)

reference mobility exponent

type:

double

unit:

None

TSwitch (Optional)

Switch between equations (2.10.1.5) and (2.10.1.6) at this temperature

type:

double

unit:

K

default:

200

Cref300 (Optional)

reference impurity parameter

type:

double

unit:

cm^-3

CrefexpT (Optional)

reference impurity exponent

type:

double

unit:

None

alpha300 (Optional)

reference exponent parameter

type:

double

unit:

None

alphaexpT (Optional)

reference exponent

type:

double

unit:

None

holes{} (optional)

muL300 (Optional)

bulk phonon mobility for electrons (same as database{ …{ mobility_constant{} } })

type:

double

unit:

cm² V^-1 s^-1

muLexpT (Optional)

temperature dependence exponent (same as database{ …{ mobility_constant{} } } apart from the sign)

type:

double

unit:

None

muLImin300 (Optional)

reference mobility parameter

type:

double

unit:

cm² V^-1 s^-1

muLIexpTabove (Optional)

reference mobility exponent

type:

double

unit:

None

muLIexpTbelow (Optional)

reference mobility exponent

type:

double

unit:

None

TSwitch (Optional)

switch between equations (2.10.1.5) and (2.10.1.6) at this temperature

type:

double

unit:

K

Cref300 (Optional)

reference impurity parameter

type:

double

unit:

cm^-3

CrefexpT (Optional)

reference impurity exponent

type:

double

unit:

None

alpha300 (Optional)

reference exponent parameter

type:

double

unit:

None

alphaexpT (Optional)

reference exponent exponent

type:

double

unit:

None