Self_Consistent_Spectrum.m File Reference

Example to calculate the self-consitent spectrum of a graphene quantum dot. More...

Go to the source code of this file.

Functions
function	CalcSelfconsistentPotential (filling_factor)
	Calculates the self-consistent potential of a graphene island. More...
function	CalcSelfConsistentSpectrum ()
	Calculates the self-consistent spectrum of a graphene island. More...
function	DensityCalc (filling_factor)
	Calculates the density using the predefined graphene lattice framework (Ribbon class) More...
function	PlotFunction ()
	Creates the plot. More...
function	ScatterPot (CreateH, E)
	Stoner model in the scattering region (and removing unnecessary sites from the scattering region) More...
function	Self_Consistent_Spectrum (filenum)
	Example to calculate the self-consitent spectrum of a graphene quantum dot. More...
function	setOutputDir ()
	Sets output directory. More...

Detailed Description

Example to calculate the self-consitent spectrum of a graphene quantum dot.

Parameters

filenum

The identification number of the filenema for the exported data (default is 1).

Reference

S. Krompiewski, Nanotechnology 25 465201 (2014).

Available

EQuUs v4.9 or later

Expected result

Definition in file Self_Consistent_Spectrum.m.

Function Documentation

CalcSelfconsistentPotential()

function CalcSelfconsistentPotential

(

filling_factor

)

Calculates the self-consistent potential of a graphene island.

CalcSelfConsistentSpectrum()

function CalcSelfConsistentSpectrum

(

)

Calculates the self-consistent spectrum of a graphene island.

DensityCalc()

function DensityCalc

(

filling_factor

)

Calculates the density using the predefined graphene lattice framework (Ribbon class)

PlotFunction()

function PlotFunction

(

)

Creates the plot.

ScatterPot()

function ScatterPot	(	CreateH	,
		E
	)

Stoner model in the scattering region (and removing unnecessary sites from the scattering region)

Self_Consistent_Spectrum()

function Self_Consistent_Spectrum

(

filenum

)

Example to calculate the self-consitent spectrum of a graphene quantum dot.

Parameters

filenum

The identification number of the filenema for the exported data (default is 1).

setOutputDir()

function setOutputDir

(

)

Sets output directory.