Graphene_antidot_transport.m File Reference

Calculates the conductance through a graphene antidot in a homogeneous magnetic field. More...

Go to the source code of this file.

Functions
function	CalcSpectrum ()
	calculates the spectrum of the leads More...
function	CalculateTransport ()
	Calculates the conductance. More...
function	Graphene_antidot_transport (filenum)
	Calculates the conductance through a graphene antidot in a homogeneous magnetic field. More...
function	PlotFunction ()
	Creates the plot. More...
function	secular_H (H0, H1, k)
	Hamiltonian for the secular equation. More...
function	setOutputDir ()
	sets output directory More...

Detailed Description

Calculates the conductance through a graphene antidot in a homogeneous magnetic field.

Parameters

filenum

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

Available

EQuUs v4.7 or later

Expected result

Definition in file Graphene_antidot_transport.m.

Function Documentation

CalcSpectrum()

function CalcSpectrum

(

)

calculates the spectrum of the leads

CalculateTransport()

function CalculateTransport

(

)

Calculates the conductance.

Graphene_antidot_transport()

function Graphene_antidot_transport

(

filenum

)

Calculates the conductance through a graphene antidot in a homogeneous magnetic field.

Parameters

filenum

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

PlotFunction()

function PlotFunction

(

)

Creates the plot.

secular_H()

function secular_H	(	H0	,
		H1	,
		k
	)

Hamiltonian for the secular equation.

setOutputDir()

function setOutputDir

(

)

sets output directory