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Code covered by the BSD License

Highlights from
2D Schroedinger Poisson solver AQUILA

H=genmatrix1D(pot,y,mass) GENMATRIX1D compute matrix for Schroedinger solution in 1D
H=genmatrix2D(pot,x,y,massx,m... GENMATRIX2D compute matrix for Schroedinger solution in 2D
[E,psi]=schrsolv1D(pot,x,y,ma... SCHRSOLV1D solve Schroedinger equation in 1D
[E,psi]=schrsolv2D(pot,x,y,ma... SCHRSOLV2D solve Schroedinger equation in 2D
[E,psi]=schrtrack1D(pot,x,y,m... SCHRTRACK1D refine eigenvalues in 1D
[E,psi]=schrtrack2D(pot,x,y,m... SCHRTRACK2D refine eigenvalues in 2D
a=gaasmaterial(x,prop) GAASMATERIAL material database for GaAs/AlGaAs mertial system
add_bias(xyminmax,bias) ADD_BIAS new biased region
add_boundary(varargin) ADD_BOUNDARY set boundary condition
b=extend1D(a,x) EXTEND1D extrapolate field in 1D
b=extend2D(a) EXTEND2D extrapolate field in 2D
buildstructure; BUILDSTRUCTURE set up structure
charge=addqcharge(charge,delt... ADDQCHARGE add QBOX charge
charge=gencharge(phi,tp,varar... GENCHARGE compute charge density
charge=genqcharge(nr,tp,sub,v... GENQCHARGE compute quantum charge density
charge=sumcharge(phi,varargin... SUMCHARGE collect charge
genmatrixpoi GENMATRIXPOI compute matrix for Poisson solution in 2D and 1D
integral=integrate(field,posb... INTEGRATE integrate a field
ret=fermi(order,x); FERMI complete Fermi integrals
rhs=genrhspoi(charge,varargin... GENRHSPOI form right hand side of Poisson equation
runstructure RUNSTRUCTURE performs computation
schrsolve(potential,fl) SCHRSOLVE solve Schroedinger equation
startpotential(startpot) STARTPOTENTIAL use non-zero startpotential
Contents.m
bugs.m
constants.m
howto.m
initaquila.m
lowdens.m
mdsi.m
qwrsubst.m
readme.m
sl.m
structures.m
wire.m
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2D Schroedinger Poisson solver AQUILA

by Martin Rother

27 Apr 2003 (Updated 10 Oct 2009)

AQUILA is a 2D Schroedinger Poisson solver for GaAs / AlGaAs semiconductor nanostructures.

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Description	AQUILA is a MATLAB toolbox for the one- or two dimensional simulation of the electronic properties of GaAs/AlGaAs semiconductor nanostructures. The program solves for a user-defined structure the one- or twodimensional Schroedinger- and Poisson-Equation in a self-consistent way.
MATLAB release	MATLAB 5.2 (R10)

Tags for This File
Everyone's Tags	chemistry, modeling, nano, physics(2), poisson, schroedinger, semiconductor, simulation
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Comments and Ratings (7)
13 Apr 2004	Liangjun Jiang	very useful. Thanks.
14 Jun 2004	Ajit Kumar	quite a good effort.
14 Mar 2006	Rajesh Ganesan	It needs good manual
27 Apr 2007	zoungrana joseph	je suis un jeune ivoirien je suis footballeur et je souhaiterai jouer au football
09 Nov 2007	m porp	thanks
02 May 2008	Chok Chang	It is wonderful. Is there a manual?
27 Jun 2008	Alessandro Gadaleta	Extremely useful and quite easy to use. Moreover, the author is very helpful. Thanks

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Updates
22 Jun 2009	Removed overlooked reference to former GNU license to now be (hope)fully compliant to MATLABCentrals new BSD license. Recreated the directory structure in the zip-file which somehow got lost during the recent update operations.
10 Oct 2009	Removed hyphens '-' from the title as search functions might not find word combinations.

Tag Activity for this File
Tag	Applied By	Date/Time
chemistry	Martin Rother	22 Oct 2008 07:00:32
physics	Martin Rother	22 Oct 2008 07:00:32
semiconductor	Martin Rother	22 Oct 2008 07:00:32
simulation	Martin Rother	22 Oct 2008 07:00:32
poisson	Martin Rother	22 Oct 2008 07:00:32
schroedinger	Martin Rother	22 Oct 2008 07:00:32
nano	Martin Rother	22 Oct 2008 07:00:32
modeling	Martin Rother	20 May 2009 09:13:02
physics	Brian	26 May 2010 06:05:21

Highlights from 2D Schroedinger Poisson solver AQUILA

2D Schroedinger Poisson solver AQUILA

Highlights from
2D Schroedinger Poisson solver AQUILA