1D Poisson is a program which calculates the band diagram for
semiconductor structures. In addition, it can find self-consistent
solutions of both Poisson's and Schrodinger's equations. This program
will be very useful to Engineers and Physicists who are designing
semiconductor devices, particularly those who are designing
nanostructures where the quantum mechanical nature of the electrons is
important. The program is user friendly and makes calculating band
diagrams easy! It doesn't have a full Mac interface including text
editing and graphing (I wrote it while a grad student, so cut me some
slack please ![Smile][1] ). To Calculate band diagrams and plot them
you will need two additional programs: a text editing program such as
Edit II (shareware) to prepare the input files, and a graphing program
such as Kaleidagraph, CricketGraph, or DeltaGraph to plot the results.
More details of the program's operation are given in the users manual.
The program is Freeware, so please copy and distribute it to those who
might benefit from its use. I do request that you send me email if you
use the program so that I can add you to my list of users.

Compatibility
Architecture: 68k PPC

Architecture: 68K + PPC (both versions are included)
System 7 - Mac OS 9.2.2
At least 3.5MB of free RAM

Note: Run "1D Poisson.univ" if your Mac does not have a coprocessor or
FPU. Other apps such as "1D Poisson" requires a FPU (this runs in
Basilisk II if the checkmark in GENERAL > "68881 or 68040 FPU
emulation enabled" is checked)

  [1]: http://macintoshgarden.org/sites/all/modules/smileys/packs/Roving/smile.png (Smile)

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