Lecture note on Selfconsistent field

A note by Eva Lindroth (1996) has been added here. Original text below.
H-F.Eva-slides.pdf       des 2 09:03        27911 Bytes
H-F.Eva-slides.tex       des 2 09:03        1944 Bytes
Hartree-Fock-Eva.Lin.pdf       des 2 08:50        77333 Bytes
Hartree-Fock-Eva.Lin.tex       des 2 08:50        8838 Bytes
selfcons.pdf       okt 19 2005        65318 Bytes
selfcons.ps       okt 19 2005        58204 Bytes
selfcons.tex       okt 19 2005        7726 Bytes
1selfcons.pdf       okt 10 2002        70186 Bytes
4-MathTypeN-electrons.tex       okt 6 2002        5013 Bytes
all.tex       okt 6 2002        5816 Bytes
4-MathTypeN-electrons.gif       okt 6 2002        13673 Bytes
2-MathTypeCloudeSchroed.tex       okt 6 2002        1538 Bytes
3-MathTypeSelfconsist.tex       okt 6 2002        2113 Bytes
1-MathTypeChargeCloud.tex       okt 6 2002        1293 Bytes
test.tex       okt 6 2002        632 Bytes
3-MathTypeSelfconsist.gif       okt 6 2002        6230 Bytes
2-MathTypeCloudeSchroed.gif       okt 5 2002        4517 Bytes
1-MathTypeChargeCloud.gif       okt 5 2002        3998 Bytes
HFeva.tex       des 6 1996        17242 Bytes



Lecture note on Selfconsistent field


selfcons.pdf PDF acrobat FILE OF THE NOTE
selfcons.ps POSTSCRIPT FILE OF THE NOTE

The source file:
selfcons.tex

Materials used to prepare this note

Can be used for preparation of other documents (powerpoint etc.
The gif files include the MathEdit Code
One can see the formula as a picture
MathEdit Code -> Latex, MathML, Word PowerPoint ...

1-MathTypeChargeCloud.gif
1-MathTypeChargeCloud.tex
2-MathTypeCloudeSchroed.gif
2-MathTypeCloudeSchroed.tex
3-MathTypeSelfconsist.gif
3-MathTypeSelfconsist.tex
4-MathTypeN-electrons.gif
4-MathTypeN-electrons.tex
To use the above tex files, one needs
test.tex


All Combined to one document

all.tex

selfcons.ps

selfcons.tex

test.tex