Particle Beam Optics Compendium Collection by Urs Rohrer

<BODY> <SCRIPT LANGUAGE="JavaScript" TYPE="text/javascript"> </SCRIPT> <NOSCRIPT> <CENTER> <H1>Particle Beam Optics</H1> Two useful <B>Particle Beam Optics</B> programs (mainly for charged particles like protons, electrons and mesons) are presented here. Both <B>Particle Beam Optics</B> codes are lagacy codes. But they are modernized and run under Windows, Linux and Mac OS-X with GUI support. </CENTER> </NOSCRIPT> <H1>Particle Beam Optics Compendium Collection with recent modification history, Urs Rohrer</H1> <H4>Charged Particle Beam Optics: Graphic Transport Compendium of Enhancements, Graphic Turtle Compendium of Enhancements</H4> <UL> <LI> <A HREF="trantext.htm">Particle Beam Optics Compendium, Graphic Transport Enhancements</A> </LI> <LI> <A HREF="traremod.htm">Particle Beam Optics Compendium, Transport Recent Modification History</A> </LI> <LI> <A HREF="turttext.htm">Particle Beam Optics Compendium by Urs Rohrer, Graphic Turtle Enhancements</A> </LI> <LI> <A HREF="turremod.htm">Particle Beam Optics Compendium by Urs Rohrer, Turtle Recent Modification History</A> </LI> </UL> The modernized versions of the <B>charged particle beam optics</B> programs Transport and Turtle consist mainly of the old CERN/SLAC/FERMILAB versions of Transport and Turtle coded in portable FORTRAN-77 and C for the OS-dependant system calls. Some enhancements for both Frameworks are documented in a separate compendium for Transport and Turtle. Recent modification and bug fix histories for each Particle Beam Optics Compendium are maintained in different files. The computational parts of both frameworks (Transport and Turtle) contain plenty of new (documented in the corresponding Enhancement Compendium and Modification-List) and old - but still needed - features and have been well tested over the last 30 years by many expert physicists from PSI and elsewhere around the world. When reading through a presented Charged Particle Beam Optics Compendium (either for Transport or Turtle) one can see that a fruitful and valuable symbiosis of legacy and modern coding has taken place here, which demonstrates that one doesn't have to break with tradition in order to stay up-to-date with the needs of modern developments in this field. The collection of these four Charged Particle Beam Optics documents shows that the users around the world have influenced the enhancements of the two <B>charged particle beam optics</B> programs Transport and Turtle. </BODY>