The best design was 4.387044% by a Boinc Wrapper user (there is no way to tell who it is)
There was some concern over the RF field used. 'd2' lattices had been rather lacklustre in the past, and l900r6c2 had been one of the best results. Do adding the Ext touch, and letting it have a longer maximum simulation time (from 2µs to 3.5µ, hence the t in the lattice name) gives us the lattice.
It has been the best performing lattice since the move to the high target energy range with Linac88Mhz900MeV1, and only the 7th one to break 4% overall.
The search space is in the 10237 range with 79 parameters. The lattice showed a single-stage growth pattern.
This is the 'best' design as recreated in v4.45. The original simulation length as recorded was 1 hour, 33 minutes 50 seconds.
Music is Merlaska by Galdson released under a CC-BY-NC-ND license
Next time, Linac900Ext7tc2
DATA
Design- Lattice
- Linac900Ext6tc2
- Date of release
- October 12th, 2010
- Total possible number of permutations
- 10237 (1 with 237 zeros after it)
- Number of Simulations Run
- 422,163
- Total MPTS
- 687,326,256.4
- Target Energy Range
- 830.41MeV - 969.64MeV
tantalumrodr=000;tantalumrodz=256;d1l=000;d2l=005;d3l=000;d4l=000;d5l=000;d6l=999;db1l=806;db2l=338;db3l=284;db4l=563;db5l=995;db6l=871;decaycells=063;ld1=000;ld2=000;ld3=000;ld4=000;ld5=004;ld6=000;linaccells=934;ls1f=000;ls1l=999;ls2f=000;ls2l=999;ls3f=000;ls3l=999;ls4f=988;ls4l=956;ls5f=000;ls5l=998;ls6f=999;ls6l=999;rf1p=999;rf1v=998;rf2p=003;rf2v=999;rf3p=999;rf3v=998;rf4p=833;rf4v=000;rf5p=663;rf5v=941;rf6p=821;rf6v=766;s1f=999;s1l=964;s2f=999;s2l=999;s2r=272;s3f=979;s3l=018;s3r=999;s5f=998;s4f=998;s5l=976;s4l=976;s5r=999;s4r=999;sb1f=993;sb1l=995;sb1r=815;sb2f=998;sb2l=274;sb2r=000;sb3f=999;sb3l=950;sb3r=003;sb4f=112;sb4l=641;sb4r=000;sb5f=008;sb5l=998;sb5r=000;sb6f=009;sb6l=998;sb6r=000;#gen=6;#runs=5;
4.387044 (14670.4 Mpts) [v4.44d] <Linac900Ext6tc2> by boinc (Boinc Wrapper)
No comments:
Post a Comment