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CAIN Output

Check of the CAIN output for the initial condition of extraction line http://acfahep.kek.jp/subg/ir/cain21e/out/nominal/500.nominal.e.dat. CAIN Output. This is for head-on case. Not yet Lorents Boosted. In[10]:= DisruptedBeam

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CAIN Output

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  1. Check of the CAIN output for the initial condition of extraction line http://acfahep.kek.jp/subg/ir/cain21e/out/nominal/500.nominal.e.dat CAIN Output This is for head-on case. Not yet Lorents Boosted. In[10]:= DisruptedBeam ct[m] | x[m] | y[m] | dE/E | px | py --------------+------------+-------------+------------+-------------+--------- 1.0102E-6 -5.479E-9 3.720E-10 -.0222705 2.0615E-6 -1.289E-7 | x | x' | y | y' | z | dp/p -----+-----------+------------+------------+-------------+------------+--------- x 4.221E-13 -1.14E-10 3.597E-17 7.339E-15 -1.71E-12 -1.71E-10 x' 3.8802E-8 -4.07E-14 1.258E-11 6.207E-10 3.6526E-8 y 7.157E-17 7.339E-15 -1.88E-13 4.655E-13 y' 7.112E-10 -3.15E-10 -1.880E-8 z 9.1222E-8 7.4388E-7 dE/E .0017511 sigx[m] | sigy[m] | sigz[m] | sigpx | sigpy | sigdE/E --------------+------------+-------------+------------+-------------+--------- 6.4971E-7 8.4596E-9 3.0203E-4 1.9698E-4 2.6669E-5 .0418462 emitx[m] | ax | bx[m] | emity[m] | ay | by[m] -------------+--------------+------------+------------+------------+--------- 5.803E-11 1.9657487 .0072744 1.898E-13 .6422067 3.7699E-4 etax[m] | etapx | etay[m] | etapy -------------+-------------+------------+--------- -9.752E-8 2.0859E-5 2.659E-10 -1.073E-5 Init.Condition used MARK BEG_EDL2=(AX =1.84 BX =.009673 AY =.6153 BY =3.401E-4 DP =.08 EMITX =6.3875E-11 EMITY =1.8107796E-13 ) Before collision $$$ AX ####### # -5.662E-6 $$$ BX ####### # .021000 $$$ AY ####### # 1.5655E-6 $$$ BY ####### # 4.0000E-4 $$$ EX ####### # -3.662E-8 $$$ EPX ####### # .008641

  2. e- e+ 11 mrad NLC-style Big Bends 2 mrad (L* = 4.5 m) dump lines X  X  2 mrad ILC FF (x 2) IR2 2 mrad 1st B for e-2mrad is defined with negative angle. 1st B for e+2mrad is defined with positive angle @IP EPX=8.6e-3(for e-) -8.6e-3(for e+) 20 mrad ILC FF9 (x 2) IR1 20 mrad IP separation: 138.4 m (Z), 20.4 m (X) Path length difference (to IR2): 3 × 400 1.3 GHz periods = 276.7315 m 20 mrad (L* = 6 m) dump lines

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