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No.	： 122
Title	： Re^2: MULTとB、Qの差
Date	： 2016/08/02(Tue) 17:26:16
Name	： Kentaro Harada
URL	：

afsad1上で計算。

＜MULTで計算＞

Design momentum P0 = 3.0000000 GeV Revolution freq. f0 = 551089.06 Hz
Energy loss per turn U0 = .6620894 MV Effective voltage Vc = 2.0000000 MV
Equilibrium position dz = 30.686027 mm Momentum compact. alpha = .0028778
Orbit dilation dl = .0000000 mm Effective harmonic # h = 952.00000
Bucket height dV/P0 = .0091064

Imag.tune:-0.0000000 0.0000000 -0.0000000
Real tune: 0.2442890 -0.4033132 -0.0165620

Damping per one revolution:
X : -1.078042E-04 Y : -1.103421E-04 Z : -2.231850E-04
Damping time (sec):
X : 1.683227E-02 Y : 1.644511E-02 Z : 8.130423E-03
Tune shift due to radiation:
X : -4.983764E-12 Y : 3.804721E-11 Z : 9.399624E-10
Damping partition number:
X : 0.9771 Y : 1.0001 Z : 2.0228

Emittance X = 2.20568E-8 m Emittance Y = .00000000 m
Emittance Z = 9.06653E-6 m Energy spread = 7.77043E-4
Bunch Length = 11.6693273 mm Beam tilt = .00000000 rad
Beam size xi = .59980929 mm Beam size eta = .00000000 mm

disp $$$;
AX BX NX EX EPX Element Length Value s(m) AY BY NY EY EPY DetR #
1.46511 10.1083 14.2443 .47404 -.07092 $$$ .00000 0 544.000000 -1.9346 13.2985 4.59668 .00000 .00000 .0000 411

＜BQで計算＞
Design momentum P0 = 3.0000000 GeV Revolution freq. f0 = 551089.06 Hz
Energy loss per turn U0 = .6620894 MV Effective voltage Vc = 2.0000000 MV
Equilibrium position dz = 30.686026 mm Momentum compact. alpha = .0029051
Orbit dilation dl = .0000000 mm Effective harmonic # h = 952.00000
Bucket height dV/P0 = .0090636

Imag.tune: 0.0000000 -0.0000000 -0.0000000
Real tune: 0.1999894 0.3000016 -0.0166402

Damping per one revolution:
X : -2.333794E-04 Y : -1.103421E-04 Z : -9.762856E-05
Damping time (sec):
X : 7.775274E-03 Y : 1.644511E-02 Z : 1.858666E-02
Tune shift due to radiation:
X : -5.418697E-08 Y : 4.260046E-07 Z : 3.810530E-10
Damping partition number:
X : 2.1151 Y : 1.0000 Z : 0.8848

Emittance X = 1.03172E-8 m Emittance Y = .00000000 m
Emittance Z = 2.08264E-5 m Energy spread = .00117495
Bunch Length = 17.7278053 mm Beam tilt = .00000000 rad
Beam size xi = .65085960 mm Beam size eta = .00000000 mm

disp $$$;
AX BX NX EX EPX Element Length Value s(m) AY BY NY EY EPY DetR #
1.46979 10.1386 14.2000 .47740 -.07142 $$$ .00000 0 544.000000 -2.0668 14.2453 4.30000 .00000 .00000 .0000 411

全然違うように見えるのですが……

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MULTとB、Qの差

Kentaro Harada

No.120

Re: MULTとB、Qの差 - Akio Morita 16/08/02-15:46 No.121
- Re^2: MULTとB、Qの差 - Kentaro Harada 16/08/02-17:26 No.122
- Re^2: MULTとB、Qの差 - Kentaro Harada 16/08/02-19:01 No.123
  - Re^3: MULTとB、Qの差 - Kentaro Harada 16/08/02-19:03 No.124
    - Re^4: MULTとB、Qの差 - Kentaroi Harada 16/08/25-13:13 No.134
      - Re^5: MULTとB、Qの差 - Akio Morita 16/08/26-15:18 No.136
        
        Re^6: MULTとB、Qの差 - K. Oide 16/09/11-15:39 No.137

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> afsad1上で計算。 > > ＜MULTで計算＞ > > Design momentum P0 = 3.0000000 GeV Revolution freq. f0 = 551089.06 Hz > Energy loss per turn U0 = .6620894 MV Effective voltage Vc = 2.0000000 MV > Equilibrium position dz = 30.686027 mm Momentum compact. alpha = .0028778 > Orbit dilation dl = .0000000 mm Effective harmonic # h = 952.00000 > Bucket height dV/P0 = .0091064 > > Imag.tune:-0.0000000 0.0000000 -0.0000000 > Real tune: 0.2442890 -0.4033132 -0.0165620 > > Damping per one revolution: > X : -1.078042E-04 Y : -1.103421E-04 Z : -2.231850E-04 > Damping time (sec): > X : 1.683227E-02 Y : 1.644511E-02 Z : 8.130423E-03 > Tune shift due to radiation: > X : -4.983764E-12 Y : 3.804721E-11 Z : 9.399624E-10 > Damping partition number: > X : 0.9771 Y : 1.0001 Z : 2.0228 > > Emittance X = 2.20568E-8 m Emittance Y = .00000000 m > Emittance Z = 9.06653E-6 m Energy spread = 7.77043E-4 > Bunch Length = 11.6693273 mm Beam tilt = .00000000 rad > Beam size xi = .59980929 mm Beam size eta = .00000000 mm > > disp $$$; > AX BX NX EX EPX Element Length Value s(m) AY BY NY EY EPY DetR # > 1.46511 10.1083 14.2443 .47404 -.07092 $$$ .00000 0 544.000000 -1.9346 13.2985 4.59668 .00000 .00000 .0000 411 > > ＜BQで計算＞ > Design momentum P0 = 3.0000000 GeV Revolution freq. f0 = 551089.06 Hz > Energy loss per turn U0 = .6620894 MV Effective voltage Vc = 2.0000000 MV > Equilibrium position dz = 30.686026 mm Momentum compact. alpha = .0029051 > Orbit dilation dl = .0000000 mm Effective harmonic # h = 952.00000 > Bucket height dV/P0 = .0090636 > > Imag.tune: 0.0000000 -0.0000000 -0.0000000 > Real tune: 0.1999894 0.3000016 -0.0166402 > > Damping per one revolution: > X : -2.333794E-04 Y : -1.103421E-04 Z : -9.762856E-05 > Damping time (sec): > X : 7.775274E-03 Y : 1.644511E-02 Z : 1.858666E-02 > Tune shift due to radiation: > X : -5.418697E-08 Y : 4.260046E-07 Z : 3.810530E-10 > Damping partition number: > X : 2.1151 Y : 1.0000 Z : 0.8848 > > Emittance X = 1.03172E-8 m Emittance Y = .00000000 m > Emittance Z = 2.08264E-5 m Energy spread = .00117495 > Bunch Length = 17.7278053 mm Beam tilt = .00000000 rad > Beam size xi = .65085960 mm Beam size eta = .00000000 mm > > disp $$$; > AX BX NX EX EPX Element Length Value s(m) AY BY NY EY EPY DetR # > 1.46979 10.1386 14.2000 .47740 -.07142 $$$ .00000 0 544.000000 -2.0668 14.2453 4.30000 .00000 .00000 .0000 411 > > 全然違うように見えるのですが……
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Message > afsad1上で計算。 > > ＜MULTで計算＞ > > Design momentum P0 = 3.0000000 GeV Revolution freq. f0 = 551089.06 Hz > Energy loss per turn U0 = .6620894 MV Effective voltage Vc = 2.0000000 MV > Equilibrium position dz = 30.686027 mm Momentum compact. alpha = .0028778 > Orbit dilation dl = .0000000 mm Effective harmonic # h = 952.00000 > Bucket height dV/P0 = .0091064 > > Imag.tune:-0.0000000 0.0000000 -0.0000000 > Real tune: 0.2442890 -0.4033132 -0.0165620 > > Damping per one revolution: > X : -1.078042E-04 Y : -1.103421E-04 Z : -2.231850E-04 > Damping time (sec): > X : 1.683227E-02 Y : 1.644511E-02 Z : 8.130423E-03 > Tune shift due to radiation: > X : -4.983764E-12 Y : 3.804721E-11 Z : 9.399624E-10 > Damping partition number: > X : 0.9771 Y : 1.0001 Z : 2.0228 > > Emittance X = 2.20568E-8 m Emittance Y = .00000000 m > Emittance Z = 9.06653E-6 m Energy spread = 7.77043E-4 > Bunch Length = 11.6693273 mm Beam tilt = .00000000 rad > Beam size xi = .59980929 mm Beam size eta = .00000000 mm > > disp $$$; > AX BX NX EX EPX Element Length Value s(m) AY BY NY EY EPY DetR # > 1.46511 10.1083 14.2443 .47404 -.07092 $$$ .00000 0 544.000000 -1.9346 13.2985 4.59668 .00000 .00000 .0000 411 > > ＜BQで計算＞ > Design momentum P0 = 3.0000000 GeV Revolution freq. f0 = 551089.06 Hz > Energy loss per turn U0 = .6620894 MV Effective voltage Vc = 2.0000000 MV > Equilibrium position dz = 30.686026 mm Momentum compact. alpha = .0029051 > Orbit dilation dl = .0000000 mm Effective harmonic # h = 952.00000 > Bucket height dV/P0 = .0090636 > > Imag.tune: 0.0000000 -0.0000000 -0.0000000 > Real tune: 0.1999894 0.3000016 -0.0166402 > > Damping per one revolution: > X : -2.333794E-04 Y : -1.103421E-04 Z : -9.762856E-05 > Damping time (sec): > X : 7.775274E-03 Y : 1.644511E-02 Z : 1.858666E-02 > Tune shift due to radiation: > X : -5.418697E-08 Y : 4.260046E-07 Z : 3.810530E-10 > Damping partition number: > X : 2.1151 Y : 1.0000 Z : 0.8848 > > Emittance X = 1.03172E-8 m Emittance Y = .00000000 m > Emittance Z = 2.08264E-5 m Energy spread = .00117495 > Bunch Length = 17.7278053 mm Beam tilt = .00000000 rad > Beam size xi = .65085960 mm Beam size eta = .00000000 mm > > disp $$$; > AX BX NX EX EPX Element Length Value s(m) AY BY NY EY EPY DetR # > 1.46979 10.1386 14.2000 .47740 -.07142 $$$ .00000 0 544.000000 -2.0668 14.2453 4.30000 .00000 .00000 .0000 411 > > 全然違うように見えるのですが……
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