Measurement of the time-dependent CP asymmetries in B0→KS0ρ 0γ decays
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Li, J
f
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g
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a
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l
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a
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z
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y
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y
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e
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l
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g
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a
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a
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g
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ae
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an
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y
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p
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ag
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g
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al
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at
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b
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d
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c
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m,r
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g
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af
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a
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at
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ah
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d
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z
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l
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v
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ae
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ab
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t
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h
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g
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z
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g
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ar
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am
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u
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n
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g
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l
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p
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as
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f
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u
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k
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t
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e
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t
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g
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a
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f
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a
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x
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i
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i
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o
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aa
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g
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ah
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a
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m
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m
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The function is widely used to describe asymmetric distributions caused by shower leakage in crystal calorimeters.
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The function is widely used to describe asymmetric distributions caused by shower leakage in crystal calorimeters.
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The penetration factor is defined as 1 for S wave, R2p21+R2p2 for P wave, and (Rp)4(Rp)4+3(Rp)2+9 for D wave, where p denotes the momentum of the daughter particle in the rest frame of the mother particle. We choose the radius to be R=0.3fm
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The penetration factor is defined as 1 for S wave, R2p21+R2p2 for P wave, and (Rp)4(Rp)4+3(Rp)2+9 for D wave, where p denotes the momentum of the daughter particle in the rest frame of the mother particle. We choose the radius to be R=0.3fm
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