Recent experimental data and the size of the quark in the constituent quark model

S. Bondarenko; E. Levin; J. Nuiri

doi:10.1140/s10052-002-0996-9

Recent experimental data and the size of the quark in the constituent quark model

S. Bondarenko
, E. Levin
, J. Nuiri

פרסום מחקרי: פרסום בכתב עת › מאמר › ביקורת עמיתים

13 ציטוטים ‏(Scopus)

תקציר

We use the constituent quark model (CQM) to describe CDF data on double parton cross section and HERA data on the J/ψ ratio cross section of elastic and inelastic diffractive productions. Our estimate shows that the radius of the constituent quark turns out to be rather small, R_quark² ≈ 0.1 GeV^-2, in accordance with the assumption on which CQM is based.

שפה מקורית	אנגלית
עמודים (מ-עד)	277-286
מספר עמודים	10
כתב עת	European Physical Journal C
כרך	25
מספר גיליון	2
מזהי עצם דיגיטלי (DOIs)	https://doi.org/10.1140/s10052-002-0996-9
סטטוס פרסום	פורסם - ספט׳ 2002
פורסם באופן חיצוני	כן

גישה למסמך

10.1140/s10052-002-0996-9

קבצים וקישורים אחרים

Link to publication in Scopus

פורמט ציטוט ביבליוגרפי

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abstract = "We use the constituent quark model (CQM) to describe CDF data on double parton cross section and HERA data on the J/ψ ratio cross section of elastic and inelastic diffractive productions. Our estimate shows that the radius of the constituent quark turns out to be rather small, Rquark2 ≈ 0.1 GeV-2, in accordance with the assumption on which CQM is based.",

author = "S. Bondarenko and E. Levin and J. Nuiri",

year = "2002",

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doi = "10.1140/s10052-002-0996-9",

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AU - Levin, E.

AU - Nuiri, J.

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N2 - We use the constituent quark model (CQM) to describe CDF data on double parton cross section and HERA data on the J/ψ ratio cross section of elastic and inelastic diffractive productions. Our estimate shows that the radius of the constituent quark turns out to be rather small, Rquark2 ≈ 0.1 GeV-2, in accordance with the assumption on which CQM is based.

AB - We use the constituent quark model (CQM) to describe CDF data on double parton cross section and HERA data on the J/ψ ratio cross section of elastic and inelastic diffractive productions. Our estimate shows that the radius of the constituent quark turns out to be rather small, Rquark2 ≈ 0.1 GeV-2, in accordance with the assumption on which CQM is based.

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Recent experimental data and the size of the quark in the constituent quark model

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