1,735,058 research outputs found
LSC 2380
Full text linkAudio recording of LSC 2380 presented by Landon Brady Saunders. The date of creation is estimated
Tuffery, W G, 2380
No full textThis record was harvested from a previous catalogue system and will be withdrawn in 2025. Information in this record may be superseded or incomplete. Visit this record in UMA's new catalogue at: https://archives.library.unimelb.edu.au/nodes/view/422290Surname: TUFFERY. Given Name(s) or Initials: W G. Military Service Number or Last Known Location: 2380. Missing, Wounded and Prisoner of War Enquiry Card Index Number: 13885.247746
Item: [2016.0049.54551] "Tuffery, W G, 2380
Is a compact hexaquark state?
Full text linkThe most fascinating dibaryon in the non-strange quark sector is ,
which was reported by WASA-at-COSY Collaboration and confirmed by A2@MAMI
Collaboration. The reported mass and width are GeV,
MeV and the quantum numbers . The structure of
is still in controversy. In the present calculation, the powerful
method in few-body system, Gaussian expansion method is employed to explore the
structure of in the framework of constituent quark models without
assuming the presupposed structure. The results show that the radius of
is around 0.7 fm, a very compact object. Because of the compact
structure, the color singlet-singlet component has a large overlap with the
color octet-octet one, two colorless, large overlapped s dominate the
state is possible.Comment: 7 pages, 8 table
Pion assisted dibaryons: the d*(2380) resonance
Full text linkThe structure and width of the recently established d*(2380) resonance are discussed, confronting the consequences of a Pion Assisted Dibaryons hadronic model with those of quark motivated calculations. In particular, the small width Γd*≈70 MeV favors hadronic structure for the d*(2380) dibaryon rather than a six-quark structure
The d⁎(2380) dibaryon resonance width and decay branching ratios
No full textAttempts to reproduce theoretically the width Γd⁎=80±10 MeV of the I(JP)=0(3+) d⁎(2380) dibaryon resonance established by the WASA-at-COSY Collaboration are discussed. The validity of associating the d⁎(2380) in quark-based models exclusively with a tightly bound ΔΔ configuration is questioned. The d⁎(2380) width and decay branching ratios into NNππ, NNπ and NN final states are studied within the Gal–Garcilazo hadronic model in which the d⁎(2380) is a πNΔ resonance embedded in the NNππ continuum some 80 MeV below the ΔΔ threshold. In particular, predictions are made for the branching ratios of the unobserved yet d⁎(2380)→NNπ decays which are suppressed in a purely-ΔΔ dibaryon model. A possible connection of the ABC effect observed in the pn→d⁎→dπ0π0 resonance reaction to the d⁎(2380) dibaryon is noted
Manistique & Lake Superior Railroad (M&LS) 2380
No full textA photograph print showing the Manistique & Lake Superior Railroad (M&LS) 2380, 2-8-0, Manistique, MI
Wreck of engines #2380 and #3716, Wardner
No full textDerailed engine #2380 engine after a collision with engine #3716 near Wardner B.C. (Kootenay Subdivision)
Wreck of engines #2380 and #3716, Wardner
No full textDerailed engine #2380 after a collision with engine #3716 near Wardner, B.C. (Kootenay Subdivision)
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