Application of Fritzsch-Gell-Mann Algebra to the Deep Inelastic Processes e+N→e+γ+ Anything and ν+N→l+γ+ Anything

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概要

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• The processes e+N→e+γ+ anything and ν+N→l+γ+ anything, where l is a charged lepton, are studied in generalized Bjorken limits of two types. In the kinematical regions considered, the light cone algebra of vector and axial-vector currents suggested by Fritzsch and Gell-Mann is applied. This leads to relations between the non-bremsstrahlung part of each process above and the corresponding process without the detection of the final state photon. These relations may be regarded as Ward identities for a hard photon. Finally, structure functions of the non-bremsstrahlung parts are found to scale.

• 理論物理学刊行会の論文
• 1972-12-25

著者

• Murtaza G.

  Institute Of Physics University Of Islamabad : Department Of Physics Oxford University

• Murtaza G.

  Institute Of Physics University Of Islamabad

• RAZMI M.

  Institute of Physics, University of Islamabad

• Razmi M.

  Institute Of Physics University Of Islamabad

• Murtaza G.

  Institute of Physics, University of Islamabad : Department of Physics, Oxford University

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• Application of Fritzsch-Gell-Mann Algebra to the Deep Inelastic Processes e+N→e+γ+ Anything and ν+N→l+γ+ Anything

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