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SPIN STRUCTURE FUNCTIONS: PROTON/DEUTERON MEASUREMENTS IN THE RESONANCE REGION

M. K. JONES and
FOR THE RSS COLLABORATION: RSS collaboration (Jlab E01-006): U. Basel, Florida International U., Hampton U., U. of Massachusetts, U. of Maryland, Mississippi State U., North Carolina A&T STATE U., U. of N. C. at Wilmington, Norfolk State U., Old Dominion U., S.U. at New Orleans, U. of Tel-Aviv, Jefferson Lab, U. of Virginia, Virginia P. I. & S.U., Yerevan Physics Institute. Spokesmen: O. A. Rondon and M. K. Jones.

Jefferson Lab, 12000 Jefferson Ave., Newport News, VA 23606, USA

and

FOR THE RSS COLLABORATION: RSS collaboration (Jlab E01-006): U. Basel, Florida International U., Hampton U., U. of Massachusetts, U. of Maryland, Mississippi State U., North Carolina A&T STATE U., U. of N. C. at Wilmington, Norfolk State U., Old Dominion U., S.U. at New Orleans, U. of Tel-Aviv, Jefferson Lab, U. of Virginia, Virginia P. I. & S.U., Yerevan Physics Institute. Spokesmen: O. A. Rondon and M. K. Jones.

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https://doi.org/10.1142/9789812774132_0011Cited by:0 (Source: Crossref)

Abstract:

The RSS experiment ran in Hall C at Jefferson Lab and measured the proton and deuteron beam-target asymmetries for parallel and perpendicular target fields over a W range from pion threshold to 1.9 GeV at Q² ≈ 1.3 GeV². Preliminary results for the proton spin structure functions g₁ and g₂ are presented.

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SPIN STRUCTURE FUNCTIONS: PROTON/DEUTERON MEASUREMENTS IN THE RESONANCE REGION

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