Direct nn-scattering at the YAGUAR reactor
Copyright policy ) B.E. Crawford; W.I. Furman; C.R. Howell; E.V. Lychagin; B.G. Levakov; V.I. Litvin; A.E. Lyzhin; +9 Authors
B.E. Crawford; W.I. Furman; C.R. Howell; E.V. Lychagin; B.G. Levakov; V.I. Litvin; A.E. Lyzhin; E.P. Magda; G.E. Mitchell; A.Yu. Muzichka; G.V. Nekhaev; E.I. Sharapov; V.N. Shvetsov; S.L. Stephenson; A.V. Strelkov; W. Tornow;
Direct nn-scattering at the YAGUAR reactor
Abstract The Direct Investigation of a nn Association (DIANNA) is finalizing the design of a direct measurement of the nn-scattering length to be performed at the YAGUAR reactor in Snezhinsk, Russia. Extensive modeling of the neutron field, nn-scattering kinematics, and sources of detector background have verified the plan for a 3% measurement of a nn . Measurements of the neutron flux support the neutron field modeling. Initial test measurements of the neutron field inside the underground channel have confirmed calculations of the thermal neutron background.
- All-Russian Scientific Research Institute of Technical Physics Russian Federation
- North Carolina State University United States
- Gettysburg College United States
- Duke University United States
- Joint Institute for Nuclear Research Russian Federation
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