Neutal Kaon Regeneration in Liquid Hydrogen from 40 GeV to 200 GeV
1970
Abstract
We propose to investigate the asymptotic properties of the K{sub 0}p and {bar K}{sub 0}p cross sections from 40 GeV to 200 GeV by the method of neutral kaon regeneration in liquid hydrogen. Both the difference in total cross section and the regeneration phase will be determined to a precision of better than 10% up to approximately 160 GeV, and with decreasing precision to 200 GeV. The apparatus we propose to use is of a standard reliable type. The neutral beam is derived from a target intercepting 10{sup 11} protons at 400 GeV in the main accelerator ring. In this way, an experiment of major importance can be done very early in the NAL program which cannot otherwise be attempted until the advent of Area III.
Related Papers
- → Lepton flavor violating Higgs boson decays in the MSSM-seesaw(2004)3 cited
- → The production of liquid hydrogen at the rocket propulsion establishment(1971)1 cited
- Unraveling the (3$\times$3)-SiC($\bar{1} \bar{1} \bar{1}$) reconstruction and its role as an interface structure(2014)
- Search for the Decay [bar over B][superscript 0] → Λ[+ over c][bar over p]p[bar over p](2014)
- Susquehanna Chorale Spring Concert "Roots and Wings"(2017)