Abstract
In this paper data on the inclusive reaction e −p→e −p+ anything as obtained in a coincidence experiment at DESY are presented. The invariant cross section is given as a function of q 2, W, x, p ⊥ 2 and φ in the following kinematical region: −0.64<q 2 <−0.08 GeV 2 , 1.96<W <2.80 GeV , 0 <x < 1 , 0 <p ⊥ 2 < 0.29 GeV 2 , 0° <φ <360° . The inclusive spectra are compared with the results from photoproduction and other electroproduction experiments.
Highlights
This report presents the inclusive proton distributions obtained in an electroproduction experiment e-p + e-p t anything l*
If the four momenta of the primary electron, the scattered electron, the virtual photon, the target proton and the outgoing proton are indicated by e, e’, yv, p
W= x/(7v + p)2 is the c.m. energy of the virtual photon and the target proton. p2 is the square of the transverse momentum of the outgoing proton with respect to the direction of the photon. x =p I]/P*maxis the Feynman longitudinal variable, where p Iris the longitudinal momentum of the outgoing proton with respect to the direction of the photon, and Pmax is the maximum momentum of the outgoing proton at the observed value of W, which is attained in the reaction 7vP -+ zr°P
Summary
In this paper data on the inclusive reaction e-p - e-p + anything as obtained in a coincidence experiment at DESY are presented. The invariant cross section is given as a function of q2, W, x, pi and @in the following kinematical region:. -0.64 < q2 < -0.08 GeV’ , 1.96 < W < 2.80 GeV, 0
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
