Interactions of High Energy Particles with Nuclei |
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Page 1
22904 Elastic scattering and diffractive production processes induced in nuclear targets by high energy projectiles are discussed in this article . Special attention is paid to the interaction of high energy hadrons and photons .
22904 Elastic scattering and diffractive production processes induced in nuclear targets by high energy projectiles are discussed in this article . Special attention is paid to the interaction of high energy hadrons and photons .
Page 18
If this is so , then the three contributions to aror discussed above do approximately exhaust the list of processes contributing to elastic scattering . From our discussion of the components of σTOT ( σel , σDT , σPROD ) it follows that ...
If this is so , then the three contributions to aror discussed above do approximately exhaust the list of processes contributing to elastic scattering . From our discussion of the components of σTOT ( σel , σDT , σPROD ) it follows that ...
Page 27
These and other related problems have been discussed in a series of papers by Cheng and Wu [ 21 , 22 ] ( see also [ 30 ] , [ S4 ] ) . 4. Diffractive Dissociation and Diffractive Excitation Diffractive processes - a 27 27.
These and other related problems have been discussed in a series of papers by Cheng and Wu [ 21 , 22 ] ( see also [ 30 ] , [ S4 ] ) . 4. Diffractive Dissociation and Diffractive Excitation Diffractive processes - a 27 27.
Page 38
Our description also contains , as a special case , the so - called vector meson dominance models which are employed to describe interactions with hadronic targets at high energy , a process which will be discussed later .
Our description also contains , as a special case , the so - called vector meson dominance models which are employed to describe interactions with hadronic targets at high energy , a process which will be discussed later .
Page 50
Recall that the experi- ments discussed above [ 37 ] had shown that when or ( YA ) is computed from ( 4.10 ) , the single scattering contribution is not the one given by the VMD model ( compare also footnote 1 ) .
Recall that the experi- ments discussed above [ 37 ] had shown that when or ( YA ) is computed from ( 4.10 ) , the single scattering contribution is not the one given by the VMD model ( compare also footnote 1 ) .
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