Abstract
New results are presented on the diffraction dissociation of protons into (n..pi../sup +/) systems at the CERN intersecting storage rings. The data were taken at the centre of mass energy ..sqrt..s=45GeV and a very high statistics of events (nearly 75,000) was obtained. The experiment was performed at the Split Field Magnet whose description is made as well as that of the special neutron devices and of the trigger logic. The software chain (pattern recognition, geometrical reconstruction and kinematical fitting) is also described. A particular emphasis is put on the four-dimensional acceptance correction applied to the events. Phenomenological comments are given on two different but complementary approaches: the impact parameter description in the s-channel and the Deck model. The physics results are shown with in particular, detailed studies for the five following variables: the momentum transfer from proton to proton, the (n..pi../sup +/) invariant mass, the Jackson angles of this system and the momentum transfer from proton to neutron. A comparison with the pion-exchange Deck model is performed, showing a qualitative agreement with the data. Several experiments at a lower energy are also compared: on the average, there is little evolution with energy.
Broll, C
[1]
- Paris-11 Univ., 91 - Orsay (France). Inst. de Physique Nucleaire
Citation Formats
Broll, C.
Study of the reaction pp. -->. p(n. pi. /sup +/) at the CERN intersecting storage rings.
France: N. p.,
1976.
Web.
Broll, C.
Study of the reaction pp. -->. p(n. pi. /sup +/) at the CERN intersecting storage rings.
France.
Broll, C.
1976.
"Study of the reaction pp. -->. p(n. pi. /sup +/) at the CERN intersecting storage rings."
France.
@misc{etde_7134807,
title = {Study of the reaction pp. -->. p(n. pi. /sup +/) at the CERN intersecting storage rings}
author = {Broll, C}
abstractNote = {New results are presented on the diffraction dissociation of protons into (n..pi../sup +/) systems at the CERN intersecting storage rings. The data were taken at the centre of mass energy ..sqrt..s=45GeV and a very high statistics of events (nearly 75,000) was obtained. The experiment was performed at the Split Field Magnet whose description is made as well as that of the special neutron devices and of the trigger logic. The software chain (pattern recognition, geometrical reconstruction and kinematical fitting) is also described. A particular emphasis is put on the four-dimensional acceptance correction applied to the events. Phenomenological comments are given on two different but complementary approaches: the impact parameter description in the s-channel and the Deck model. The physics results are shown with in particular, detailed studies for the five following variables: the momentum transfer from proton to proton, the (n..pi../sup +/) invariant mass, the Jackson angles of this system and the momentum transfer from proton to neutron. A comparison with the pion-exchange Deck model is performed, showing a qualitative agreement with the data. Several experiments at a lower energy are also compared: on the average, there is little evolution with energy.}
journal = []
volume = {1:1}
journal type = {AC}
place = {France}
year = {1976}
month = {Jul}
}
title = {Study of the reaction pp. -->. p(n. pi. /sup +/) at the CERN intersecting storage rings}
author = {Broll, C}
abstractNote = {New results are presented on the diffraction dissociation of protons into (n..pi../sup +/) systems at the CERN intersecting storage rings. The data were taken at the centre of mass energy ..sqrt..s=45GeV and a very high statistics of events (nearly 75,000) was obtained. The experiment was performed at the Split Field Magnet whose description is made as well as that of the special neutron devices and of the trigger logic. The software chain (pattern recognition, geometrical reconstruction and kinematical fitting) is also described. A particular emphasis is put on the four-dimensional acceptance correction applied to the events. Phenomenological comments are given on two different but complementary approaches: the impact parameter description in the s-channel and the Deck model. The physics results are shown with in particular, detailed studies for the five following variables: the momentum transfer from proton to proton, the (n..pi../sup +/) invariant mass, the Jackson angles of this system and the momentum transfer from proton to neutron. A comparison with the pion-exchange Deck model is performed, showing a qualitative agreement with the data. Several experiments at a lower energy are also compared: on the average, there is little evolution with energy.}
journal = []
volume = {1:1}
journal type = {AC}
place = {France}
year = {1976}
month = {Jul}
}