Abstract
The AHF consists of a LINAC, a booster ring, a 50 GeV Synchrotron and an elaborate set of beam-lines for simultaneously delivering a string of 24 proton bunches from 12 different directions to a firing site (fs) chamber in which an explosion is in progress. This paper will discuss profile instrumentation being considered for the fs beam-lines and the Synchrotron. In the beam-lines most profiling devices will probably be harps but some fluorescent screen/camera systems may be used. For the Synchrotron RGIPM's may be used for observing individual bunches. The MCP usually placed in the vacuum for such devices might be replaced by a scintillator viewed by a lens plus multianode PMT. In order to observe individual bunches, it may be necessary to increase the local vacuum pressure using a gas jet, molecular beam or a gas puff. Another option may be to view gas fluorescence with the same optical arrangement as used for the RGIPM. A carbon wire moving with velocities of 1 to 5 m/s is being considered as an intercepting device to observe stored beams consisting of one or two bunches. A quadrupole moment measuring system for determining transverse emittance is being investigated.
Sellyey, William C;
O'Hara, James F
[1]
- Los Alamos National Laboratory, MS H817, Los Alamos, NM (United States)
Citation Formats
Sellyey, William C, and O'Hara, James F.
Proposed profile monitor designs for the Advanced Hydrodynamic Facility (AHF).
United States: N. p.,
2002.
Web.
doi:10.1063/1.1524410.
Sellyey, William C, & O'Hara, James F.
Proposed profile monitor designs for the Advanced Hydrodynamic Facility (AHF).
United States.
https://doi.org/10.1063/1.1524410
Sellyey, William C, and O'Hara, James F.
2002.
"Proposed profile monitor designs for the Advanced Hydrodynamic Facility (AHF)."
United States.
https://doi.org/10.1063/1.1524410.
@misc{etde_20621068,
title = {Proposed profile monitor designs for the Advanced Hydrodynamic Facility (AHF)}
author = {Sellyey, William C, and O'Hara, James F}
abstractNote = {The AHF consists of a LINAC, a booster ring, a 50 GeV Synchrotron and an elaborate set of beam-lines for simultaneously delivering a string of 24 proton bunches from 12 different directions to a firing site (fs) chamber in which an explosion is in progress. This paper will discuss profile instrumentation being considered for the fs beam-lines and the Synchrotron. In the beam-lines most profiling devices will probably be harps but some fluorescent screen/camera systems may be used. For the Synchrotron RGIPM's may be used for observing individual bunches. The MCP usually placed in the vacuum for such devices might be replaced by a scintillator viewed by a lens plus multianode PMT. In order to observe individual bunches, it may be necessary to increase the local vacuum pressure using a gas jet, molecular beam or a gas puff. Another option may be to view gas fluorescence with the same optical arrangement as used for the RGIPM. A carbon wire moving with velocities of 1 to 5 m/s is being considered as an intercepting device to observe stored beams consisting of one or two bunches. A quadrupole moment measuring system for determining transverse emittance is being investigated.}
doi = {10.1063/1.1524410}
journal = []
issue = {1}
volume = {648}
journal type = {AC}
place = {United States}
year = {2002}
month = {Dec}
}
title = {Proposed profile monitor designs for the Advanced Hydrodynamic Facility (AHF)}
author = {Sellyey, William C, and O'Hara, James F}
abstractNote = {The AHF consists of a LINAC, a booster ring, a 50 GeV Synchrotron and an elaborate set of beam-lines for simultaneously delivering a string of 24 proton bunches from 12 different directions to a firing site (fs) chamber in which an explosion is in progress. This paper will discuss profile instrumentation being considered for the fs beam-lines and the Synchrotron. In the beam-lines most profiling devices will probably be harps but some fluorescent screen/camera systems may be used. For the Synchrotron RGIPM's may be used for observing individual bunches. The MCP usually placed in the vacuum for such devices might be replaced by a scintillator viewed by a lens plus multianode PMT. In order to observe individual bunches, it may be necessary to increase the local vacuum pressure using a gas jet, molecular beam or a gas puff. Another option may be to view gas fluorescence with the same optical arrangement as used for the RGIPM. A carbon wire moving with velocities of 1 to 5 m/s is being considered as an intercepting device to observe stored beams consisting of one or two bunches. A quadrupole moment measuring system for determining transverse emittance is being investigated.}
doi = {10.1063/1.1524410}
journal = []
issue = {1}
volume = {648}
journal type = {AC}
place = {United States}
year = {2002}
month = {Dec}
}