The University of Michigan Solid Polarized Proton Target (PPT) was built in the late 1980’s; it uses irradiated NH3 at 5 T and 1 K. It was used in a 1990 experiment in a 24 GeV intense proton beam at the Brookhaven AGS, where its average polarization was about 85%. It was recently upgraded for the 70 GeV SPIN@U‐70 experiment at IHEP‐Protvino in Russia. Improvements were made to its superconducting magnet, its refrigerator, and its NMR and microwave systems. © 2003 American Institute of PhysicsPeer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/87683/2/916_1.pd
Progress on the Michigan ultra‐cold proton‐spin‐polarized atomic hydrogen Jet target is presented. W...
The Mark II ultra-cold polarized atomic hydrogen jet target is being developed to study spin effects...
The SPIN@FERMI collaboration has updated its 1991-95 Reports on the acceleration of polarized proton...
Progress on the Michigan ultra‐cold proton‐spin‐polarized atomic‐hydrogen Jet target is presented. W...
We have successfully conducted a series of experiments involving scattering of high energy pions and...
Recently, two experiments were concluded in Hall A at Jefferson Lab which utilized a newly assembled...
The polarized solid state target is an indispensable experimental tool to study single and double po...
International audienceThe transversely polarized target (PT) of the COMPASS (NA58) collaboration at ...
We have built a polarized proton and deuteron target for experiments using intense high-energy elect...
A new type of solid polarized proton and deuteron target has been developed and placed in operation....
We have constructed a polarized proton solid target system for radioactive nuclear beam experiments ...
The spin structure of the nucleons is investigated in deep inelastic scattering of a polarized muon ...
Describes the construction and operation of a frozen spin polarized proton target used in a scatteri...
The SPIN@U‐70 experiment plans to measure the one‐spin analyzing power An for 70 GeV proton‐proton e...
Doshita N, Ball J, Baum G, et al. The COMPASS polarized target. In: Czechoslovak Journal of Physics...
Progress on the Michigan ultra‐cold proton‐spin‐polarized atomic hydrogen Jet target is presented. W...
The Mark II ultra-cold polarized atomic hydrogen jet target is being developed to study spin effects...
The SPIN@FERMI collaboration has updated its 1991-95 Reports on the acceleration of polarized proton...
Progress on the Michigan ultra‐cold proton‐spin‐polarized atomic‐hydrogen Jet target is presented. W...
We have successfully conducted a series of experiments involving scattering of high energy pions and...
Recently, two experiments were concluded in Hall A at Jefferson Lab which utilized a newly assembled...
The polarized solid state target is an indispensable experimental tool to study single and double po...
International audienceThe transversely polarized target (PT) of the COMPASS (NA58) collaboration at ...
We have built a polarized proton and deuteron target for experiments using intense high-energy elect...
A new type of solid polarized proton and deuteron target has been developed and placed in operation....
We have constructed a polarized proton solid target system for radioactive nuclear beam experiments ...
The spin structure of the nucleons is investigated in deep inelastic scattering of a polarized muon ...
Describes the construction and operation of a frozen spin polarized proton target used in a scatteri...
The SPIN@U‐70 experiment plans to measure the one‐spin analyzing power An for 70 GeV proton‐proton e...
Doshita N, Ball J, Baum G, et al. The COMPASS polarized target. In: Czechoslovak Journal of Physics...
Progress on the Michigan ultra‐cold proton‐spin‐polarized atomic hydrogen Jet target is presented. W...
The Mark II ultra-cold polarized atomic hydrogen jet target is being developed to study spin effects...
The SPIN@FERMI collaboration has updated its 1991-95 Reports on the acceleration of polarized proton...