Bent crystal channeling has promising advantages for accelerator beam collimation at high energy hadron facilities such as the LHC. This significance has been amplified by several surprising developments including multi-pass channeling and the observation of enhanced deflections over the entire arc of a bent crystal. The second effect has been observed both at RHIC and recently at the Tevatron. Results are reported showing channeling collimation of the circulating proton beam halo at the Tevatron. Parenthetically, this study is the highest energy proton channeling experiment ever carried out. The study is continuing
AbstractTwo high-accuracy goniometers equipped with two bent silicon crystals were installed in the ...
Bent crystals have demonstrated potential for use in beam collimation. A process called channeling i...
The studies of crystal collimation in the experiments at Relativistic Heavy Ion Collider and Tevatro...
TeV-range bent crystal channeling has interesting advantages for several applications at high energy...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficien...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent crystal channeling has been observed with protons and fully stripped gold ions in the Relativis...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Crystal collimation is a technique that relies on highly pure bent crystals to coherently deflect be...
AbstractTwo high-accuracy goniometers equipped with two bent silicon crystals were installed in the ...
Bent crystals have demonstrated potential for use in beam collimation. A process called channeling i...
The studies of crystal collimation in the experiments at Relativistic Heavy Ion Collider and Tevatro...
TeV-range bent crystal channeling has interesting advantages for several applications at high energy...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficien...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent crystal channeling has been observed with protons and fully stripped gold ions in the Relativis...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Bent-crystal channeling is a technique with a potential to increase beam-halo collimation efficiency...
Crystal collimation is a technique that relies on highly pure bent crystals to coherently deflect be...
AbstractTwo high-accuracy goniometers equipped with two bent silicon crystals were installed in the ...
Bent crystals have demonstrated potential for use in beam collimation. A process called channeling i...
The studies of crystal collimation in the experiments at Relativistic Heavy Ion Collider and Tevatro...