Add to ORKGThe new results of using short (2-4mm) bent crystals for extraction and collimation of proton beam at IHEP 70 Gev proton synchrotron are reported. A broad range of energies from 6 to 65 GeV has been studied in the same crystal collimation set-up. The efficiency of extraction more than 85% and intensity more than 10E12 were obtained by using crystal with the length 2-mm and the angle 1 mrad. The new regime of extraction is applied now at the accelerator to deliver the beam for different experimental setups within the range of intensity 10E7-10E12ppp.The new results of using short (2-4mm) bent crystals for extraction and collimation of proton beam at IHEP 70 Gev proton synchrotron are reported. A broad range of energies from 6 to 65 GeV has b...
Recent IHEP Protvino experiments show efficiencies of crystal-assisted slow extraction and collimati...
The feasibility of extracting protons from the halo of a high energy beam by means of a bent silicon...
The possibility of extracting highly energetic particles from the Super Proton Synchrotron (SPS) by ...
The new results of using short (2-4mm) bent crystals for extraction and collimation of proton beam...
IHEP Protvino has pioneered the wide practical use of bent crystals as optical elements in high-ener...
This paper presents an overview of the results obtained at the U-70 accelerator of IHEP to use bent ...
We report progress achieved in crystal-assisted slow extraction and collimation of the 70-GeV proto...
The efficiency of the extraction of a beam from an accelerator is radically improved owing to the ap...
Using channeling in a 5-mm crystal with bending angle of 0.65 mrad, a record high efficiency, over 6...
Using channeling in a 5-mm crystal with bending angle of 0.65 mrad, a record high efficiency, over 6...
The increase of the bent crystal extraction efficiency due to thin internal target at extraction of ...
Silicon crystal was channeling and extracting 70-GeV protons from the U-70 accelerator with efficien...
The extraction of high energy particles from a circular accelerator by means of channeling in bent c...
The extraction of high energy particles from a circular accelerator by means of channeling in bent c...
The radical efficiency increase of accelerator beam extraction by means of bent crystals is reache...
Recent IHEP Protvino experiments show efficiencies of crystal-assisted slow extraction and collimati...
The feasibility of extracting protons from the halo of a high energy beam by means of a bent silicon...
The possibility of extracting highly energetic particles from the Super Proton Synchrotron (SPS) by ...
The new results of using short (2-4mm) bent crystals for extraction and collimation of proton beam...
IHEP Protvino has pioneered the wide practical use of bent crystals as optical elements in high-ener...
This paper presents an overview of the results obtained at the U-70 accelerator of IHEP to use bent ...
We report progress achieved in crystal-assisted slow extraction and collimation of the 70-GeV proto...
The efficiency of the extraction of a beam from an accelerator is radically improved owing to the ap...
Using channeling in a 5-mm crystal with bending angle of 0.65 mrad, a record high efficiency, over 6...
Using channeling in a 5-mm crystal with bending angle of 0.65 mrad, a record high efficiency, over 6...
The increase of the bent crystal extraction efficiency due to thin internal target at extraction of ...
Silicon crystal was channeling and extracting 70-GeV protons from the U-70 accelerator with efficien...
The extraction of high energy particles from a circular accelerator by means of channeling in bent c...
The extraction of high energy particles from a circular accelerator by means of channeling in bent c...
The radical efficiency increase of accelerator beam extraction by means of bent crystals is reache...
Recent IHEP Protvino experiments show efficiencies of crystal-assisted slow extraction and collimati...
The feasibility of extracting protons from the halo of a high energy beam by means of a bent silicon...
The possibility of extracting highly energetic particles from the Super Proton Synchrotron (SPS) by ...