Devices for steering particle beams in the accelerators based on crystals curved by scratching the grooves on the surface / Приборы для управления пучками частиц в ускорителях на основе кристаллов, изогнутых путем нанесения канавок на поверхность

An interesting method of bending silicon crystal plates by scratching the grooves on the surface mechanically has been presented in the paper. This method appears to have considerable promise for both the U70 accelerator at the Institute for High Energy Physics and the devices at the Large Hadron Co...

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Published inSt. Petersburg State Polytechnical University Journal. Physics and Mathematics Vol. 13; no. 2; p. 88
Main Authors Maisheev, Vladimir A, Sandomirskiy, Yury E, Chesnokov, Mikhail Yu, Chesnokov, Yury A, Yanovich, Andrey A
Format Journal Article
LanguageEnglish
Russian
Published St. Petersburg Peter the Great St. Petersburg State Polytechnical University 01.01.2020
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Abstract An interesting method of bending silicon crystal plates by scratching the grooves on the surface mechanically has been presented in the paper. This method appears to have considerable promise for both the U70 accelerator at the Institute for High Energy Physics and the devices at the Large Hadron Collider (LHC). Using the method mentioned above, specific devices were made: a crystalline undulator for 3 GeV positrons, short crystalline deflectors for extraction of 70 GeV proton beam from the U70 accelerator, and multistrip crystals for collimating the 6500 GeV proton beam into the LHC. В статье описан интересный метод изгиба кристаллических пластин кремния с помощью нанесения механическим путем канавок на их поверхности. Метод перспективен для применения как в ускорителе У70 Института физики высоких энергий, так и в устройствах Большого адронного коллайдера (БАК). С использованием указанного метода созданы конкретные устройства: кристаллический ондулятор для пучка позитронов с энергией 3 ГэВ, короткие кристаллические дефлекторы для вывода пучка протонов с энергией 70 ГэВ из ускорителя У70, многополосковые кристаллы для коллимации пучка протонов в БАК при энергии 6500 ГэВ.
AbstractList An interesting method of bending silicon crystal plates by scratching the grooves on the surface mechanically has been presented in the paper. This method appears to have considerable promise for both the U70 accelerator at the Institute for High Energy Physics and the devices at the Large Hadron Collider (LHC). Using the method mentioned above, specific devices were made: a crystalline undulator for 3 GeV positrons, short crystalline deflectors for extraction of 70 GeV proton beam from the U70 accelerator, and multistrip crystals for collimating the 6500 GeV proton beam into the LHC. В статье описан интересный метод изгиба кристаллических пластин кремния с помощью нанесения механическим путем канавок на их поверхности. Метод перспективен для применения как в ускорителе У70 Института физики высоких энергий, так и в устройствах Большого адронного коллайдера (БАК). С использованием указанного метода созданы конкретные устройства: кристаллический ондулятор для пучка позитронов с энергией 3 ГэВ, короткие кристаллические дефлекторы для вывода пучка протонов с энергией 70 ГэВ из ускорителя У70, многополосковые кристаллы для коллимации пучка протонов в БАК при энергии 6500 ГэВ.
Author Chesnokov, Yury A
Maisheev, Vladimir A
Sandomirskiy, Yury E
Chesnokov, Mikhail Yu
Yanovich, Andrey A
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Snippet An interesting method of bending silicon crystal plates by scratching the grooves on the surface mechanically has been presented in the paper. This method...
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StartPage 88
SubjectTerms Collimation
Crystal structure
Crystallinity
Curved beams
Deflectors
Grooves
Large Hadron Collider
Particle accelerators
Particle beams
Positrons
Proton beams
Scratching
Steering
Title Devices for steering particle beams in the accelerators based on crystals curved by scratching the grooves on the surface / Приборы для управления пучками частиц в ускорителях на основе кристаллов, изогнутых путем нанесения канавок на поверхность
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