S. M. Gurov

Budker Institute of Nuclear Physics

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E. Levichev

Budker Institute of Nuclear Physics

Dmitriy Senkov

Budker Institute of Nuclear Physics

Konstantin Gorchakov

Budker Institute of Nuclear Physics

S.E. Karnaev

Budker Institute of Nuclear Physics

Dmitriy Pureskin

Budker Institute of Nuclear Physics

E.E. Pyata

Budker Institute of Nuclear Physics

V. V. Kolmogorov

Budker Institute of Nuclear Physics

Oleg Belikov

Budker Institute of Nuclear Physics

A.D. Chernyakin

Budker Institute of Nuclear Physics

ОВ

О. В. Анчугов

Budker Institute of Nuclear Physics

Cooperative Institutions

Budker Institute of Nuclear Physics

123

Siberian Branch of the Russian Academy of Sciences

Russian Academy of Sciences

Novosibirsk State University

RIKEN BNL Research Center

Brookhaven National Laboratory

Boreskov Institute of Catalysis

National Synchrotron Light Source II

Novosibirsk State Technical University

Prokhorov General Physics Institute

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COMMISSIONING OF NSLS-II BOOSTER

S. M. Gurov S.E. Karnaev В. А. Киселев E. Levichev S. Sinyatkin

Booster (rocketry)

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Citations (1)

Magnet Power Supply System for the Storage Ring of the SKIF Common Use Center

Physics of Particles and Nuclei Letters (2023)

Oleg Belikov Yu. S. Aktershev G. B. Baranov D. S. Vinnik Konstantin Gorchakov

Electromagnet

10.1134/s1547477123040064

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Nsls-II Boster

Physics Procedia (2016)

S. M. Gurov Alexander V. Akimov V.E. Akimov В.В. Анашин О. В. Анчугов

The National Synchrotron Light Source II is a third generation light source, which was constructed at Brookhaven National Laboratory. This project includes a highly-optimized 3 GeV electron storage ring, linac preinjector, and full-energy synchrotron injector. Budker Institute of Nuclear Physics built and delivered the booster for NSLS-II. The commissioning of the booster was successfully completed. This paper reviews fulfilled work by participants.

National laboratory

Booster (rocketry)

Synchrotron light source

10.1016/j.phpro.2016.11.013

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Citations (2)

LARGE APERTURE QUADRUPOLE MAGNETS FOR ISIS TS-1 AND TS-2

S. M. Gurov A.M. Batrakov Mikhail Blinov Fedor Emanov Valeriy Polukhin

The ISIS pulsed neutron and muon source at the Rutherford Appleton Laboratory has two target stations TS-1 and TS-2. Budker Institute of Nuclear Physics developed, produced and delivered seven type Q13 quadrupole magnets with an aperture diameter of 310 mm for TS-2 beam transfer line. Later an additional three quadrupoles with integrated dipole coils were developed and delivered to ISIS TS1. To improve the field quality across the full current range a special pole profile and end chamfer were designed using the MERMAID code. The magnetic field map was measured by a set of Hall probes. Moreover, BINP produced a rotating coil with radius 120 mm for field quality measurements. MAGNETS FOR TS-2

Quadrupole magnet

Aperture (computer memory)

Chamfer (geometry)

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Status and description of the vacuum system of the NSLS-II booster

Bulletin of the Russian Academy of Sciences Physics (2015)

A. M. Semenov В.В. Анашин S. M. Gurov А. А. Краснов

Booster (rocketry)

National laboratory

Synchrotron light source

10.3103/s1062873815010268

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Development of vacuum photoelectron devices at Budker Institute

Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2003)

В.В. Анашин М. Н. Ачасов P. A. Bak K. Beloborodov A. V. Bozhenok

Streak

Microchannel plate detector

Streak camera

Microchannel

10.1016/s0168-9002(03)00777-0

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Citations (2)

STATUS OF NSLS-II BOOSTER

Presented at (2011)

Jacob Long F. Willeke Timur Shaftan Vitaly Mamkin V. M. Konstantinov

The National Synchrotron Light Source II is a third generation light source under construction at Brookhaven National Laboratory. The project includes a highly optimized 3 GeV electron storage ring, linac pre-injector and full-energy booster-synchrotron. Budker Institute of Nuclear Physics builds booster for NSLS-II. The booster should accelerate the electron beam continuously and reliably from minimal 170 MeV injection energy to maximal energy of 3.15 GeV and average beam current of 20 mA. The booster shall be capable of multi-bunch and single bunch operation. This paper summarizes the status of NSLS-II booster and the main designed parameters.

Booster (rocketry)

National laboratory

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Pulsed power supplies for NSLS-II Booster ring kicker magnets

Alexander V. Akimov А. А. Корепанов О. В. Анчугов Piotr Bąk S. M. Gurov

The third generation light source NSLS-II was constructed at BNL, within the project a Booster ring commissioning was successfully completed [1]. Booster injection and extraction kicker magnets pulsed power supplies are considered in the paper. The injection pulsed supplies are capable of generating 0.7-1.5 kA current of 300 ns flat-top, 170 ns rise time, 170 ns fall time with ripples on the tail less then ±0.5%. The extraction kicker is supplied with 2 kA pulse current of 300 ns duration and flat-top deviation less then ±0.2%. 25-kV pulse forming networks built on ceramic capacitors and 10-kA TPI-type pseudospark switches are used in the generators design. Questions and improvements based on one-year PFNs and pseudosparks routine operation are described. Details of generators schematics and results obtained at the NSLS-II and BINP facilities are presented.

Booster (rocketry)

Pulsed Power

Peak current

10.1109/ppc.2015.7296917

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Citations (1)

MAGNETIC MEASUREMENT RESULTS OF THE NSLS-II BOOSTER DIPOLE MAGNETS

S. Sinyatkin G. N. Baranov A. M. Batrakov Pavel Burdin Denis Burenkov

Booster (rocketry)

Source

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Citations (1)

THE MEASUREMENTS OF THE LONGITUDINAL BEAM PROFILE ON THE PREINJECTOR VEPP-5.

S. M. Gurov P. A. Bak D. Chernousov P. V. Logachev В. М. Павлов

For effective work of preinjector VEPP-5 it is necessary 3 ns bunch with charge 1*10**10 electrons from termogun compress to bunch with 40 ps duration on the positron target. A new streak-camera with RF cavity on the main linac frequency is used. Streak-camera with circle scanning allows see 350 ps single light signal with sub-ps resolution. An additional slow scanning can obtain the trochoidal scanning. Thus one can see with picoseconds resolution and with less then 1psec synchronization the train of ten bunches which are spacing by 350psec. The results of worked streak-camera with RF-cavity for circle scanning are presented.

Streak camera

Streak

Picosecond

Bunches

SIGNAL (programming language)

Source

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