CONCEPTUAL DESIGN OF THE FAST PROCESSES BEAMLINE AT THE SRF SKIF 4TH GENERATION SYNCHROTRON

CONCEPTUAL DESIGN OF THE FAST PROCESSES BEAMLINE AT THE SRF SKIF 4TH GENERATION SYNCHROTRON Тезисы доклада

Конференция

SYNCHROTRON AND FREE ELECTRON LASER RADIATION: GENERATION AND APPLICATION (SFR 2020)
13-16 июл. 2020 , Новосибирск

Сборник

SYNCHROTRON AND FREE ELECTRON LASER RADIATION: GENERATION AND APPLICATION (SFR 2020)
Сборник, Budker Institute of Nuclear Physics of the Siberian Branch of RAS. Новосибирск.2020. 90 c. ISBN 978-5-904968-07-6.

Вых. Данные

Год: 2020, Страницы: 87-88 Страниц : 2

Авторы

RUBTSOV I. A. ^1,2 , TEN K.A. ¹ , PRUUEL E.R. ¹ , KASHKAROV A.O. ¹ , ARAKCHEEV A.S. ³ , TOLOCHKO B.P ⁴ , ANCHAROV A.I. ⁴ , ZUBAVICHUS YA.V. ² , RAKSHUN YA.V. ³ , ZOLOTAREV K.V. ³ , MEZENTSEV N.A. ³ , SHKARUBA V.A. ³ , TREBUSHININ A.E. ³ , KHOMYAKOV YU.V. ³ , SHEKHTMAN L.I. ³ , ZHULANOV V.V. ³ , AULCHENKO V.M. ³

Организации

1	Lavrentyev Institute of Hydrodynamics of Siberian Branch of Russian Academy of Sciences
2	Boreskov Institute of Catalysis, Siberian Branch of the Russian Academy of Sciences
3	Budker Institute of Nuclear Physics, Siberian Branch of the Russian Academy of Sciences
4	Institute of Solid State Chemistry and Mechanochemistry SB RAS

“Fast Processes” is one out of six 1st priority beamlines that are planned for construction within the project SRF SKIF (Shared Research Facility “Siberian circular photon source") [1]. The beamline would include two independent instruments installed at a wiggler source, i.e., Dynamic processes and Plasma. The beamline is designed to meet a wide range of research and technological challenges related to processes occurring in nano- and microsecond timescales. The current conceptual design of the beamline aims at a complex approach to structural studies of various objects relying on high-brightness synchrotron radiation beams. The beamline would implement X-ray diffraction, small-angle scattering, and radiography techniques with a high temporal resolution, with a typical delay between frames down to 2.8 ns and exposures of about 50 ps. The assortment of scientific problems to be solved at the beamline includes studies of detonation processes; impact of explosion and shock waves on structural materials; dynamic endurance and fracture emergence; influence of laser irradiation and plasma on a variety of substances. The aforementioned synchrotron-based techniques will allow us to track structural changes along the detonation and shock-wave front, detect the formation of nanoparticles from explosion products (e.g., nanodiamonds), and elucidate the phase composition and local structure of substances subjected to extreme dynamic impacts.

RUBTSOV I. A. , TEN K.A. , PRUUEL E.R. , KASHKAROV A.O. , ARAKCHEEV A.S. , TOLOCHKO B.P. , ANCHAROV A.I. , ZUBAVICHUS Y.V. , RAKSHUN Y.V. , ZOLOTAREV K.V. , MEZENTSEV N.A. , SHKARUBA V.A. , TREBUSHININ A.E. , KHOMYAKOV Y.V. , SHEKHTMAN L.I. , ZHULANOV V.V. , AULCHENKO V.M.
CONCEPTUAL DESIGN OF THE FAST PROCESSES BEAMLINE AT THE SRF SKIF 4TH GENERATION SYNCHROTRON
В сборнике SYNCHROTRON AND FREE ELECTRON LASER RADIATION: GENERATION AND APPLICATION (SFR 2020). – Budker Institute of Nuclear Physics of the Siberian Branch of RAS., 2020. – C.87-88. – ISBN 978-5-904968-07-6. РИНЦ

РИНЦ:

46197729

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