Conveners
Radiation sources and Centers
- Gennady Kulipanov (Director of SSTRC)
Radiation sources and Centers: Part II
- Mikael Eriksson (MAX IV Laboratory)
Radiation sources and Centers: Part III
- Nikolay Vinokurov (Budker INP)
Radiation sources and Centers: Part IV
- Eugeny Levitchev (Budker INP)
Presentation Materials
There are no materials yet.
Prof.
Mikael Eriksson
(MAX IV Laboratory)
04/07/2016, 08:40
SR and FEL sources and centers
Invited Oral
The MAX IV storage ring in Lund, Sweden, is the first Multi Bend Achromat (MBA) SR source going into operation. This report describes the MAX IV concept, technical solutions and commissioning status. Finally, an international overview of some of the MBA projects being constructed or planned is given.
Dr
Oleg Shevchenko
(BINP)
04/07/2016, 09:20
SR and FEL sources and centers
Invited Oral
A powerful free electron lasers (FEL) has been created at Budker INP. Its wavelength can be tuned over a wide range in terahertz and infrared spectrum regions. As a source of electron bunches this FEL uses multi-turn energy recovery linac which has five straight sections. Three sections are used for three FELs which operate in different wavelength ranges (the first one - 90-240 microns, the...
Dr
Gwo-Huei Luo
(NSRRC)
04/07/2016, 10:30
SR and FEL sources and centers
Invited Oral
Taiwan Light Source (TLS) was the first third generation light source in Asia and served to users in 1993 with 1.3 GeV beam energy and 200 mA design current. The requests for higher photon energy and flux emerged from x-ray users’ community. After series upgraded, TLS has the capabilities running in top-up injection with beam energy increased to 1.5 GeV and 360 mA of beam current. A six-fold...
Dr
Konstantin Zolotarev
(Budker Institute of Nuclear Physics)
04/07/2016, 11:10
SR and FEL sources and centers
Invited Oral
The Siberian Siberian Synchrotron and Terahertz Radiation Center is the oldest Russian center for synchrotron radiation applications. The center combines the research efforts of numerous scientific groups, mostly from institutes of the Novosibirsk Scientific Center, as well as groups from institutes and universities of other Russian cities. The center provides research groups with access to...
Dr
Richard Walker
(Diamond Light Source)
04/07/2016, 13:00
SR and FEL sources and centers
Invited Oral
Possibilities for future SR and FEL development in the UK
Dr
Yi Jiao
(Institute of High Energy Physics)
04/07/2016, 13:40
SR and FEL sources and centers
Invited Oral
The High Energy Photon Source (HEPS), a kilometre-scale diffraction limited storage ring light source, with energy of 5 to 6 GeV and emittance of a few tens of pm.rad is to be built in Beijing and now is under design. In this paper we reported the progress of the physical studies for the HEPS project, covering issues of storage lattice design and optimization, resonance effect evlatuion,...
Mr
Sergey Gurov
(BINP)
04/07/2016, 14:20
SR and FEL sources and centers
Oral
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.
Dr
Heishun Zen
(Institute of Advanced Energy, Kyoto University)
04/07/2016, 15:00
SR and FEL sources and centers
Invited Oral
A mid-infrared FEL named as KU-FEL has been developed for energy related sciences at Institute of Advanced Energy, Kyoto University. The wavelength range of KU-FEL is 5-20 micro-m and routinely operated for various user experiments. A compact THz-FEL, which consists of a photocathode RF gun, a bunch compressor and an undulator, is now under development. Present status and future plan of the...
Dr
Ryoichi Hajima
(National Institutes for Quantum and Radiological Science and Technology)
04/07/2016, 15:30
SR and FEL sources and centers
Invited Oral
Generation of high-energy photons via collision of relativistic
electron and laser beams is known as inverse Compton scattering
or laser Compton scattering.
Compton sources, photon sources based on Compton scattering,
have been developed in the world
to realize high-flux/high-brightness X-ray/gamma-ray sources
and exploit applications with energy-tunable and narrow-bandwidth...
Prof.
Vladimir Pavelyev
(Samara University)
04/07/2016, 16:00
SR and FEL sources and centers
Invited Oral
The emergence of coherent, high power sources of THz radiation [1] has formed a need for optical elements to control this radiation. It is known that high-power THz beams can be controlled by silicon diffractive optical elements (DOEs) [2,3,4]. The lithographic etching of a silicon substrate [2,3,4] has disadvantages: fabrication of multi-level elements by lithographic etching requires an...
Mr
Pavel Piminov
(BINP SB RAS)
04/07/2016, 16:30
SR and FEL sources and centers
Oral
Presently at VEPP-4 storage ring facility varied experimental programs are carried out including HEP, nuclear physics, synchrotron radiation and e+e− beams (polarized and unpolarized).
Dr
Vitaliy Shkaruba
(BINP)
04/07/2016, 16:50
SR and FEL sources and centers
Oral
One of the directions of BINP activity is the creation of multipole superconducting wigglers with the magnetic field levels from 2 T to 7.5 T which are installed on many SR sources. Special efforts were made by BINP to develop the cryogenic system with zero liquid helium consumption. The next significant step became the design and creation of superconducting full size prototype of dumping...
