# Synchrotron and Free electron laser Radiation: generation and application (SFR-2018)

25-28 June 2018
Budker INP
Asia/Novosibirsk timezone
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## Contribution List

Displaying 169 contributions out of 169
Track: SR technological application and X-ray apparatus
This report presents a family of precision switch-mode power supplies specially designed for highly inductive superconducting magnets used in particle physics experiments. The power supplies have an output current range from 500 to 1300A and are adapted to non-linear load behaviour while maintaining high stability of the output parameters. Circuit designs aimed at reducing switching losses and ... More
Presented by Mr. Sergei VASICHEV, Mr. Artem KREMNEV, Dr. Alexandr EROKHIN
Type: Oral Track: X-ray spectroscopy
Recently, a series of experimental findings which are difficult to understand within the frame of classical nucleation theory (CNT) have been established. In particular, a formation of extra-ordinary large-scale (in comparison with the size of classical nuclei) pre-nucleation species has been observed in a range of processes such as crystallization of calcium carbonate, calcium phosphate, silica g ... More
Presented by Dr. Maxim LIKHATSKIY
Type: Poster Track: X-ray spectroscopy
Nowadays, palladium supported on different carriers is one of the most intensively studied catalytic systems. Pd-based catalysts exhibit excellent activity in such important processes as hydrogenation of organic acids and oils, selective hydrogenation of acetylene to ethylene, oxidation of methane and carbon monoxide, etc. An enhancement of catalytic properties is achieved by using Pd-based bimeta ... More
Presented by Anna TSAPINA
Track: SR technological application and X-ray apparatus
Metrology synchrotron radiation station “Cosmos” is functioning in the Siberian Centre of Synchrotron Radiation and uses radiation from the VEPP-4 storage ring. As part of the methodological support of the station's operation, a methodology for measuring the spectral sensitivity of detectors in the VUV range was developed and validated. The calibration is carried out using the reference detect ... More
Presented by Dr. Anton NIKOLENKO
Type: Oral Track: X-ray structural analysis
Solutions of SiO$_2$ nanoparticles (with typical diameter of 5--25 nm) in water stabilized by a small amount of alkali ions --- known as silica sols --- exhibit strong gradient of the surface potential at the sol/air interface. It has been shown previously that under such boundary conditions charged silica nanoparticles ($Q\sim 1000$ $\bar e$) form a macroscopically flat layer near the surface, i ... More
Presented by Yuriy VOLKOV
Type: Poster Track: X-ray fluorescent analysis
Samples of modern bottom sediments of Lake Shira (Khakassia) was obtained in the form of frozen bulk contained the upper 20cm of bottom sediments using special sampling equipment (ice-corer). This procedure guaranteed the receiving of the unmixed and undamaged upper sediment layers. The preparation of solid samples for measurements was carried out by a vacuum drying technique and impregnated with ... More
Presented by Mr. Fedor DARIN
Type: Poster Track: SR technological application and X-ray apparatus
The use of algebraic approaches with regularization terms in tomography can improve the quality of images with a low signal-to-noise ratio. Also they work well if the object under investigation contains highly absorbing inclusions or the measurement conditions are unstable during the measurement time. They win in competition of reconstruction techniques with a limited number of projections. Then w ... More
Presented by Dr. Marina CHUKALINA
Type: Poster Track: SR technological application and X-ray apparatus
In the classical scheme of X-ray lithography, the planar pattern is transferred from the X-ray mask to the resist layer. The depth of the resulted structures is determined by the irradiation spectrum and absorbed dose and mode of development. The vertical smooth walls along the entire depth of the structure is advantage of X-ray lithography. On the other hand, in some tasks of manufacturing microm ... More
Presented by Dr. Boris GOLDENBERG
Type: Oral Track: SR for medicine and biology application
Cholelithiasis is characterized by the appearance and growth of stones in the gallbladder. Nowadays gallbladder disease comes to the first place among pathology of a digestive tract. It tends to grow steadily and is to be relevant in gastroenterology. Despite the fact that there are many attempts to use computed tomography techniques for the practical diagnosis of gallbladder stones, the problem o ... More
Presented by Mr. Yuri KRIVONOSOV
Type: Poster Track: X-ray spectroscopy
V.V. Kriventsov 1), B.N. Novgorodov 1), D.P. Ivanov 1), D.G. Aksenov 1), D.A. Zyuzin 1), N.S. Smirnova 2), V.Z. Radkevich3), O.V. Arapova 4), A.V. Chistyakov 4), S.A. Nikolaev 5), M.V. Tsodikov 4) 1) Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia 2) Institute of Hydrocarbons Processing SB RAS, Omsk, Russia. 3) Institute of Physical Organic Chemistry NAS of Belarus, Minsk, Belarus ... More
Type: Poster Track: X-ray spectroscopy
Application of XAFS for the study of state and genesis of nanosized forms of precious metals stabilized on the support of the different nature V.V. Kriventsov 1), D. A. Bulushev 1), B.N. Novgorodov 1), D.G. Aksenov 1), D.A. Zyuzin 1), S.A. Nikolaev 2), A. Simakov 3), A.V. Chistyakov 4), O.V. Arapova 4), M.V. Tsodikov 4) 1) Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia 2) Lomo ... More
Type: Oral Track: X-ray spectroscopy
The compounds of fluorinated few-layered graphene are of great research interest as promising materials in nanoelectronics, optoelectronics, sensorics, and catalysis. The study of the electronic structure makes it possible to reveal the relationship between the structural features and the physicochemical properties of the compounds. X-ray absorption spectroscopy (XAS) and X-ray photoelectron spect ... More
Presented by Dr. Igor ASANOV
Type: Oral Track: X-ray structural analysis
Additive manufacturing of titanium alloys is an advance and intensively developing field of modern material science due to the wide application of titanium alloys in various industries. One of the important and interesting aspects of the study of additive materials is the establishment of regularities in the interaction of hydrogen with titanium alloys produced by the method of electron beam melti ... More
Presented by Dr. Viktor KUDIIAROV
Track: SR and FEL sources and centers
Complementary to many other upgrade programs, BESSY VSR strives to provide a train of ultra-short bunches while maintaining a large average beam current and thus high brilliance to the users. This upgrade program requires installing a set of superconducting cavities into the machine next to improvements and refurbishments in the existing accelerator chain. In this presentation we present the c ... More
Presented by Dr. Pierre SCHNIZER
Type: Invited Oral Track: SR and FEL sources and centers
Design of extended optical beamlines, calculated and measured beam parameters of three Novosibirsk free-electron lasers are presented.
Presented by Dr. Vitaly KUBAREV
Type: Poster Track: SR technological application and X-ray apparatus
Beryllium is an important material for a wide range of scientific applications due to its unique properties. Because of its low atomic number and very low absorption for X-rays, beryllium is widely used for windows of X-ray tubes and synchrotron sources, detectors and as sample holders for special X-ray spectroscopy applications. It is the best material for X-ray refractive optics, which is extens ... More
Presented by Mr. Ivan LYATUN
Track: X-ray fluorescent analysis
Two sediment cores were retrieved from the Lake Karakyol (Teberda, Western Caucasus) during the field expeditions of 2010 and 2014. The cores (depths 20-85 cm and 0-60 cm, respectively) were combined to create a joint master-chronology using the results of high-resolution scanning SR XRF analysis carried out within the facilities of BINP SB RAS. In addition, traditional sedimentary analyses (loss- ... More
Presented by Mr. Mikhail ALEXANDRIN
Type: Poster Track: SR technological application and X-ray apparatus
The powerful free electron laser of the Siberian center for photochemical research consists of an injector, an accelerator RF structure, one vertical and four horizontal paths, and dump. The 1st stage of the FEL has one vertical track, the electron energy up to 12 MeV. 2nd FEL has two horizontal tracks on the 1st track of the electron energy 10 MeV . On the 2nd track energy is equal to 20 MeV. ... More
Presented by Dr. Tatiana SALIKOVA
Type: Poster Track: THz radiation aplication
Beams of photons with an orbital angular momentum (or vortex beams) are of interest both for fundamental physics and for various applications. In the visible range, there are many ways to generate such beams, for example, using spatial light modulators (SPM). In the terahertz frequency range, for which SPM has not yet been developed, diffractive optical elements (DOEs) remain one of the most effec ... More
Presented by Mr. Oleg KAMESHKOV
Type: Poster Track: SR technological application and X-ray apparatus
The calibration of the spectral properties of the crystals (quartz, mica and potassium biphthalate ) were carried out at the station "Cosmos" using synchrotron radiation from the the VEPP-4 storage ring. The measurements were carried out by the rocking curve method at the 1-6 keV spectral range. The report describes measurement conditions, data processing procedures and the experimental results. ... More
Presented by Dr. Anton NIKOLENKO
Type: Poster Track: X-ray spectroscopy
Electrodeposited films of polypyrrole are widely used in many technological applications, including anticorrosive protection of metal and steels [1]. It is known that the protective effect of coatings can be significantly improved by doping the polymer with alkyl sulfates or alkyl sulfonates, for example, dodecyl sulfate anions [2]. In this work, polypyrrole films were grown by electropolymerizati ... More
Presented by Dr. Alena MARATKANOVA
Type: Poster Track: THz radiation aplication
Nuclear magnetic resonance (NMR), which is along with X-ray crystallography one of the basic methods for determination of the protein molecular structure, greatly suffers from its low sensitivity. Therefore, the development of the instrumentation and technique for the NMR sensitivity enhancement methods such as dynamic nuclear polarization (DNP) is a topical problem. For current high-field NMR spe ... More
Presented by Prof. Andrei SAVILOV
Type: Poster Track: SR and FEL sources and centers
Free-electron lasers (FELs) have a key advantage over other types of lasers: the possibility of an operative and smooth tuning of the wavelength of monochromatic radiation. However, this process causes changing of the focusing strength of the undulator and, consequently, requires the matching of the rest of the FEL magnetic system. As a solution to this problem, two approaches were proposed: 1) co ... More
Presented by Anton MATVEEV
Type: Poster Track: X-ray spectroscopy
The first results of the study of test samples of technological and natural origin having complex composition to develop combined SR techniques (XAFS, XRF) are shown. The main purpose of investigation is to pass developed approach for SR studies of microinclusions and microparticles in future. All spectra, using µ- and standard modes, were recorded both on experimental module X-ray Confocal Micro ... More
Presented by Mr. Ivan STROKOV
Type: Poster Track: SR and FEL sources and centers
We propose simple method to modulate output radiation power in FEL oscillator which allows to adjust smoothly the average radiation power as well as to obtain short (down to 35 microseconds) radiation macrobunches. This method is based on periodic shift of electron bunch phase with respect to FEL radiation bunch stored in optical cavity which results in lasing suppression. The phase shift frequenc ... More
Presented by Dr. Tatiana SALIKOVA
Type: Oral Track: SR and FEL sources and centers
The recent development of low-emittance storage rings promises particular benefits for techniques that require tightly focused and brilliant beams of synchrotron radiation, such as XRF/XRD/XAS micro- and nanomapping, high-pressure research *etc.* The "MicroFocus" beamline was designed to use all benefits of low-emittance storage ring enhanced by modern refractive X-ray optics, and provide a 'multi ... More
Presented by Dr. Sergey RASHCHENKO
Type: Poster Track: SR technological application and X-ray apparatus
An undulator beamline with working name “Electronic structure” at the new synchrotron center SKIF (Novosibirsk, Russia) will be dedicated to advanced X-ray spectroscopies for studying electronic structure of the surface layers and in the bulk of different classes of compounds and functionalized materials with a high energy resolution in the x-ray range from 50 to 10000 eV. The beamline will c ... More
Presented by Dr. Tatyana ASANOVA
Type: Poster Track: THz radiation aplication
Theory of acousto-optic (AO) diffraction of a long wavelength radiation have to take into account divergence of a light beam upon propagation. The effect of a light beam divergence is especially strong in terahertz (THz) range. In this spectral range the most suitable AO media are absorbing and it's light absorption coefficient is about 1 1/cm. Theory of AO interaction taking into account divergen ... More
Presented by Mr. Pavel NIKITIN
Track: X-ray spectroscopy
At present time XAFS method, using of SR sources, in a various methodical modes and options is a well-known powerful tool to investigate the state of the elements and the local structure of the diverse nanosized systems having different kinds of aggregation: high dispersed material, semiconductors, solutions, nanoalloys, glasses and others. In this work, on example of studies carried out at the EX ... More
Type: Poster Track: SR and FEL sources and centers
New undulator for the first stage of Novosibirsk free electron laser (FEL) was developed. Installation of the new undulator will significantly increase radiation tuning range of the first stage FEL due to its features, among them are possibility to vary period of the undulator continuously, possibility to change number of periods and small period to aperture ratio. Mechanical construction is descr ... More
Presented by Mr. IGOR DAVIDYUK
Type: Invited Oral Track: SR technological application and X-ray apparatus
New ultimate parameters of the beam provided by the diffraction-limited sources will open up unique opportunities to build up a new concept for the beam- transport and conditioning systems based on in-line refractive optics [1]. Taking an advantage of the reduced horizontal source size and divergence, the refractive optics integrated into the front-end can transfer the photon beam almost without l ... More
Presented by Dr. Anatoly SNIGIREV
Track: X-ray fluorescent analysis
The Selenga River is the main inflow of Lake Baikal and its suspended material penetrates away into the lake. The catchment of the Selenga River is 447000 km2 and water content of the river is a proxy of moisture of the south part of East Siberia and the Northern Mongolia. In this reason, studding of geochemical pattern of bottom sediments of Lake Baikal we can reconstruct water content of the Sel ... More
Presented by Dr. Valentina TRUNOVA
Type: Oral Track: SR technological application and X-ray apparatus
Development of the method for time-resolved controlling of x-ray beam parameters by several modes of longwave vibration (longitudinal or bending) will be represented. We suppose that both modes could be useful to provide timeresolved x-ray study. In case of longitudinal vibrations, diffraction conditions changes by modulation of lattice parameters with tension-compression regular deformations. In ... More
Presented by Anton TARGONSKIY
Type: Oral Track: SR technological application and X-ray apparatus
Nowadays X-ray microtomography is convenient and widely used tool for scientists in laboratory and synchrotron sources. In this work, we show our progress in development of laboratory X-ray microtomography setups. Using X-ray optical elements (bubble lenses and asymmetrically cut crystals) allows us to reach spatial resolution up to 1 um at field of view about 1 mm. Without optical elements, spati ... More
Presented by Dr. Alexey BUZMAKOV
Type: Poster Track: SR technological application and X-ray apparatus
To explore the inner structure of fast moving objects, an X-ray flash generator in energy range from 30 to 200 keV is used. Since the X-ray radiation is scattered by the object, X-ray grids are used to collimate the beam of radiation near the X-ray tube and dampen the scattered radiation before detector. The development of microcollimators using LIGA based on synchrotron X-rays was performed. Us ... More
Presented by Dr. Boris GOLDENBERG
Type: Oral Track: SR and FEL sources and centers
Recently, the creation of new technologies in the physics of particle accelerators led to a sharp increase in maximum brightness and coherence of synchrotron radiation (SR). The production of low–emittance beams is one of the key techniques for electron accelerators and synchrotron light sources. As a consequence, accurate diagnostics and monitoring of the generated X-ray source have become an i ... More
Presented by Mr. Artem KHEGAY
Type: Poster Track: THz radiation aplication
A Bessel beam with orbital angular momentum, or vortex beam, can be generated using diffraction from an axicon with spiral zones. In this case the Bessel function of the beam doesn’t depend on the wavelength of generation and is determined by the topological charge only. Hence, for vortex beam generation with a tunable radiation source, as the Novosibirsk free electron laser (NovoFEL), a diffrac ... More
Presented by Ms. Natalya OSINTSEVA
Type: Oral Track: X-ray structural analysis
The normal operation of fusion reactor based on tokamak involves periodical transient heat loads to divertor plates. The currently the divertor plates of ITER is supposed to be covered by tungsten. The tungsten tends to cracking as a result of the pulsed heating. The reasons of the crack formation are deformation and mechanical stresses caused by the raise of temperature of thin surface layer. The ... More
Presented by Dr. Aleksey ARAKCHEEV
Type: Poster Track: THz radiation aplication
The influence of terahertz radiation on the transport characteristics of serum albumin manifests itself as changes in bonding with biologically significant species, such as molecular oxygen and nitrogen oxide. Causing no rupture of covalent bonds, terahertz radiation may affect rotational and rovibrational transitions in biomolecules. To observe the effects of this kind, it is necessary to study t ... More
Presented by Mrs. Evgeniya NEMOVA
Type: Poster Track: SR and FEL sources and centers
The electron outcoupling scheme was proposed for the high power FELs with optical cavities to avoid the power limitation due to overheating of reflecting mirrors. For this purpose, the electron beam is prebunched while passing the first undulator along the optical axis and then is deflected by a small angle, directed to one of the next undulators and emits the high-power radiation. Electron outco ... More
Presented by Mr. Yaroslav GETMANOV
Type: Poster Track: SR for medicine and biology application
This study focuses on determination of element composition of plants belonging to different species of the genus Dasiphora (the Rosaceae family) occurring in East Siberia and the Russian Far East and on revel of species with high content of macro- and microelements. The plants of five species (D. fruticosa, D. parvifolia, D. mandshurica, D. gorovoii, D. davurica, and the variety D. davurica var. f ... More
Presented by Dr. Elena KHRAMOVA
Type: Poster Track: SR for medicine and biology application
A study has been first made of the element composition of both the plants of six species from three families, growing in the Mountain Altai and the soil samples from their habitat by method of X-ray fluorescence analysis using synchrotron radiation (SRXRF) at the station of element analysis of SCSTR of the Institute of Nuclear Physics SB RAS (VEPP-3 store ring). The material studied was represen ... More
Presented by Dr. Elena KHRAMOVA
Type: Oral Track: X-ray fluorescent analysis
Lake sediments offer valuable highly-resolved continuous records of past climatic and environmental changes. Temporal coverage of these records typically constitutes centuries to millennia. Over past decades many indicators have been explored in the sediments and used as proxies for past climatic and environmental conditions. One powerful technique for paleoreconstructions, that has been perfected ... More
Presented by Alexei GRACHEV
Type: Poster Track: X-ray spectroscopy
Hot plasma is formed at irradiation of matter by high intensity laser radiation with ultrashort pulse duration. This plasma is a bright source of continuous and characteristic x-ray radiation. Due to short luminescence time (~10 ps) and micrometer size of luminescence region (~10 um), such sources are applied in different sciences [1-3]. At a picosecond laser facility, experiments were conducted ... More
Presented by Dr. Denis VIKHLYAEV
Type: Poster Track: SR technological application and X-ray apparatus
The high degree of coherence, brightness and power of X-radiation from free-electron X-ray lasers (XFELs) and 4-generation synchrotron sources [1] requires the development of new X-ray optics capable of withstanding extreme thermal and radiation loads. Diamond has excellent optical properties for these X-ray sources: high temperature stability and chemical inertness, relatively low absorption of ... More
Presented by Ms. Polina MEDVEDSKAYA
Type: Poster Track: SR technological application and X-ray apparatus
The design and manufacturing method of x-ray masks, which have high-contrast in x-ray spectral range of shorter wavelengths (λ ≈ 3÷7 Å), are described. This masks can be a tool to form a resistive mask with a thickness of ~20÷150 microns and also can be used as intermediate mask for the fabrication of LIGA-masks for deep X-ray lithography. The manufacturing method is based on silicon plana ... More
Presented by Mr. Aleksandr GENTSELEV, Dr. Boris GOLDENBERG, Mr. Aleksey LEMZYAKOV
Type: Poster Track: SR technological application and X-ray apparatus
The design and method of manufacturing high-contrast LIGA masks for deep X-ray lithography in the spectral range 0.5÷3Å are described. Gold was used as the material of the masking layer. Creation of this layer on the surface of the silicon plate was carried out by electro forming through a resistive mask. The bearing membrane and the support ring of the X-mask were formed by removing the cent ... More
Presented by Mr. Aleksandr GENTSELEV, Dr. Boris GOLDENBERG, Dr. Konstantin KUPER
Type: Poster Track: X-ray spectroscopy
Increased requirements for environmental safety and the introduction of new standards for the content of harmful impurities in waste gas mixtures led to significant progress in the development of devices to neutralize automobile exhausts and emissions of industrial gases based on catalytic systems containing noble metals, especially palladium and rhodium, allowing the transition to processes of lo ... More
Type: Poster Track: SR and FEL sources and centers
Experiments have been performed to suppress vertical oscillations of the synchrotron radiation (SR) beam of the VEPP-3 storage ring by introducing a fast feedback. These oscillations are caused both by current pulsations in the magnetic elements and by mechanical vibrations, and can not be suppressed by the existing beam stabilization system. In experiments, the beam position sensor which was a ... More
Presented by Dr. Mihail FEDOTOV
Track: X-ray structural analysis
Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia Fine metal and oxide particles supported by various oxides are an important class of catalytic systems. The surface of oxide support can strongly affect the degree of dispersion, structure and catalytic properties of supported nanoparticles. Structural characterization is known to play key role in understanding of catalyst structure-ac ... More
Presented by Prof. Ella MOROZ
Type: Poster Track: THz radiation aplication
The present report describes a new phenomenon - short-term exposure of water with focused terahertz radiation of free electron laser leads to the formation of nanoparticle suspension (hydrosol). Composition of the particles formed corresponds to the material of containers used in the experiment. The present report is focused on the graphite hydrosol formation. High purity (99.5%) graphite electrod ... More
Presented by Dr. Alexander KOZLOV
Type: Oral Track: SR and FEL sources and centers
One of the key problems in realization of short-wavelength FELs is a small efficiency determined the so-called FEL parameter, which is typically ~0.001 for existing X-ray FELs. Evidently, a similar condition limits the spread in initial energy of particles forming the operating electron bunch. A well-known way for a significant increase in the FEL efficiency is the use of tapered undulator an ... More
Presented by Prof. Andrei SAVILOV
Type: Oral Track: SR technological application and X-ray apparatus
Detector for imaging of explosions (DIMEX) is successfully exploited at the Siberian Synchrotron Radiation Center for more than ten years. DIMEX can measure spatial distribution of SR after an exploding sample from individual bunches without mixing radiation from them. Recent upgrade of the gaseous version of the detector with custom ASIC DMXG64 allowed to increase the number of stored frames in ... More
Presented by Mr. Lev SHEKHTMAN
Type: Oral Track: SR and FEL sources and centers
There is synchrotron radiation experimental program at electron-positron collider VEPP-4M. Taking to account maximum beam energy, hard X-ray experiments at the storage ring seems rather attractive. The paper describes VEPP-4M VEPP-4M performance at high energy with high current. New hybrid magnet wiggler developed recently specially to increase photon flux in the range of 50÷100 keV is also discu ... More
Presented by Mr. Pavel PIMINOV
Type: Oral Track: SR and FEL sources and centers
At the end of the 90s the first compact THz FEL at KAERI put into operation. Syne a large number of experiments on this FEL were held. Also its specifications were improved during this time. A number of user stations were designed for this FEL. It operates now, but its lifetime is almost terminated and needs frequent repairs. In this connection, a development of a new machine seems reasonable. Its ... More
Presented by Prof. Sergey MIGINSKIY
Type: Poster Track: THz radiation aplication
Perfect THz absorption has attracted increasing research interest in recent years due to the potential applications in photo-detectors [1]. Here we present the high efficient broadband THz absorber, which is a low-resistance silicon plate with a 3-level structure formed on one side. Since low-resistance silicon has a high absorption in the THz range, it was decided to use it as a THz absorber. To ... More
Track: SR technological application and X-ray apparatus
A hybrid 9-pole wiggler was developed in the Budker Institute of Nuclear Physics and successfully installed at the VEPP-4M accelerator complex. This wiggler consists of 9 poles, which are electromagnets with an iron core. In order to achieve the greatest value of the field in the gap, permanent magnets with magnetization of 1.2 T are set between the wiggler poles. This combination of electromagnet ... More
Presented by Grigory BARANOV
Type: Poster Track: X-ray structural analysis
This work was aimed at structural studies of mixed oxygen–electron conducting Pr(2-x)CaxNiO4(x=0.1-0.6) oxides synthesized by by the coprecipitation method with the final sintering temperature of 1150-1250C. Structural changes of samples during heating in the excess/lack of oxygen were characterized by X-ray diffraction (XRD) method using synchrotron radiation. The heating rate and temperature ... More
Presented by Zakhar VINOKUROV
Type: Oral Track: X-ray spectroscopy
Keywords: In situ XAS, operando XRD, CuFeAl-composite catalysts, CO oxidation, catalytic combustion. Catalytic oxidation of gasification products of solid fuels is allows utilizing low-grade fuels such as lignite, peat, and firewood as well as various industrial wastes. At the same time catalytic combustion produces a significantly lower amount of harmful emissions then “traditional combustio ... More
Presented by Dr. Andrey SARAEV
Type: Poster Track: X-ray structural analysis
Aluminum powders, due to their high specific heat of combustion, are widely used in explosive, the production of high-energy combustible mixtures and solid fuels for rocket engines. To solve the problem of high protective properties of oxide film on the surface of metal particles, in recent years much attention is paid to the development of methods for the activation of Al powders and the optimiza ... More
Presented by Mr. Danil ESELEVICH
Type: Oral Track: X-ray spectroscopy
The complex of X-ray photoelectron analysis methods (XPS and NEXAFS) were used to investigate the structure, composition, number and type of functional groups, the density of electron states near the Fermi level of multi-walled carbon nanotubes (MWCNTs), which were nitrogen doped and modified with ionic and thermal treatments. On the basis of experimental data on the density of electronic states n ... More
Presented by Dr. Petr KORUSENKO
Type: Poster Track: SR and FEL sources and centers
It is planned to build new national sources of synchrotron radiation with extremely low emittance in Russia in the nearest future. The program is also known as SSRS-4 (specialized synchrotron radiation source of the 4-th generation). This paper describes modern and promising methods of syncrotron radiation using in relation to insertion devices for syncrotron radiation generation. It was analys ... More
Presented by Mr. Artem ZORIN
Track: SR technological application and X-ray apparatus
V.N.Korneev1), V.A.Shlektarev2), A.V.Zabelin3), N.F.Lanina2), B.P.Tolochko4), A.A.Vazina2) 1) Institute of Cell Biophysics, RAS, Pushchino, Russia 2) Institute of Theoretical and Experimental Biophysics, RAS, Pushchino, Russia 3) National Research Centre Kurchatov Institute, Moscow, Russia 4) Budker Institute of Nuclear Physics, SB of RAS, Novosibirsk, Russia Until creation of synchrotron ... More
Type: Oral Track: SR and FEL sources and centers
Up to now free-electron lasers are much powerful generators in THz-band able to operate at multi-megawatt power level. Such devices are driven by relativistic electron beams (REBs) of ~ 5 - 10 MeV oscillating in magnetostatic undulators and, thus, are rather bulky and costly. At the same time, generation of powerful THz radiation can be realized when using moderately-relativistic (0.5 - 1.5 MeV) h ... More
Presented by Prof. Nikolai PESKOV
Type: Poster Track: X-ray spectroscopy
Transition metals disulfides are currently being actively studied due to their interesting physicochemical properties. Modification of these compounds by doping atoms makes it possible to obtain materials with the necessary electronic properties. In particular, molybdenum disulphide is promising for use in such areas as catalysis [1], transistors fabrication [2], production of lithium-ion batterie ... More
Presented by Svetlana DALMATOVA
Type: Poster Track: X-ray fluorescent analysis
Models of the annual cycle of sedimentation in glacial lakes are necessary for constructing paleoclimatic reconstructions with high time resolution. Samples of bottom sediments of two glacial lakes - Donguz-Oron (Caucasus) and Kucherlinskoye (Altai) - were studied for obtaining the necessary information. The bottom sediments cores were received during field work using special samplers (box-corer). ... More
Presented by Mr. Fedor DARIN
Track: X-ray spectroscopy
Conductive polymers are used in practice as materials for electrochemical devices (batteries, fuel cells, supercapacitors), anticorrosive protective coatings and electromagnetic radiation protective layers. The properties of such materials depend on not only chemical structure of the polymer, but also on the spatial arrangement of the chains being charge conductors. But the spatial arrangement of ... More
Presented by Dr. Alexander SYUGAEV
Type: Poster Track: SR and FEL sources and centers
The Dortmund Electron Accelerator (DELTA, Germany) operated as 1.5 GeV synchrotron radiation source requires a superconducting wiggler as an insertion device for three x-ray beamlines with photon energies up to more than 30 keV. The article describes all the stages of magnetic measurement procedure. During preliminary tests in a submerged cryostat the magnetic system was trained and the magnetic ... More
Presented by Mr. Valeriy TSUKANOV
Type: Poster Track: X-ray spectroscopy
Properties of hard x-rays from tantalum targets, irradiated by femtosecond laser, were investigated experimentally. During experiments, focal spot size have been varied from 3 um to 10 um, laser pulse intensity on target changed from 10^19 W/cm^2 to 10^20 W/cm^2. Two spectrometers based on gray filters methods were employed for investigation of hard x-ray yield. Spectrometer on image plates was a ... More
Presented by Mr. Pavel TOLSTOUKHOV
Type: Poster Track: X-ray structural analysis
In a fusion reactor plasma impacts the divertor as periodic heat pulses. These heat pulses cause residual plastic deformations and mechanical stresses in the divertor which leads to the divertor’s material being destroyed. Residual deformations and stresses can be relieved due to high temperature of the divertor which is caused by the constant flow of plasma. The relaxation of deformations and s ... More
Presented by Mr. Ilya BALASH
Type: Poster Track: SR technological application and X-ray apparatus
The design and fabrication method for self-supporting mesh structures, used as high-contrast LIGA-masks in x-ray lithography of the wavelength range λ ≈ 0,5÷3 Å, are described. The LIGA-masks are produced by through-thickness patterning a solid tungsten foil fixed on a supporting ring using reactive ion-beam etching through a resistive mask of a corresponding topology. The LIGA-masks of this ... More
Presented by Mr. Aleksandr GENTSELEV
Type: Oral Track: X-ray structural analysis
For correct numerical interpretation of tomographic experiment i.e. estimation of objects attenuation coefficients it is important to obtain reconstruction of high quality which depends directly on methods of processing registered data during experiment. Data processing flow begins with its preparation for application of reconstruction algorithm. Necessary part of data processing contains subtract ... More
Presented by Mr. Anastasia INGACHEVA
Type: Poster Track: SR and FEL sources and centers
Thermionic RF guns find application as high brightness electron sources for RF linacs or as pre-injectors for synchrotron facilities. The thermionic RF guns have advantage over photo-cathode RF guns in their compact structure and simplicity of operation. However, for the applications where long electron macropulse duration (several µs) is required, such as oscillator type FELs, the thermionic RF ... More
Presented by Mr. Konstantin TORGASIN
Type: Oral Track: X-ray spectroscopy
Electric-field manipulation of ferromagnetism has the potential for developing a new generation of electric devices to resolve the power consumption and variability issues in today’s microelectronics industry. To date, in the scientific literature are few examples of the successful synthesis of self-assembled dilute magnetic Mn quantum dots with ferromagnetic order above room temperature. For t ... More
Presented by Dr. Simon ERENBURG
Type: Poster Track: SR technological application and X-ray apparatus
X-ray compound refractive lenses (CRL) with parabolic profile became standard components at beamlines of modern synchrotrons. They can be adapted to X-ray energies from 2 to 200 keV to conduct research by modifying their composition and number. In order to simplify alignment and positioning of lens assembly and to provide permanent energy and focal length tunability transfocators were proposed. Us ... More
Presented by Mr. Anton NARIKOVICH
Type: Poster Track: THz radiation aplication
Surface plasmon polaritons (SPPs) on a conducting surface can be generated not only by an external source (such as a free electron laser), but also by thermal fluctuations of the density of conduction electrons within the skin layer of a metal body. This type of SPPs is called thermally stimulated. TSPPs are a kind of evanescent surface electromagnetic waves, which is inherently nonradiative, but ... More
Presented by Mr. Ildus KHASANOV
Type: Poster Track: THz radiation aplication
Morphological changes in M.Wistar skeletal musculature, caused by focused radiation of the first stage of the Novosibirsk FEL, are considered. Optical and electron microscopy investigations of the prepared samples were performed. The aim of the study was determination of the specific changes to the tissue in comparison with CO2 laser irradiation. Detailed morphological description and possible cau ... More
Presented by Mr. Evgeny ZELENTSOV
Type: Poster Track: THz radiation aplication
The purpose of this study was to assess the effect of terahertz radiation on the erythrocytes of healthy volunteers. Exposure of the prepared samples was carried out by non-focused radiation of the Novosibirsk FEL at wavelengths of 130-200 μm with an average power density of 20 W / cm2. Samples were studied histologically by means of optical and atomic force microscope in tapping mode in native f ... More
Presented by Mr. Evgeny ZELENTSOV
Type: Oral Track: SR technological application and X-ray apparatus
Owing to the high peak and integral reflection coefficients, multilayer interference mirrors (MIMs) have unique X-ray optical characteristics in the extreme ultraviolet (EUV) and X-ray wavelength range of 0.01-60 nm. On their basis, experimental a new generation nanolithographs for a wavelength of 13.5 nm, microscopes for the transparency windows of silicon (13 nm region), carbon (5-6 nm) and wate ... More
Presented by Dr. Nikolai CHKHALO
Type: Poster Track: X-ray structural analysis
This work describes the results of the near-surface structural changes caused by the migration of oxygen vacancies in paratellurite (α-TeO2) single crystals obtained by the in situ X-ray diffraction technique under a constant electric field. This process has a reversible character [1] and its dynamics (duration is about tens of minutes) corresponds with the conductivity kinetics. When the elec ... More
Presented by Mr. Anton KULIKOV
Type: Poster Track: SR technological application and X-ray apparatus
Electron beam induced synchrotron radiation and kept near equilibrium orbit by strong electrical field of proton bunches changes focusing forces, which act on the proton beam and reduce the lifetime of protons. On this moment, a-C material coated on an inner chamber wall is the most perspective material for minimization of SEE. In the framework of the collaboration between BINP and CERN for FCC an ... More
Presented by Dr. Alexey SEMENOV
Type: Oral Track: SR and FEL sources and centers
The main problem of the Siberian Synchrotron and Terahertz Radiation Center (SSTRC) is absence of the modern light source. In spite of intensive exploring of SR beams and SR analytic techniques of the SSTRC by a large number of user groups, the SR parameters of the currently used beams strongly restrict capability of the used techniques. Budker INP has rich experience and technologies for develop ... More
Presented by Dr. Konstantin ZOLOTAREV
Type: Poster Track: SR technological application and X-ray apparatus
A new manufacturing method of a stamp or a mold is described. They can be used to mold biochips of various plastics. A typical sequence of operations in LIGA technology is as follows: the formation of a thick resistive mask by deep x-ray lithography, the creation of a stamp (or mold) by galvanoplasty and the manufacture of plastic products using a stamp (or mold). This report describes a differen ... More
Presented by Mr. Aleksandr GENTSELEV
Type: Invited Oral Track: THz radiation aplication
The mid-infrared and THz free-electron laser facility FELBE in Dresden, Germany, provides intense, nearly transform-limited picosecond pulses, which can also be combined with synchronous pico- or femtosecond pulses from near-infared tabletop lasers, thus providing unique research opportunities to advance our knowledge on the interaction of intense mid-infrared and THz ﬁelds with materials and de ... More
Presented by Dr. Harald SCHNEIDER
Type: Invited Oral Session: FEL Centers
Track: SR and FEL sources and centers
The Novosibirsk FEL facility has three FELs, installed on the first, second and fourth orbits of the ERL. The first FEL covers the wavelength range of 90 – 240 μm at an average radiation power of up to 0.5 kW with a pulse repetition rate of 5.6 or 11.2 MHz and a peak power of up to 1 MW. The second FEL operates in the range of 40 - 80 μm at an average radiation power of up to 0.5 kW with a pul ... More
Presented by Dr. Oleg SHEVCHENKO
Type: Poster Track: X-ray structural analysis
The influence of pulsed heat load on the tungsten wall of the divertor in a fusion reactor is expected to cause cracks, which will lead to the appearance of plastic deformations. In order to understand how these deformations are formed, and how to avoid it, one has to measure their dynamics during a pulsed heat load. Currently, the diagnostic of the dynamic of such deformations based on the method ... More
Presented by Mr. Sergey KAZANTSEV
Type: Invited Oral Track: SR and FEL sources and centers
Solaris – the first Polish synchrotron light source built in Krakow is in operation since mid-2015. The storage ring is a twin brother of MAXIV 1.5 GeV storage ring installed in Lund, Sweden. The lattice is composed of double bend achromat (DBA) cells with zero-dispersion straights and exhibits 12-fold symmetry. With the circumference of 96 m and energy of 1.5 GeV, its strong focusing and ultra- ... More
Type: Invited Oral Track: SR and FEL sources and centers
A dielectric laser accelerator (DLA), operating at the optical frequencies with a pulse rate close to 1 GHz, is expected to generate high-energy nano-electron bunches with a moderate average current. The nano-electron bunch permits highly efficient electron superadiance in the EUV and x-ray spectrum. In this talk, I will compare the peak and average brilliance of envisioned DLA-driven radiation so ... More
Presented by Prof. Yen-Chieh HUANG
Type: Poster Track: X-ray fluorescent analysis
The chemical composition of the deep-sea sediments of column LV 76-18-1 (north-west of the Pacific) was measured at the collective station, VEPP 3 (Institute of Nuclear Physics, SB RAS). Coordinates of the column: 49 ° 03.2 'N, 168 ° 32.3'E, depth of the sea 2683 m, column length 810 cm. The aim of the study is to study climate change in the northwestern Pacific Ocean, both on the scale of th ... More
Presented by Mr. Ivan KIRICHENKO
Type: Poster Track: X-ray structural analysis
The loss of stability of the homogenous plastic deformation of single crystal specimens of the Ni3Ge alloy was investigated under uniaxial constant-rate compressive loading. A phenomenon of high temperature strain superlocalization was observed. Plastic deformation in this case occurred in a band a few tens of microns wide, reaching the values of hundreds of percent. Using synchrotron radiation it ... More
Presented by Prof. Yulia SOLOV'EVA
Type: Invited Oral Track: X-ray spectroscopy
Development of the third generation synchrotron radiation sources has boosted X-ray spectroscopy, as illustrated by the discovery of a variety of new experimental techniques associated with the exploitation of the polarisation properties of x-rays. The detection of X-ray magnetic linear and circular dichroism in ferro-, ferri- and paramagnetic systems, the discovery of X-ray natural circular dichr ... More
Presented by Dr. Andrei ROGALEV
Type: Poster Track: X-ray structural analysis
Experiments with single and double shock compression of the materials provide background for the development of equation of state (EOS) of the material under high pressure. Double compression compared to single compression provides smaller growth of the internal energy, the states that occur due to this phenomenon are observed below Hugoniot curve, approaching to isotherm. The fact helps to ... More
Presented by Mr. Evgenii SMIRNOV
Type: Poster Track: SR and FEL sources and centers
Nowadays development of compact and cheap sources of powerful and narrowband THz radiation is highly demanded in science and technology. One of the most perspective nonlinear medium allowing to generate electromagnetic waves in the terahertz frequency range is plasma. It doesn’t have damage thresholds and can sustain electromagnetic fields with extremely high amplitudes. However, potential oscil ... More
Type: Poster Track: X-ray spectroscopy
This work is devoted to present of premiere results of the study of microparticles of the Sikhote-Alin iron meteorite by XAFS spectroscopy method. All XAFS (Ni-, Fe- K edges) spectra, using µ- and standard modes, of the microparticles and reference samples were recorded both on experimental module X-ray Confocal Microscopy situated on NRC “Kurchatov Institute” (Moscow) and at XRF-, EXAFS- sta ... More
Presented by Mr. Fedor DARIN
Track: SR technological application and X-ray apparatus
A new Transmission X-ray Microscope-Interferometer, which is based on X-ray refractive lenses and diffractive gratings, was developed for 15-35 keV photon energies in order to create the X-ray optics at the Siberian Center of Synchrotron an Terahertz Radiation and to set up the TXMI at the front-end #2 of storage ring VEPP-4M. Unlike with diffractive zone plates, which are applied at present as ob ... More
Presented by Dr. Elena REZNIKOVA
Type: Oral Track: THz radiation aplication
Terahertz (THz) surface plasmons (SPs) can be effectively used in THz communication lines, information processing devices, spectroscopic measurements of submicron dielectric layers, and metal surface quality control. Such applications necessitate implementation of various optical schemes, including splitting of THz SPs on the guiding surface. This work is the first experimental demonstration of th ... More
Presented by Mr. Vasily GERASIMOV
Type: Invited Oral Session: SR Centers
Track: SR and FEL sources and centers
An X-ray FEL Oscillator (XFELO), a low-gain device in which an X-ray pulse trapped in a X-ray cavity formed by Bragg crystals receives repeated FEL interaction will broaden the scientific vista for photon science of hard X-rays in areas requiring fully coherent and ultra-fine spectral bandwidth (BW). A 7-8 GeV super-conducting linear accelerator producing a constant stream of electron bunches is a ... More
Presented by Prof. Kwang-Je KIM
Type: Poster Track: THz radiation aplication
The detection mechanism of photoconductive detectors is the generation of free charge carriers upon absorption of photons whose energy is larger than the ionization energy. The relaxation of these carriers down to their ground state ultimately limits the speed of response as well as the sensitivity. A thorough understanding of the relaxation mechanism can help to improve the performance of detecto ... More
Presented by Ms. Valeria KUKOTENKO
Type: Oral Track: X-ray spectroscopy
Investigations of chemical processes in Chemistry have gain new opportunities thanks to Synchrotron Radiation Facilities allowing researchers to control and manage synthesis of inorganic compounds and new materials as well understand chemical reactions in details. One of the techniques for preparing nanoparticles (mono-, bi-, n-metallic) is a thermal decomposition of inorganic compounds such as mo ... More
Presented by Dr. Tatyana ASANOVA
Type: Oral Track: SR technological application and X-ray apparatus
Nowadays, malignant brain tumors are one of the most complex oncological diseases for therapeutic intervention. While radiotherapy is a powerful anticancer treatment approach, it is associated with severe side effects that drastically limit its therapeutic capacity. Since, the killing of cells by radiation is mediated by the ionization of irradiated matter, development of radioprotective agents wh ... More
Presented by Dr. Konstantin KUPER
Type: Oral Track: THz radiation aplication
Appearance of the sources of coherent and high power THz radiation [1] opened new horizons for investigations in this frequency range [2]. High attention is focused on silicon diffractive optical elements (DOE), which are used for the beam manipulation [3-6]. The lithographic etching of a silicon substrate has been used in [3, 4] to fabricate binary relief of diffractive optical elements. Lithogra ... More
Type: Oral Track: X-ray spectroscopy
The interatomic Auger transitions in the presence of core electron levels with close energies are studied theoretically and experimentally. We show that the Coulomb transitions of holes between such levels lead to a resonance (in terms of the energy difference) enhancement of the Auger spectra. !http://yadi.sk/i/YWf_QF-p3UaX2w !https://yadi.sk/i/UgVO7wyP3UaW8k Figure 1. Diagram of the int ... More
Type: Oral Track: X-ray spectroscopy
The electronic structure of CuIn1-xGaxSe2 single crystals has been determined by the method of resonant photoemission, and the main regularities of its transformation have been established with a change in the concentration x from 0 to 1. The dependence of the shape of the spectra of valence bands on photon energy has been studied. It is shown that the integrated intensities of photoemission are d ... More
Presented by Dr. Tatyana KUZNETSOVA, Prof. Vladimir GREBENNIKOV
Track: X-ray structural analysis
X-ray diffraction studies of structure, structural and phase transformations of functional materials under different external conditions are carried out at SR beamlines of VEPP-3 and VEPP-4M storage rings at Siberian Synchrotron and Terahertz Radiational Center. Beamline No.2 of VEPP-3 storage ring is dedicated for high angular resolution and anomalous scattering experiments under normal temperatu ... More
Presented by Dr. Alexander SHMAKOV
Track: X-ray structural analysis
The results of the study of kidney stones of different mineral composition are presented. Previously, studies were conducted of human kidney stones obtained from patients, both after lithotripsy and after abdominal operations [1]. The experiments mentioned above were carried out at beamline No.4 of VEPP-3 storage ring at Siberian Synchrotron and Terahertz Radiation Center (SSTRC), Novosibirsk, Rus ... More
Presented by Mr. Alexandr NIZOVSKII
Type: Poster Track: SR for medicine and biology application
The method of X-ray fluorescence analysis involving synchrotron radiation (SR XRF) has been first used at the station of element analysis of the SSTRC of the Institute of Nuclear Physics (VEPP-3 store ring) to analyze the content and composition of elements in soil and plant samples growing in places with the different level of pollution in the Novosibirsk region. The plants Hemerocallis hybrid ... More
Presented by Dr. Ludmila SEDELNIKOVA
Type: Invited Oral Track: SR and FEL sources and centers
In SSRF beam line phase II project there are 16 beam lines will be built. Besides, the storage ring will be improved. Two of the cells will be modified by using superbends to create two short straight sections. Two long straight sections will modified to double mini beta_y function lattice by adding a triplet in the middle for each. Also a superconducting 3rd harmonic cavity will be added to lengt ... More
Presented by Prof. Bocheng JIANG
Type: Poster Track: X-ray fluorescent analysis
The first results of the investigation of microparticles of the Sikhote-Alin iron meteorite are shown. Measurements was carrying out on experimental module X-ray Confocal Microscopy [1] situated on NRC “Kurchatov Institute”. The experimental parameters are excitation energy 20 keV, the size of the excitation radiation spot on the sample is 15 μm, the scanning step is 20 μm, the measurement t ... More
Presented by Mr. Fedor DARIN
Type: Oral Track: SR technological application and X-ray apparatus
The development of high-resolution angular resolved photoelectron spectroscopy (ARPES) and recent discovery of new quantum matter such as topological materials and Rashba systems with their peculiar spin-texture of the surface states stimulate to develop high-performance Spin-resolved ARPES (SARPES). Recent high-resolution radiation synchrotron sources and the newly developed high performance spi ... More
Presented by Dr. Oleg TERESHCHENKO
Type: Oral Track: SR and FEL sources and centers
Laser-driven photo-injectors allow formation of compact and accessible sources of dense electron bunches with a moderate energy of 3-6 MeV, picosecond pulse durations, and charges of up to 1 nC and even greater. These bunches can be used for realization of relatively simple and compact terahertz sources operating in the regime of spontaneous coherent radiation. This type of radiation is realized, ... More
Presented by Yulia OPARINA
Track: X-ray structural analysis
The global cycle of major volatiles such as H2O and CO2 remains among the key topics of modern petrology. In particular, active interest is taken in water recycling associated with subduction of oceanic plates into the mantle. Mineral serpentine, Mg3Si2O5(OH)4, is shown to be the main water reservoir in oceanic litosphere [1], and therefore its dehydration produces a large impact onto seismic acti ... More
Presented by Dr. Anna LIKHACHEVA
Type: Invited Oral Session: FEL Centers
Track: SR and FEL sources and centers
The FELBE User Facility at the ELBE Center for High Power Radiation Sources offers two FELs dedicated to optical studies of materials over a wide range of the THz and IR spectrum (1.2 – 60 THz / 5 – 250 μm). Driven by a CW SRF linac, the FELBE FELs deliver beam at 13 MHz to a suite of eight User Labs. The high rep. rate CW operation provides high average power as well as outstanding data st ... More
Presented by Dr. J. Michael KLOPF
Type: Poster Track: X-ray spectroscopy
V.V. Kriventsov 1), B.N. Novgorodov 1), D.P. Ivanov 1), D.G. Aksenov 1), D.A. Zyuzin 1), A.A. Vedyagin 1), N.S. Smirnova 2), D.A. Shlyapin2), V.Z. Radkevich 3), O.V. Arapova 4), A.V. Chistyakov 4), S.A. Nikolaev 5), M.V. Tsodikov 4) 1) Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia 2) Institute of Hydrocarbons Processing SB RAS, Omsk, Russia. 3) Institute of Physical Organic Chem ... More
Type: Poster Track: X-ray structural analysis
In a last few years a semiconducting material methylammonium lead triiodide CH3NH3PbI3 with perovskite-like structure which has got general name Organo-Mineral Perovskite (OMP) attracts growing interest of researchers. Based on OMP Thin Film Solar Cells for several years of development demonstrate outstanding growth of efficiency of solar light to electricity conversion (from 4 up to 22%) [1]. Suc ... More
Presented by Dr. Alexander SHMAKOV
Type: Oral Track: X-ray spectroscopy
Using the XPS and NEXAFS methods, as well as SEM and TEM, the structure of composites based on multilayer carbon nanotubes (MWNT) and tin oxides (SnOx / MWNT) and titanium (TiOx / MWNT) obtained using magnetron sputtering was studied. The obtained data showed that the formation of composites by this method provides high adhesion of metal oxides to the MWNT surface due to the formation of chemical ... More
Presented by Mr. Sergey NESOV
Track: X-ray structural analysis
Nitrogen doped carbon nanomaterials (N-CNM) currently attract a lot of interest due to their special physical, chemical and functional properties [1]. Nitrogen doped carbon nanotubes (N-CNT) look most investigated in details. It is generally recognized that N-CNT growth proceeds over iron containing catalysts with mixture of hydrocarbons and ammonia, as well as organic compounds, as a source of ca ... More
Presented by Dr. Alexander SHMAKOV
Type: Poster Track: SR technological application and X-ray apparatus
Systematic measurements of main parameters of the detectors for imaging of explosions DIMEX-G and DIMEX-Si are described. DQE, spatial resolution and timing parameters are assessed. The methods of DQE and spatial resolution measurements are described in details and sources of systematic errors are determined. Parameters of the gaseous and Si versions of the DIMEX are compared.
Presented by Mr. Dmitry KUDASHKIN
Track: X-ray structural analysis
Because of the development of chemical technology, the emergence of new materials and the improvement of engineering solutions, supercritical (SC) fluid technologies become more and more economically attractive for carrying out various chemical processes (extraction, separation, chemical reactions). Approaches using the SC state of the substance, allow the creation of unique functional materials t ... More
Presented by Dr. Alexander SHMAKOV
Type: Poster Track: SR and FEL sources and centers
Free Electron Lasers (FEL) require generation of electron beam of high quality. Some infrared FEL facilities apply thermionic RF guns due to their advantage of compactness and cost effectiveness as compared to RF photo-cathode electron guns. Other remarkable advantages are the long lifetime and moderate vacuum condition requirements. On the other hand, thermionic RF guns are suffering from back-bo ... More
Presented by Mr. Konstantin TORGASIN
Type: Poster Track: SR and FEL sources and centers
The Dortmund Electron Accelerator (DELTA, Germany) operated as 1.5 GeV synchrotron radiation source requires a superconducting wiggler as an insertion device for three x-ray beamlines with photon energies up to more than 30 keV. The beamlines are separated each by 15 mrad from the central one and each beamline uses a horizontal aperture of 5 mrad. To meet these requirements the insertion device mu ... More
Presented by Dr. Vitaliy SHKARUBA
Type: Invited Oral Session: SR Centers
Track: SR and FEL sources and centers
The Siberian Synchrotron and Terahertz Radiation Center provides possibilities for the number of the researcher groups to use modern synchrotron radiation applications and research techniques. A big part of the activity is devoted to developing new original approaches for synchrotron radiation usage. The report covers activity on synchrotron radiation applications at the Siberian Synchrotron and T ... More
Presented by Dr. Konstantin ZOLOTAREV
Track: X-ray spectroscopy
Synchrotron facilities give more precise and reliable information about structure and electronic properties of materials. For instance EXAFS and X-Ray Diffraction techniques are the powerful methods of obtaining of structural information and XANES allows to investigate an electronic structure of materials. During last decade materials science developing the methods of obtaining and studying of n ... More
Presented by Mr. Rishat VALEEV
Type: Poster Track: SR technological application and X-ray apparatus
Synchrotron radiation induced photo etching of cesium iodide (CsI) was investigated. The model for photo etching was proposed and compared with experimental data. Dependence of the etching rate on the SR spectrum and on the substrate temperature were revealed. We estimate possibility of manufacturing of high aspect ratio microstructures of CsI scintillation material. The work was done using th ... More
Presented by Mr. Aleksey LEMZYAKOV
Type: Poster Track: X-ray structural analysis
Were performed the decomposition of PVC under electron-beam irradiation (ILU-6, BINP SB RAS) without high temperature heating and melting as usually take place during pyrolysis. The product of PVC radiation treatment is carbon material (data of element analysis and Raman spectroscopy). This material has a resistance to short-term exposure to oxidizing atmosphere at temperatures above 600 oC. The m ... More
Presented by Dr. Mikhail MIKHAILENKO
Type: Poster Track: X-ray structural analysis
The study of water solutions of linear (dextran) and branched (arabinogalactan) polysaccharides with Denol substance (Bismuth potassium citrate, ISSCM SB RAS) using SAXS, nuclear magnetic resonance (NMR), transmission electron microscopy(TEM) and gel permeation chromatography (GPC) were performed. It was shown the difference in the solubility of polysaccharides in mixtures with Denol. GPC were co ... More
Presented by Dr. Mikhail MIKHAILENKO
Type: Poster Track: SR technological application and X-ray apparatus
Metrological synchrotron radiation station “Cosmos” is functioning in the Siberian Centre of Synchrotron Radiation. The purpose of the station is the development and implementation of metrology methods in the soft X-ray (80 – 5000 eV) and vacuum ultraviolet (4 – 100 eV) ranges. In order to provide such a wide spectral range the station has two monochromators, which use multilayer mirrors, ... More
Presented by Dr. Anton NIKOLENKO
Type: Poster Track: X-ray spectroscopy
High-energy ball milling of metals in organic media makes it possible to modify the chemical composition of both the surface and the bulk of particles, including modification by chemically inert substances. As-modified particles may be potentially used for various composite materials, for example, microwave absorbing magnetodielectric composites. In this work, synchrotron radiation study of iron p ... More
Presented by Dr. Alexander SYUGAEV
Type: Oral Track: SR and FEL sources and centers
Laser-driven photo-injectors are capable to form very compact and dense electron bunches with a particles energy of 3-6 MeV, picosecond and subpicosecond duration, and charge of the order of 1 nC. When moving in the periodic field of the undulator with a period of a few centimeters, such bunches can generate coherent radiation in the terahertz range. The power and duration of such a generation is ... More
Presented by Prof. Andrei SAVILOV
Type: Poster Track: THz radiation aplication
I.V. Bandurkin, Yu.K. Kalynov, Yu.S. Oparina, I.V. Osharin, A.V. Savilov, and N.A.Zavolsky The conventional low-harmonic gyrotrons operating in the terahertz frequency range require very strong magnetic fields. The fields can be decreased by using high-cyclotron harmonic operation of the gyrotron performed in the configuration of the so-called large-orbit gyrotron (LOG) with an axis-encircli ... More
Presented by Prof. Andrei SAVILOV
Type: Poster Track: THz radiation aplication
Using of structures on which multipole localized surface plasmon resonances can be excited is promising for the developing of terahertz (THz) biosensors. In this paper, the surface plasmon resonances on corrugated metal disks in conjunction with a C-shaped resonator in the THz range using numerical simulations have been studied. The parameters of the structures for which THz multipole resonances a ... More
Type: Invited Oral Track: THz radiation aplication
The commissioning of coherent high-power sources of THz radiation [1] generated a need for optical elements to control this radiation. Optical elements for terahertz waves are somewhat different from the classical optical elements. In the case of high-power radiation, which damages conventional plastic lenses like polypropylene or TPX ones, the use of silicon diffractive optical elements (DOEs) so ... More
Type: Poster Track: THz radiation aplication
This project is related to new spectroscopy method in little-developed THz range. The method is founded on using of a free electron laser with high spectral power radiation which can be smoothly tuned in desirable range of spectrum. The objects of research of this method are fast processes in physics, chemical and biological reactions. Uniform magnetic field of 6 T value in the research area can c ... More
Presented by Dr. Alexey BRAGIN
Type: Poster Track: THz radiation aplication
The influence of the synchrotron radiation on the exothermal effect of aluminum micron powder oxidation was investigated. It was founded, that exothermal effect of oxidation increased on 8.0 % (107.5 kJ/mol) after irradiation. It is the result of particles core charging due to ionization treatment of the synchrotron radiation.
Presented by Dr. Andrei MOSTOVSHCHIKOV
Type: Poster Track: X-ray fluorescent analysis
The experiment on analysis of the elemental composition of samples by their X-ray fluorescence spectra were performed at the synchrotron radiation station using radiation from the 9-pole wiggler on VEPP-4M at the Siberian Center for Synchrotron and Terahertz Radiation (SSTRC). The samples Russian and International standarts were used (G-3, KN-1, KM-1, VP-2, GMD-4, GMD-5, COG-13-3). The results o ... More
Presented by Mr. Aleksandr LEGKODYMOV
Type: Poster Track: X-ray fluorescent analysis
Rare-earth elements contain valuable information on rock forming geological processes that is used in geochemical research. The hard X-rays of synchrotron radiation of the VEPP-4M storage ring for determine concentrations of rare-earth elements in geological samples was used. The excitation energy for the determination of rare-earth elements (La-Lu) was 57-85 keV. The Compton and the multiple sca ... More
Presented by Mr. Aleksandr LEGKODYMOV
Type: Poster Track: X-ray structural analysis
During the detonation of oxygen-deficient high-explosive nano-sized condensed carbon particles are formed. Studiing of the carbon condensation process is necessary to verify the equation of state of the explosion products. In this work, we carry out the dynamic measurement of small-angle x-ray scattering (SAXS) during the detonation of molten charges of TNT–RDX of different diameter. The dyna ... More
Presented by Ivan RUBTSOV
Type: Poster Track: X-ray spectroscopy
Transition metal chalcogenides (TMC) are interesting and practically important classes of inorganic substances. TMC compounds are of great interest due to their chemical, electrophysical, magnetic and optical properties. From a fundamental point of view, TMC are convenient model systems for investigating new physical phenomena and the physicochemical properties inherent in metal cluster compounds ... More
Presented by Prof. Lev MAZALOV
Type: Oral Track: X-ray structural analysis
The output of a strong shock wave on the free surface (SP) of the metal plate leads to the development of instabilities and the subsequent formation of a flux of a finely dispersed fraction (shock-wave "dusting"). The flux of particles has a distribution in space in size and velocity. The development of the instability growth process on the metal SP and, accordingly, the characteristics of the flo ... More
Presented by Konstantin TEN
Type: Oral Track: THz radiation aplication
Hydroxyl radical OH is the main oxidizing agent in combustion processes and in atmospheric chemistry. The rotational spectrum of OH is comparatively simple - there are less than 10 absorption lines in the therahertz region, corresponding to transitions between the lower rotational states of the radical. The FID signal was observed at the OH absorption line at 83.8 cm-1, that corresponds to the ... More
Presented by Dr. Evgeniy CHESNOKOV
Type: Poster Track: X-ray structural analysis
The process of nickel hydrogenation was studied in situ by X-ray diffraction using synchrotron radiation. It is generally believed that the occurrence of defects in the metal during hydrogenation is due to the fact that hydrogen, meeting pores, cracks and other discontinuities, gathers in them, recombining into a molecular form. As a result of a constant influx of hydrogen, a high pressure is c ... More
Presented by Prof. Boris TOLOCHKO, Mr. Marat SHARAFUTDINOV
Type: Poster Track: X-ray spectroscopy
Modern X-ray emission spectroscopy (XES) is a powerful and effective method for studying the elemental composition, electronic and atomic structure of various substances and materials. The XES data allows comparing features of the electronic and atomic structure of the studied substances with their physicochemical properties to predict on this basis properties of new substances and materials. De ... More
Presented by Prof. Lev MAZALOV
Type: Poster Track: SR technological application and X-ray apparatus
Synchrotron radiation (SR) is a successfully used tool of analytical techniques for studying the composition and structure of matter. Methods of X-ray fluorescence, diffraction analysis have been successfully used at the shared-used center (SUC) "Siberian Synchrotron and Terahertz Radiation Center (SSTRC)". Prospects for the development of research infrastructure with the help of SI, the creation ... More
Presented by Dr. Boris GOLDENBERG
Type: Poster Track: X-ray structural analysis
A new beamline "Fast processes" will be put into operation in the test mode at the SKIF synchrotron radiation source in 2024. The beamline will have stations: 1) "Plasma"; 2) "High temperature"; 3) "Extreme conditions". The stations will supervise accordingly: 1) Institute of nuclear physics of the SB RAS; 2) Institute of Solid State Chemistry and Mechanochemistry of the SB RAS; 3) Institute of Hy ... More
Presented by Konstantin TEN
Type: Poster Track: X-ray structural analysis
A new beamline "Structure investigation" will be put into operation in the test mode at the SKIF synchrotron radiation source in 2024. The beamline will have stations: 1) "Precision diffraction / anomalous scattering"; 2) "In situ diffraction"; 3) "Single crystal diffraction"; 4) «USAXS / reflectometry». The stations will supervise accordingly: 1) Institute of Catalysis of the SB RAS; 2) Institu ... More
Presented by Prof. Boris TOLOCHKO, Mr. Oleg EVDOKOV
Type: Poster Track: SR technological application and X-ray apparatus
Accelerator recuperator FEL works in the following energy range: 1st FEL to 12 MeV, 2nd FEL - 20 MeV, 3rd FEL - 40 MeV. The electron beam current is about 10 mA. When the beam is lost on the walls of the vacuum chamber, the dose rate of bremsstrahlung reaches several kilo gray per hour. After recuperation, the beam (1.5 MeV) enters into the copper dump, the contribution to the dose rate from th ... More
Presented by Dr. Tatiana SALIKOVA
Type: Poster Track: X-ray fluorescent analysis
The synchrotron radiation station XRFA-SR on storage ring VEPP-4M is functioning in the Siberian Centre of Synchrotron Radiation. The purpose of the station is the development and implementation of XRFA-SR methods in the hard X-ray (40 - 100 keV) range. The article presents the main parameters of the station, a description of its layout, of its monochromatic system and detector. The obtained sp ... More
Presented by Mr. Aleksandr LEGKODYMOV
Type: Poster Track: X-ray spectroscopy
The structural determination of gold catalytic nanosystems by XAFS spectroscopy method V.V. Kriventsov 1), D. A. Bulushev 1), B.N. Novgorodov 1), D.P. Ivanov 1), D.G. Aksenov 1), D.A. Zyuzin 1), S.A. Nikolaev 2), A. Simakov 3), A.V. Chistyakov 4), O.V. Arapova 4), M.V. Tsodikov 4) 1) Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia 2) Lomonosov Moscow State University, Department ... More
Type: Poster Track: SR and FEL sources and centers
The Superconducting multipole Wiggler (SCW) originally manufactured by BINP (Budker institute of nuclear physics at Novosibirsk) was installed at the ELETTRA storage ring (Triest, Italy) in 2002. In 2013 upgrade of wiggler cryostat was made by BINP to reduce liquid helium consumption. From June 2013 to January 2017 the wiggler functioned without problems of helium consumption (although it quenched ... More
Presented by Dr. Sergey KHRUSHCHEV
Type: Poster Track: SR for medicine and biology application
Presently studies of the role of trace and macro elements in the biogenesis of diverse biologically active phenolic compounds (PC) in medicinal plants have become increasingly actual due to PC great diversity and specific functions in physiological processes. Beneficial properties of blue honeysuckle Lonicera caerulea L. s.l. (Caprifoliaceae Juss.) are attributed to their PC pool, as well as to th ... More
Presented by Dr. Irina BOYARSKIKH
Type: Oral Track: X-ray spectroscopy
0.5-20 μm thin CsI:Tl scintillation screens with high spatial resolution were pre- pared by the thermal deposition method. It was proposed that the spatial resolution of the prepared conversion screens can be significantly improved by an additional substrate heating as well as by deposition of a carbon layer. Also thin CsI:Tl films deposited on mylar substrates can be used for non-destructive di ... More
Presented by Mr. evgeny KOZYREV
Type: Poster Track: THz radiation aplication
Pump-probe experiment is widely used spectroscopic method. In case using different frequencies and different sources for pumping and probing there practically are no limitations on time duration of phenomena under investigation. But if using the same source for pumping and probing time range is limited by length of optical scheme from picoseconds to few nanoseconds. By using NovoFEL emission t ... More
Presented by Dr. Vasiliy POPIK
Type: Oral Track: X-ray structural analysis
Solid state chemistry studies several irreversible fast processes that require a single - bunch mode of investigation and are initiated by various external influences: detonation, shock waves, laser heating. As a result of this action, processes are initiated in the sample (adiabatic compression and heating, development of thermal stresses, increase of pressure in the local region), which creating ... More
Presented by Prof. Boris TOLOCHKO
Type: Invited Oral Track: SR and FEL sources and centers
Laser nature of a continuous pulse-periodical radiation of the Novosibirsk terahertz free-electron laser appears in a good coherency of its pulses and very narrow synchronized longitudinal modes. Filtration of one of the modes by a system of three resonance Fabry-Perot interferometers allows to create laser source with monochromaticity which is sufficient for typical high-resolution THz spectrosco ... More
Presented by Dr. Vitaly KUBAREV
Type: Poster Track: SR technological application and X-ray apparatus
High-performance of laser-like third generation X-ray synchrotron radiation sources provide incredible brightness and coherence, which triggered the development of compound refractive lenses (CRL). Since the first demonstration in 1996 [1] they have been realized in a wide spectrum of designs - in one and two dimensions with spherical, parabolic or kinoform profile. CRLs are fabricated from materi ... More
Presented by Aleksandr BARANNIKOV
Type: Poster Track: THz radiation aplication
Radially and axial polarized beams can be generated by superposition of orthogonally polarized Hermite-Gaussian-like beams which are equal in amplitude. The DOE which transforms Gaussian into Hermite-Gaussian modes was a plate with a phase step equal to half of the wavelength. The combination of the Hermite-Gaussian modes (1.0) and (0.1) gives us the Laguerre-Gaussian mode whose polarization stro ... More
Presented by Dr. Yulia CHOPOROVA
Type: Oral Track: THz radiation aplication
Large-scale facilities such as neutron research reactors, synchrotron light sources and free electron lasers offer natural science experimentalists the opportunity to perform unique experiments which determine the cutting edge of experimental data accessible. Novosibirsk Free Electron Laser (NovoFEL) was originally developed to fit the requirements of physicists, chemists and biologists [1] and fe ... More
Presented by Dr. Sergey VEBER
Type: Oral Track: SR and FEL sources and centers
The most advanced X-ray sources, such as third-generation synchrotrons and free electron lasers (XFEL), are capable to generate high brightness coherent radiation, especially in the hard X-ray region. The availability of such beams facilitates to the development of a new generation of X-ray optics, which goes far beyond simple focusing optical elements. This optics possesses new optical functions, ... More
Presented by Mr. Dmitrii ZVEREV
Type: Oral Track: SR technological application and X-ray apparatus
Nowadays, the development of modern microelectronics is due to the permanent improvement of non-destructive X-ray diffraction methods for studying microelectronics devices and semiconductor crystalline materials, which are used for. Intrinsic crystal structure defects often cause the deterioration parameters and characteristics of microelectronics. Thereby, identification of the imperfections of t ... More
Presented by Dr. Denis ZOLOTOV
Type: Poster Track: X-ray structural analysis
X-ray analysis has been applied for the study of the ultrafine-grained structure as a result of intense deformation in crystals Ni3Al alloy ordered by the L12 type using synchrotron radiation. In the initial state the material under study is in the single crystal ordered state and is oriented along the compression axis [211]. It should be noted that along with the ordered phase there is a small fr ... More
Presented by Olga KUTS
Type: Poster Track: SR technological application and X-ray apparatus
The design and fabrication method for thick (with thickness up to ~1 mm) planar metal microstructures of subwavelength topology, intended to control electrodynamic characteristics of radiation beams in the terahertz (THz) range of the electromagnetic spectrum, are described. Such structures have a number of advantages as compared to pseudometallic microstructures made of polymethylmethacrylate (PM ... More
Presented by Mr. Aleksandr GENTSELEV
Type: Poster Track: SR and FEL sources and centers
The evolution of X-ray sources such as third generation synchrotrons and free electron lasers has led to a development and utilization of coherence-related techniques. The laser-like properties of such sources allow one to realize the paraxial schemes of interferometry techniques like Young double slit interferometer or a grating interferometer. The idea of these setups is based on creating of a s ... More
Presented by Mr. Dmitrii ZVEREV
Type: Poster Track: SR technological application and X-ray apparatus
Flash radiography (bremsstrahlung and synchrotron radiation) was used to record micro-cumulation from the surface of flat lead, tin and cooper samples having constructional elements, i.e. a steel tube, joints of members and cavities of the shock-loaded surface. Results of this flash radiography are compared in this report.
Presented by Mr. Mikhail STOLBIKOV
Type: Oral Track: SR technological application and X-ray apparatus
Not fully ordered system (not crystals) are widespread in the surrounding nature, as well as in a number of new technologies. It seems natural to want to know what is inside, how different natural formations are arranged, or how accurately we created what we wanted. X-ray study can help us in this. As is known, X-ray structural analysis allows to reveal the internal structure of crystals up to th ... More
Type: Poster Track: SR technological application and X-ray apparatus
X-ray refractive objective lens and condenser lens were developed for hard X ray transmission microscopy with synchrotron beam at photon energies 15-35 keV. The lenses are rows with large number of separate bi-concave parabolic elements with periodic spaces in order to cross perpendicularly 2 linear rows forming point focusing. The maximal raw length is 10 cm. The material of the X-ray refractive ... More
Presented by Dr. Elena REZNIKOVA, Mr. Vladimir KONDRATIEV, Ms. Irina LOBOVA
Type: Poster Track: X-ray spectroscopy
It is well-known fact that Pd catalytic systems are very promising for processes of oil refining and petrochemistry. A direct structural XRD study of such systems is difficult due to methodological limitations, while the use of XAFS spectroscopy can provide the necessary data. The first results of the XAFS study of low-percentage Pd catalytic nanosystem stabilized on oxide support are shown. Synt ... More