Conveners
X-ray apparatus: Part I
- Anatoly Snigirev (Immanuel Kant Baltic Federal University)
X-ray apparatus: Part II
- Nikolay Mezentsev (Budker Institute of Nuclear Physics)
Dr
Irina Snigireva
(European Synchrotron Radiation Facility)
07/07/2016, 13:00
SR technological application and X-ray apparatus
Invited Oral
We present a coherent high energy X-ray microscope to study the wide range of natural and artificial mesoscopic materials that are structured on scales of the order of a few to a few hundred nanometers. The concept of the proposed microscope is based on employing compound refractive lenses allowing to retrieve high resolution diffraction pattern and real-space images in the same experimental...
Mr
Vladimir Nazmov
(Budker Institute of Nuclear Physics)
07/07/2016, 13:40
SR technological application and X-ray apparatus
Oral
An increased depth of the transformed material, due to the low absorption of materials to X-rays, was one of the main advantages of the X-ray lithography for the photolithography and for the electron beam lithography. But, this property was an obstacle to its further development concerning 3D patterning. Practically, all the created by X-ray lithography so-called 3D structures [A.del Campo,...
Aleksey Lemzyakov
(BINP SB RAS)
07/07/2016, 14:00
SR technological application and X-ray apparatus
Oral
One of main problems in deep X-ray lithography (DXRL) is X-ray masks fabrication.
The primary way to get high-resolution X-ray masks is to use soft X-ray lithography with intermediate X-ray mask. The soft X-ray lithography is performed at “LIGA” station of VEPP-3 synchrotron radiation (SR) source in Siberian Synchrotron and Terahertz Radiation Centre (SSTRC).
In addition, the technique of...
Mr
Maxim Polikarpov
(IKBFU)
07/07/2016, 14:20
SR technological application and X-ray apparatus
Oral
An intensive development of X-ray refractive optics’ instrumentation and tools has given birth to X-ray refractive lenses [1] which are now standard elements at third-generation synchrotron radiation sources. In view of the global switch to the fourth generation of synchrotron sources and X-ray Free Electron Lasers, there is a growing need for x-ray optical elements fabricated from materials...
Mr
Anton Nikolenko
(BINP)
07/07/2016, 15:00
SR technological application and X-ray apparatus
Oral
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 (80–2000 eV) and vacuum ultraviolet (10–100 eV) ranges. Also at the station is carry out works on the measurement of the spectral transmission of soft X-ray filters, the...
Mr
Artem Zorin
(BINP)
07/07/2016, 15:20
SR technological application and X-ray apparatus
Oral
Manufacture of magnetic devices like wigglers and undulators requires magnetic measurements. There are well-known Hall probe and moving wire based methods. This paper describes current driven wire based method. A thin nonmagnetic wire is strained within the wiggler. It is secured and tighten on supports located in some distance from the wiggler. Wire position sensors are located on the wiggler...
Mr
evgeny kozyrev
(binp)
07/07/2016, 15:40
SR technological application and X-ray apparatus
Oral
We developed method of thin scintillator films preparation based on thermal CsI(Tl) deposition on glass substrates. The influence of deposition conditions on the micro columnar structure and crystalline property of the films was studied by scattering electron microscopy. The element composition was investigated by X-ray fluorescence method. We measured light output and spacial resolution as a...
Prof.
Andrei Seryi
(John Adams Institute)
07/07/2016, 16:00
SR technological application and X-ray apparatus
Invited Oral
In this overview talk we will describe development of compact light sources of various types, ranging from plasma acceleration betatron light sources to compact SC ERL sources, in the John Adams Institute and in UK. We will describe the accelerator science challenges and progress in developments of such sources, in particular in increasing the average flux and repetition rate of such sources...
