Dear Colleagues!

ARRIVALS, CHECK-INS, ACCOMMODATION OF SEMINAR ATTENDEES

DINNER

BREAKFAST

SEMINARS’ OPENING
Conf. room No. 1
Presenters: A.V. Kozlov, V.V. Dremov

Opening of the Seminar, greeting of the participants

PLENARY SESSION
Conf. room No. 1
Chairman: V.V. Dremov

M.F. Akhmetov. Ekaterinburg, Russia.

Analytical equipment from friendly countries adapted for the study of active samples

R.P. Petrov. Moscow, Russia.

Gloveboxes and glovebox lines «SPECS GB»: made in russia laboratory equipment for lithium battery research, development & production

COFFEE BREAK

SECTION MEETINGS

Section 1: General problems of radiation damage physics
Conf. room No. 1
Chairman: A.V. Kozlov

Section 2: Digital tools of computer materials science
Conf. room No. 2
Chairman: V.A. Pechenkin

S.A. Averin. Zarechnyi, Russia.

Deformation and destruction of austenitic steels under the influence of neutron irradiation

A.V. Ianilkin. Moscow, Russia.

Swelling model with explicit space distribution of sinks

M.A. Semkin. Ekaterinburg, Russia.

Effect of irradiation with fast neutrons on the structural state of niobium oxide

R. Rymzhanov. Dubna, Russia.

Multi-scale modeling of the effects of swift heavy ions in solids

A.M. Ovcharenko. Moscow, Russia.

Theoretical study of radiation-induced swelling in copper, vanadium and austenitic steel irradiated with neutrons

P.V. Chirkov. Snezhinsk, Russia.

Impurities and defects influence on phonon dynamics from first principles calculation

E.A. Korneeva. Dubna, Russia.

Stability of the alloys with yttrium oxides additive under ion irradiation with fission fragments energies

K.P. Migdal. Moscow, Russia.

Monte Carlo modeling of low-energy electrons knocked-out by ions of moderated energies in silicon devices

PHOTO

LUNCH

YOUNG BEGINNERS’ SCHOOL

Section 1: General problems of radiation damage physics
Conf. room No. 1
Chairman: P.V. Bykov

Section 2: Digital tools of computer materials science
Conf. room No. 2
Chairman: V.V. Ovchinnikov

D.N. Demidov. Moscow, Russia.

Effect of radiation defects diffusion mechanism on dislocations sink strengths in BCC Fe and V metals

G.S. El'tsov. Snezhinsk, Russia.

Zirconium phase diagram from ab initio molecular dynamics

N.A. Epifanov. Moscow, Russia.

Joint action of pulsed ion beams and plasma on tantalum surface

M.V. Lapin. Snezhinsk, Russia.

Finite element modeling of casting processes, heat treatment and structure formation of cast workpieces

E.R. Kim. Almaty, Kazakhstan.

Study of mechanical properties and fracture features of ferrite-martensitic steel EP-450 irradiated by neutrons in the BN-350 reactor

E.A. Meshkov. Moscow, Russia.

Modeling of the kinetics of secondary phases formation in multicomponent systems by methods of computational materials science

V.S. Nosovets. Snezhinsk, Russia.

Injection-enhanced annealing kinetics of point and group radiation-induced defects in GaN LEDs

D.A. Monstakov. Ozersk, Russia.

Estimation of the temperature field when placing solidified high-activity pearlitic slurries in a non-returnable container

COFFEE BREAK

YOUNG BEGINNERS’ SCHOOL

Sections:
1. Materials for nuclear and thermonuclear power engineering
3. Structural materials for nuclear and thermonuclear power engineering: new approaches to creation of radiation-resistant materials
Conf. room No. 1
Chairman: S.V. Rogozhkin

Sections:
2. Digital tools of computer materials science
4. Fuel for nuclear power: structure, physical and chemical properties
Conf. room No. 2
Chairman: M.A. Semenov

A.Iu. Tarapeeva. Almaty, Kazakhstan.

Changes in magnetic properties during post-irradiation isochronous annealing of austenitic steels 12Cr18Ni10Тi and 08Cr16Ni11Мо3 irradiated in BN-350 and VVR-K reactors

V.R. Pelenitsyn. Moscow, Russia.

First-principles study of the properties of radiation defects in silicon

A.V. Klauz. Moscow, Russia.

Study of the effect of fe ion irradiation on the nanostructure of oxide disperse-strengthened steels by atom-probe tomography and transmission electron microscopy methods

E.Iu. Tataurov. Ozersk, Russia.

A search of electodes’ used in electrochemical reductional reextraction of Pu and Np porous layer production technology

K.M. Ladeishchikov. Zarechnyi, Russia.

Determination of elasticity characteristics of fuel cladding material in the initial state and after operation in the reactor

V.Iu. Iarkov. Zarechnyi, Russia.

Application of the method of orientation microscopy to study the structural-phase state of irradiated zirconium alloys

WELCOME PARTY

BREAKFAST

PLENARY SESSION
Conf. room No. 1
Chairman: S.V. Rogozhkin

Prof. Z.W. Zhang. Harbin Engineering University, Harbin, China

Irradiation effects in steels and alloys

M.S. Slobodian. Tomsk, Russia.

Prospects for implementation of high-entropy alloys as radiation-resistant structural materials

COFFEE BREAK

SECTION MEETINGS

Section 3: Structural materials for nuclear and thermonuclear power engineering: new approaches to creation of radiation-resistant materials
Conf. room No. 1
Chairman: V.M. Chernov

Sections 6: Radiation technologies for modification of physical-mechanical properties of materials
Conf. room No. 2
Chairman: A.V. Mirmelshtein

N.V. Glushkova. Zarechnyi, Russia.

Effect of neutron irradiation on microstresses in austenitic steel

V.I. Bobrovskii. Ekaterinburg, Russia.

Initionalization of the shape memory effect by irradiation with fast neutrons

N.S. Kirilkin. Dubna, Russia.

Structural effects of high energy ion irradiation in partially stabilized zirconia

P.V. Bykov. Izhevsk, Russia.

The effect of alternating irradiation with O+ and N⁺ ions on the composition, structure and electrochemical properties of titanium alloy VT6

G.N. Churilov. Krasnoiarsk, Russia.

Alloying of aluminum by boron with high degree uniformity

A.Iu. Drozdov. Izhevsk, Russia.

Formation of a carbon filmon the surface of a metal alloy of the Cu-Ni system under ion irradiation conditions

R.P. Karagergi. Zarechnyi, Russia.

Microstructure the fractures of ring samples from austenitic steel shell irradiated to a damaging dose of more than 100 dpa after compression in the radial direction

V.V. Ovchinnikov. Ekaterinburg, Russia.

Radiation-dynamic effects under corpuscular irradiation. Radiation shaking instead of temperature

LUNCH

YOUNG BEGINNERS’ SCHOOL

Sections:
3. Materials for nuclear and thermonuclear power engineering
7. Radiation effects in magnets, superconductors, semiconductors and insulators
Conf. room No. 1
Chairman: A.F. Gubkin

Section 8: Facilities and techniques of experiment
Conf. room No. 2
Chairman: V.A. Pavlenko

A.A. Potekhin. Moscow, Russia.

Structure and properties degradation of VVER-1000  reactor pressure vessel materials and its impact on service time

Iu.A. Karzanov. Ozersk, Russia.

Test procedure for control of plutonium in MOX-fuel by tablet glyph

N.A. Stakanova. Ozersk, Russia.

Selection of a heat-resistant alloy for the manufacture of a drain die of a small-sized melter designed by «FSUE Mayak PA»

A.A. Konovalov. Snezhinsk, Russia.

Pulsed ionizing radiation detection using optical fiber

A.A. Khomich. Moscow, Russia.

Study of the radiation hardening mechanisms of heat-resistant oxide dispersion strengthened steels in accelerated tests using ion irradiation and ultramicroscopic analysis

A.S. Kustov. Snezhinsk, Russia.

The effect of thermal neutrons on single-event memory cell upsets

A.A. Nazarov. Nizhnii Novgorod, Russia.

Study of radiation-resistant yttrium aluminum garnet ceramics irradiated with high-energy xenon ions

M.V. Marchuk. Snezhinsk, Russia.

Definition of a dominant mechanism for microcontroller upsets induced by pulsed low-energy proton radiation

COFFEE BREAK

YOUNG BEGINNERS’ SCHOOL

Sections:
6. Radiation technologies for modification of physical-mechanical properties of materials
7. Radiation effects in magnets, superconductors, semiconductors and insulators
8. Facilities and techniques of experiment
Conf. room No. 1
Chairman: V.V. Ovchinnikov

E.V. Makarov. Ekaterinburg, Russia.

Near delamination of the alloy Fe-15 at.% Cr, initially disordered serve plastic deformation during irradiation with Ar⁺ ions (E = 10 keV) and annealing in an furnace at the same temperature

I.V. Martirosian. Moscow, Russia.

Numerical analysis of the dynamics of radiation-induced defects in HTS composites

A.I. Shamatova. Astana, Kazakhstan.

Advanced thermoreflectance techniques for non-contact measurement of micro-scale phonon thermal transport in swift heavy ion irradiated yttrium aluminium garnet

DINNER

BREAKFAST

PLENARY SESSION
Conf. room No. 1
Chairman: V.M. Chernov

V.A. Pechenkin. Obninsk, Russia.

Investigation of irradiation effects in structural materials with ion accelerators

S.V. Mitrofanov. Dubna, Russia.

The project of a cyclotron complex for simultaneous irradiation of materials with H, He, Me (Cr, Fe, Ni) ions

B.A. Loginov. Moscow, Russia.

A new version of the implementation of the tasks of radiation materials science - on the world's first satellite probe microscope

COFFEE BREAK

SECTION MEETINGS

Sections:
3. General problems of radiation damage physics
5. Materials for nuclear and thermonuclear power engineering
Conf. room No. 1
Chairman: A.V. Mirmelshtein

Sections:
7. Radiation effects in magnets, superconductors, semiconductors and insulators
8. Facilities and techniques of experiment
Conf. room No. 2
Chairman: Yu.N. Zuev

A.F. Gubkin. Ekaterinburg, Russia.

Spin-slip effect in the rare-earth intermetallic compound Ho₃Co

V.P. Popov. Novosibirsk, Russia.

Defects in silicon and high-k dielectrics of SOI and SOS structures after irradiation with fast heavy ions Xe and Bi

P.S. Savchenkov. Moscow, Russia.

Uncommon magnetism in rare-earth compounds with strong electronic correlations: neutron spectroscopy data and modern model concepts

N.V. Glushkova. Zarechnyi, Russia.

Determination of the migration energy of vacancies in metals using low temperature neutron irradiation

N.V. Kataeva. Ekaterinburg, Russia.

Structure and creep characteristics of the ChS-139 and EK-181 martensitic steels

V.A. Skuratov. Dubna, Russia.

Confocal optical spectroscopy of radiation defects in MgAl₂O₄ crystals irradiated with high energy heavy ions

K.A. Kozlov. Ekaterinburg, Russia.

Mössbauer analysis of the structure evolution of the EP823 and EP823-ODS steels under neutron irradiation in conditions of mechanical stresses in the BN600 reactor

P.V. Bykov. Izhevsk, Russia.

Application of electron spectroscopy methods for studying thin films and ion-modified materials

LUNCH

EXCURSION

DINNER

BREAKFAST

PLENARY SESSION
Conf. room No. 1
Chairman: V.I. Bobrovskii

A.V. Kozlov. Zarechnyi, Russia.

Formation and evolution of radiation defects under low temperature neutron irradiation

S.V. Rogozhkin. Moscow, Russia.

Comprehensive analysis of the nanostructure of oxide dispersion-strengthened stees

V.M. Chernov. Moscow, Russia.

Low activation structural materials for nuclear and thermo-nuclear reactors – challenges and the way forward

COFFEE BREAK

SECTION MEETINGS

Section 3: Structural materials for nuclear and thermonuclear power engineering: new approaches to creation of radiation-resistant materials
Conf. room No. 1
Chairman: S.A. Averin

Sections:
6. Radiation technologies for modification of physical-mechanical properties of materials
8. Facilities and techniques of experiment
Conf. room No. 2
Chairman: A.Yu. Drozdov

Dr. Y. Zhang. Harbin, China.

Enhanced irradiation tolerance of a medium entropy alloy via precipitation and dissolution of nanoprecipitates

V.I. Pastukhov. Zarechnyi, Russia.

Fracture features of irradiated austenitic steel at elevated temperatures

S.V. Fedotova. Moscow, Russia.

The phase formation patterns in the VVER-type reactor pressure vessel steels

A.N. Tarasenkov. Moscow, Russia.

Physico-mechanical properties of Ti/Al and Ni/Al multilayer films after ion-beam mixing

I.A. Portnykh. Zarechnyi, Russia.

Microstructure evolution of steel Cr16-Ni19 type under neutron irradiation at initial stage of radiation swelling

P.V. Bykov. Izhevsk, Russia.

Features of formation of surface layers of titanium alloy VT6 under conditions of plasma treatment of N⁺ ions

LUNCH

ROUNDTABLE DISCUSSION
A comprehensive description of radiation-induced processes and the possibility of using it to predict and find ways to increase the service life of elements of in-reactor structures
Conf. room No. 1
Moderators: A.V. Kozlov, V.V. Dremov

COFFEE BREAK

POSTER SESSION

BANQUET

BREAKFAST

PLENARY SESSION
Conf. room No. 1
Chairman: V.A. Pechenkin

A.B. Sivak. Moscow, Russia.

Multiscale approach to modelling of radiation creep and radiation swelling in metals

A.V. Ianilkin. Moscow, Russia.

Simplified atomistic based kinetic model for swelling prediction

SECTION MEETINGS

Sections:
1. General problems of radiation damage physics
3: Structural materials for nuclear and thermonuclear power engineering: new approaches to creation of radiation-resistant materials
Conf. room No. 1
Chairman: V.A. Pechenkin

V.V. Ovchinnikov. Ekaterinburg, Russia.

Constuction of a set of fundamental physical constants of unit and zero dimensions

M.P. Kashchenko. Ekaterinburg, Russia.

Mass spectroscopic registration of modified tungsten isotopes with increased masses

COFFEE BREAK

SEMINARS’ CLOSING
Conf. room No. 1
Presenters:  A.V. Kozlov, V.V. Dremov

LUNCH

DINNER

BREAKFAST

D.A. Beliaev. Snezhinsk, Russia.

Use of the photogrammetrical reconstruction of the fractures during the fractographic examinations — advantages and first results

P.V. Bykov. Izhevsk, Russia.

Physico-mechanical properties of Ti/Al and Ni/Al multilayer films after ion-beam mixing

V.I. Elesina. Krasnoiarsk, Russia.

Set up for plasma-chemical production of composite materials

M.V. Lapin. Snezhinsk, Russia.

The influence of thermodynamic characteristics and mesh size on the accuracy of modeling casting defects

Zh.B. Seksembaev. Astana, Kazakhstan.

Estimation of instant permissible values of liner’s admixture in MagLIF device fuel

K.V. Shalomov. Ekaterinburg, Russia.

Development and creating of additional equipment for low-dose irradiation with ioning gases

E.A. Sherstobitova. Ekaterinburg, Russia.

Topological analysis of Li+ cations migration paths in lithium-vanadium bronze Li_1+xV₃O₈(x = 0.1, 0.2, 03)