Scientific Program

S1 – Intense electron and ion beam | 1st Oral Session | Large Conference Hall in IHCE

S2 – Pinches, plasma focus and capillary discharge | 1st Oral Session | Small Hall in IHCE

C4 – Coatings deposition | 1st Oral Session | Large Conference Hall in the Rubin

R1 – Physical and chemical processes in inorganic materials induced by energy beams | 1st Oral Session | Hearth Room in the Rubin

N5 – Synchrotron radiation detectors | 1st oral session | Academic Hall in the Rubin

S1 – Intense electron and ion beam | 2nd Oral Session | Large Conference Hall in IHCE

S2 – Pinches, plasma focus and capillary discharge | 2nd Oral Session | Small Hall in IHCE

C4 – Coatings deposition | 2nd Oral Session | Large Conference Hall in the Rubin

R1 – Physical and chemical processes in inorganic materials induced by energy beams | 2nd Oral Session | Hearth Room in the Rubin

N5 – Synchrotron radiation detectors | 2nd oral session | Academic Hall in the Rubin

S1 – Intense electron and ion beam

S2 – Pinches, plasma focus and capillary discharge

S3 – High power microwaves

S4 – Pulsed power technology and applications

S5 – Discharges with runaway electrons

C1 – Beam and plasma sources

R1 – Physical and chemical processes in inorganic materials induced by energy beams

R2 – Materials under extreme conditions: design, characterization and applications

R3 – Modern research methods and instruments, modeling of the interaction of radiation with materials

R4 – Radiation technologies: advantages and applications

S1 – Intense electron and ion beam | 3rd Oral Session | Large Conference Hall in IHCE

S5 – Discharges with runaway electrons | 1st Oral Session | Small Hall in IHCE

C4 – Coatings deposition | 3rd Oral Session | Large Conference Hall in the Rubin

C6 – Synchrotron and neutron research in materials science | 1st Oral Session | Meeting room in IHCE

R2 – Materials under extreme conditions: design, characterization and applications| 1st Oral Session | Hearth Room in the Rubin

N2 – Self-propagating high-temperature synthesis and advanced powder technologies | 1st Oral Session | Academic Hall in Rubin

S3 – High power microwaves | 1st Oral Session | Large Conference Hall in IHCE

S5 – Discharges with runaway electrons | 2nd Oral Session | Small Hall in IHCE

C3 – Modification of material properties | 1st Oral Session | Large Conference Hall in the Rubin

C6 – Synchrotron and neutron research in materials science | 2nd Oral Session | Meeting room in IHCE

N2 – Self-propagating high-temperature synthesis and advanced powder technologies | 2nd Oral Session | Academic Hall in Rubin

R2 – Materials under extreme conditions: design, characterization and applications | 2nd Oral Session | Hearth Room in the Rubin

R4 – Radiation technologies: advantages and applications| 1st Oral Session | Hearth Room in the Rubin

C2 – Fundamentals of modification processes

C3 – Modification of material properties

C4 – Coatings deposition

C5 – Nanoscience and nanotechnology

C6 – Synchrotron and neutron research in materials science

N1 – Inorganic materials and coatings

N2 – Self-propagating high-temperature synthesis and advanced powder technologies

N3 – Carbon materials for electronics and photonics

N4 – Resource- and energy-saving technologies

N5 – Synchrotron radiation detectors