V. Makhlaj

发表

Simulation of plasma–surface interactions in a fusion reactor by means of QSPA plasma streams: recent results and prospects

J. Linke, M. Sadowski, Y. Petrov, 2016 .

Application of powerful quasi-steady-state plasma accelerators for simulation of ITER transient heat loads on divertor surfaces

V. I. Tereshin, O. V. Byrka, I. Garkusha, 2007 .

COMBINED EXPOSURES OF TUNGSTEN BY STATIONARY AND TRANSIENT HYDROGEN PLASMA HEAT LOADS: PRELIMINARY RESULTS

A. T. Pugachov, N. N. Aksenov, I. Garkusha, 2013 .

IT / P 6-12 Simulation of ITER Transient Heat Loads to the Divertor Surfaces with Using the High Power Quasi-Steady-State Plasma Accelerator

V. I. Tereshin, I. Garkusha, V. Chebotarev, 2008 .

Novel test-bed facility for PSI issues in fusion reactor conditions on the base of next generation QSPA plasma accelerator

Y. Petrov, S. Herashchenko, I. Garkusha, 2017 .

Performance of deformed tungsten under ELM-like plasma exposures in QSPA Kh-50

A. V. Medvedev, V. I. Tereshin, J. Linke, 2011 .

Characteristics of transient plasma layers produced by irradiation of graphite targets by high power quasi-stationary plasma streams under the disruption simulation conditions

V. I. Tereshin, S. A. Trubchaninov, I. Garkusha, 1996 .

The experimental and theoretical investigations of damage development and distribution in double-forged tungsten under plasma irradiation-initiated extreme heat loads

M. Antonov, M. Paduch, V. Gribkov, 2016 .

Residual stresses in tungsten under exposures with ITER ELM-like plasma loads

V. I. Tereshin, A. T. Pugachov, J. Linke, 2009 .

Dust generation mechanisms under powerful plasma impacts to the tungsten surfaces in ITER ELM simulation experiments

A. T. Pugachov, N. N. Aksenov, I. Garkusha, 2013 .

Plasma-Surface Interaction during ITER Type 1 ELMs: Comparison of Simulation with QSPA KH-50 and the GOL-3 Facilities

V. I. Tereshin, S. Polosatkin, I. Garkusha, 2011 .

Repetitive Plasma Loads Typical for ITER Type‐I ELMS: Simulation in QSPA Kh‐50

V. I. Tereshin, I. Garkusha, V. Chebotarev, 2006 .

Simulation of iter transient heat loads to the divertor surfaces with using the powerful quasi-steady-state plasma accelerator

V. I. Tereshin, I. Garkusha, V. Chebotarev, 2006 .

The latest results from ELM-simulation experiments in plasma accelerators

V. I. Tereshin, V. Safronov, I. Garkusha, 2009 .

Tungsten damage and melt losses under plasma accelerator exposure with ITER ELM relevant conditions

A. T. Pugachov, J. Linke, M. Sadowski, 2014 .

Experimental study of plasma energy transfer and material erosion under ELM-like heat loads

V. I. Tereshin, N. N. Aksenov, I. Garkusha, 2009 .

Damage to preheated tungsten targets after multiple plasma impacts simulating ITER ELMs

V. I. Tereshin, I. Garkusha, V. Chebotarev, 2009 .

Tungsten melt layer erosion due to J × B force under conditions relevant to ITER ELMs

V. I. Tereshin, Y. Petrov, B. Bazylev, 2007 .

PLASMA-SURFACE INTERACTION AND MECHANISMS OF DUST PRODUCTION IN ITER ELM SIMULATION EXPERIMENTS WITH QSPA Kh-50

V. Makhlaj, I. Landman, 2012 .

DISCHARGE PARAMETERS OF MAGNETOPLASMA COMPRESSOR: EFFECT OF EXTERNAL AXIAL MAGNETIC FIELD

Y. Petrov, V. Chebotarev, V. Staltsov, 2020 .

Transient plasma loads to the ITER divertor surfaces : simulation experiments with QSPA Kh - 50

M. Sadowski, N. N. Aksenov, I. Garkusha, 2012 .

Influence of plasma pressure gradient on melt layer macroscopic erosion of metal targets in disruption simulation experiments

V. I. Tereshin, I. Garkusha, V. Chebotarev, 2003 .

High power plasma interaction with tungsten grades in ITER relevant conditions

A. T. Pugachov, J. Linke, M. Sadowski, 2015 .

Specific Features of Mechanism for Dust Production from Tungsten Armor under Action of ELMs

V. Makhlaj, S. Pestchanyi, I. Landman, 2014 .

Plasma exposure of different tungsten grades with plasma accelerators under ITER-relevant conditions

J. Linke, M. Sadowski, B. Bazylev, 2014 .

Estimation of the dust production rate from the tungsten armour after repetitive ELM-like heat loads

I. Garkusha, V. Makhlaj, S. Pestchanyi, 2011 .

Simulation of ITER edge-localized modes' impacts on the divertor surfaces within plasma accelerators

J. Linke, M. Sadowski, N. N. Aksenov, 2011 .

Tungsten erosion under plasma heat loads typical for ITER type I ELMs and disruptions

V. I. Tereshin, S. A. Trubchaninov, I. Garkusha, 2005 .

Powerful quasi-steady-state plasma accelerator for fusion experiments

V. I. Tereshin, S. A. Trubchaninov, A. Morozov, 2002 .

An Impulsive High-Pressure Gas Valve for Plasma Devices

V. Chebotarev, N. V. Kulik, V. Staltsov, 2018, Instruments and experimental techniques (New York).

Damage of target edges in brush-like geometry in the course of ELM-like plasma pulses in QSPA Kh-50

S. Herashchenko, N. N. Aksenov, I. Garkusha, 2015 .

Alloying and Modification of Structural Materials under Pulsed Plasma Treatment

V. I. Tereshin, V. Medvedev, I. Garkusha, 2022 .

Materials surface damage and modification under high power plasma exposures

M. Sadowski, K. Nowakowska-Langier, S. Herashchenko, 2018 .

Melt layer behavior of metal targets irradiatead by powerful plasma streams

V. I. Tereshin, I. Garkusha, V. Chebotarev, 2002 .

Dynamics of self-compressed argon and helium plasma streams in the MPC facility

Y. Petrov, I. Garkusha, V. Makhlaj, 2016 .

Characterization of dense plasma streams generated by MPC and their interaction with material surfaces

Y. Petrov, I. Garkusha, V. Chebotarev, 2012 .

Calorimetric studies of the energy deposition on a material surface by plasma jets generated with QSPA and MPC devices

I. Garkusha, V. Makhlaj, V. Petrov, 2012 .

DAMAGING OF PURE TUNGSTEN WITH DIFFERENT MICROSTRUCTURE UNDER SEQUENTIAL QSPA AND LHD PLASMA LOADS

S. Masuzaki, Y. Petrov, S. Herashchenko, 2020 .