|
N
|
Dutch co-leader
|
Institute
|
Russian co-leader
|
Institute
|
Title
|
|
1
|
Dr. A.J.H. Donne
|
FOM IPP
|
Prof. Razumova
|
RRC Kurchatov
|
Transport barriers in hot magnetized plasmas - In search for the missing link
|
|
2
|
Dr. E. Westerhof
|
FOM IPP
|
Prof. M. Tokman
|
Nizhny Novgorod
|
High power microwaves in ITER and beyond
|
|
3
|
Dr. ir. E.M. van Veldhuizen
|
TUE
|
Prof. V. Bityurin
|
RAS Moscow
|
Pulsed corona discharges for plasma chemical treatment of gases
|
|
4
|
Dr. W.J. Goedheer
|
FOM IPP
|
Prof. Y. Gorbachev
|
IHPCIS S.- P.
|
Investigation of plasma induced cluster formation and thin film deposition
|
|
5
|
Prof. dr. ir. D.C. Schram
|
TUE
|
Prof. I. Kossyi
|
RAS Moscow
|
Sources for plasma activated synthesis
|
|
6
|
Prof. dr. ir. P.P.J.M. Schram
|
TUE
|
Prof. Dr. Ir. S. Trigger
|
RAS Moscow
|
Dusty plasmas, a new state of matter ?
|
|
7
|
Dr. ir. E. Stoffels
|
TUE
|
Dr. S. Kuntz
|
SB RAS
|
A comparative study of atmospheric plasma and narrowband UV radiation effect on living cells and bacteria
|
|
8
|
Prof. dr. R.M.A. Heeren
|
FOM AMOLF
|
Prof. E. Nikolaev
|
RAS Moscow
|
Addressing the influence of charged plasma effects in the Penning traps on mass accuracy measurements by Fourier transform ion cyclotron resonance mass spectrometer using experimental and computational
|
|
N
|
Dutch co-leader
|
Institute
|
Russian co-leader
|
Institute
|
Title
|
|
1
|
Prof. dr. D. Frenkel
|
FOM AMOLF
|
Prof. V. Ryzhov
|
RAS Moscow
|
Computer simulation study of phase transitions in disordered substances
|
|
2
|
Prof. dr. G. ten Brinke
|
RUG
|
Prof. Dr. I. Erukhimovich
|
RAS Moscow
|
New computational methods to understand block copolymer ordered phases (Nanostructures) with competing length scales
|
|
3
|
Prof. dr. ir. J.J.W. van der Vegt
|
TUT
|
Prof. Dr. E. P. Shurina
|
Novosibirsk STU
|
High-performance adaptive finite element solution of nonlinear multiscale Maxwell equations
|
|
4
|
Prof. dr. G.J. Fleer
|
WUR
|
Prof. Dr. T.M. Birshtein
|
RAS S.-.P
|
Computational approaches for multi-scale modelling in self-organizing polymer and lipid systems
|
|
5
|
Prof. dr. A.I. Lichtenstein
|
KUN
|
Prof. Y. Vekilov
|
MIS&A (TU)
|
Computer simulations in materials science: Software development and their applications in solid state physics
|
|
6
|
Prof. dr. R. van Grondelle
|
VU
|
Prof.Dr. V.I. Novoderezhkin
|
MSU
|
Computer modeling of energy transfer in photosynthesis
|
|
7
|
Prof. dr. P.M.A. Sloot
|
UvA
|
Prof. Dr. A.V. Bogdanov
|
IHPCIS S.-P. TU
|
High performance simulation on the grid
|
|
8
|
Dr. J.M.L. Maubach
|
TUE
|
Prof. Dr. G.I. Shishkin
|
RAS Ural Branche
|
Robust numerical methods and computational technologies for singularly perturbed multiscale problems
|
|
9
|
Prof. dr. C.M. van Duijn
|
EUR
|
Prof. T.I. Axenovich
|
RAS Novosibirsk
|
Development of algorithms and software for high-performance computing in genetic analysis of complex human traits
|
|
10
|
Prof. dr. S.W. de Leeuw
|
TUD
|
Prof. Dr. I.V. Murin
|
S.-P. SU
|
Computer simulation of ceramic or metal/polymer nanocomposites
|
|
11
|
Dr. N.V. Budko
|
TUD
|
Prof. Dr. A.B. Samokhin
|
MIREA, Moscow
|
The method of the volume integral equation in computational electromagnetics
|
|
12
|
Prof. dr. ir. H.J. Pasman
|
TUD /TNO
|
Dr. I. Kirillov
|
RRC Kurchatov
|
Multifold computer-aided analysis and computational modeling of the multi-stage ignition processes
|
|
13
|
Dr. P. Haccou
|
UL
|
Dr. S.V. Semovski
|
SB RAS
|
Information system Simulation and analysis of complex histories of evolution (SACHE)
|
|
14
|
Dr. V.L. Markine
|
TUD
|
Prof. Dr. R.G. Strongin
|
Nizhny Novgorod
|
Fast computing in global optimization: sequential and parallel environment
|
