B 

Babicky, Vaclav 
Temporal evolution of the N2(C3Πu) vibrational levels produced by
single surface streamer in N2O2 mixtures 
P2.5.6 
Babou, Yacine 
Modeling of the excitation non equilibrium of CO2 plasma flows obtained in
high enthalpy wind tunnels 
P3.6.10 
Non equilibrium
spectroscopic diagnostics of supersonic air plasma jet 
P2.5.20 
Bacal, Martha 
Surface mechanisms investigation for negative ion production 
P2.1.1 
Baede, Loek 
Time and spatially resolved OH density in a nanosecond pulsed discharge in
atmospheric pressure HeH2O mixtures 
P1.10.8 
Baeva, Margarita 
Selfconsistent 2D fluid modelling of a microwave excited plasma in argon 
P1.6.13 
Ballesteros Pastor, Jerónimo 
Experimental study of the transition of the ion current to a cylindrical
Langmuir probe from the orbital to the radial theory. 
P2.4.6 
Bandelow, Gunnar 
Modeling and sensitivity studies of ccrf CF4 plasma 
P2.1.6 
Bandow, Julia 
Plasma chemistry in the effluent of a He/O2 microplasma jet: the role of
VUV photons 
TL1 
Bankova, Ana 
Langmuir Probe Evaluation of the Negative Ion Density in Oxygen Gas
Discharge Magnetized Plasma 
P1.5.16 
Barakat, Christelle 
Adsorbed and Gas Phase Study of the Oxidation of Isopropanol on TiO2 Using
Non Thermal Plasma for Surface Regeneration 
P3.4.12 
Molecules formation with
adsorbed O atoms: how to investigate surface reactivity from fundamentals to
applications 
TL4 
Barkhugarov, Edvard 
Multispark discharge in water as a method of environmental sustainability
problems solution 
WS1.2 
Barthaud, Daniel 
Application of microplasmas for satellite propulsion 
P3.11.4 
Bartnik, Andrzej 
Photoionization of gases by EUV pulses from a laserplasma source 
P3.12.3 
Bary, Abdouraman 
Production of methyl nitrate and PAN following the decomposition of
acetaldehyde in atmospheric gases 
P2.1.20 
Basosi, Riccardo 
Sustainable finishing of wollen fabrics by means of plasma treatment 
P1.4.8 
Basurto, Eduardo 
Effective ionization coefficients and limiting field strength of SF6N2O
and CF3ISF6N2 mixtures 
P1.1.1 
Bazavan, Marian 
Currentvoltage characteristics of a RF plasma jet discharge with bare
electrodes at low and atmospheric pressure 
P2.10.9 
Becker, Markus M. 
On the description of electron transport in fluid models 
P1.6.4 
Behnejad, Hassan 
Gaseous ion mobility of SO2+ ions in He and Ar 
P1.2.4 
Bekstein, Alexandre 
Influence of pressure on the formation of negative ions in water
vapour 
P3.1.1 
Electron detachment in
N2O 
P3.1.3 
A genetic algorithm to
optimize the fitting of avalanches observed from a pulsed Townsend experiment 
P3.6.7 
Belmonte, Thierry 
Surfacewave discharges in helium at atmospheric pressure: simulations vs.
experiments 
P2.10.10 
Spectroscopic study of
atmospheric pressure plasma jets generated with DBD in gas mixtures of He –
Ar – N2 
P2.5.19 
Threshold ionization mass
spectrometry and optical emission spectroscopy characterization of Ar/O2/N2
microwave discharge 
P1.5.20 
Bubble dynamics created
by plasma in heptane 
P1.10.3 
Benabid, Fetah 
Modelling of microwavedriven microplasmas in HCPCF 
P2.6.10 
Generation of plasmas in
100 µm diameter capillaries using a microwave excitation based on a surfatron 
P3.9.7 
Benedic, Fabien 
Modelling of microwave plasma used for thick highly boron doped diamond
deposition 
P2.6.4 
Benedikt, Jan 
Plasma chemistry in the effluent of a He/O2 microplasma jet: the role of
VUV photons 
TL1 
Benhenni, Malika 
Integral cross sections of He+/He and He2+/He interaction systems for
optimization of low temperature plasma sources for biomedical uses 
P2.1.8 
Benilov, Mikhail 
Selforganization as an intrinsic feature of DC glow microdischarges:
modelling appearance of different spot patterns 
HT3 
Selforganization as an
intrinsic feature of DC glow microdischarges: predicting selforganization in
different gases 
P3.7.6 
Benova, Evgenia 
Cylindrical and coaxial surfacewavesustained plasma for environmental
applications 
WS1.3 
Effect of gas discharge
conditions on Argon surfacewavesustained plasma kinetics 
P1.1.13 
Berndt, Johannes 
Low temperature plasmas as a source for nanostructured organic surfaces
with controlled wettability 
P3.4.7 
Low temperature plasma
deposition of thin films/nanoparticles from methyl methacrylate 
P3.4.9 
Bernecker, Benoît 
Interactive diagnostics for a pulsed electron beam transport in plasma 
P1.2.2 
Generation, annihilation
and motion of selforganized filaments in dielectric barrier discharges 
TL6 
Bhattacharjee, Sudeep 
Observation of electron localization and asymmetric frequency sideband
generation in bounded microwaveplasma interaction 
P3.9.5 
Transition from
interpulse plasmas to afterglows in a pulsed microwave discharge 
P3.9.6 
Bisceglie, Emanuele 
Electronimpact excitation cross sections for air kinetics 
WS2.2 
Blahova, Lucie 
Insitu monitoring of thin film deposition process using optical emission
spectroscopy 
P3.5.7 
Blanco, F 
Relative differential cross sections for elastic electron scattering by
furan 
P2.1.4 
Blanco, Stephane 
Generation, annihilation and motion of selforganized filaments in
dielectric barrier discharges 
TL6 
BlinSimiand, Nicole 
Realtime analysis of acetaldehyde conversion by dielectric barrier
discharge 
P2.1.11 
Production of methyl nitrate and PAN following the decomposition of
acetaldehyde in atmospheric gases 
P2.1.20 
Ethanol decomposition in
Air Dielectric Barrier Discharges: experimental study and kinetic modeling 
P1.1.12 
Block, Dietmar 
Complex plasmas  a laboratory for selforganization 
GL4 
Phase transitions in finite particle clusters in dusty plasmas 
P1.7.3 
Boeuf, JeanPierre 
Ion and fast atom beams in an EndHall ion source: a numerical study 
P2.6.9 
Generation, annihilation
and motion of selforganized filaments in dielectric barrier discharges 
TL6 
Currents through a
magnetic filter in a low temperature plasma 
P2.6.8 
ParticleInCell Monte
Carlo Collision model on GPU (Graphics Processing Units)  Application to a
low temperature magnetized plasma 
P2.6.7 
A particle test
MonteCarlo model to understand electronwave interactions in a Hall Effect
Thruster 
P2.6.12 
Bogaczyk, Marc 
Spatiotemporally resolved investigation of surface charges, N2(A)
metastables and the discharge development in diffuse N2 barrier discharges 
P2.5.18 
Townsendlike and
glowlike diffuse discharge modes in barrier discharges operating in helium 
P2.5.17 
Bogaerts, Annemie 
Understanding plasma growth of SWNTs: Effect of electric field and ion
bombardment 
P3.4.3 
Modelling of an
atmospheric pressure dc glow discharge 
P2.6.6 
Modeling SiCl4/O2 plasmas used for depositing SiO2 coatings or mask damage
recovery 
P2.3.1 
Bogatov, Nikolay 
Threshold Measurements of Discharges from Floating Metal Particles in a
Homogeneous Electric Field in Air 
P1.10.11 
BoisseLaporte, Caroline 
Generation of plasmas in 100 µm diameter capillaries using a microwave
excitation based on a surfatron 
P3.9.7 
Bonaventura, Zdeněk 
Numerical simulation of the interaction of two streamer discharges in air 
P1.6.9 
Numerical simulation of
large area microwave plasma system for deposition of nanocrystalline diamond
films 
P2.6.2 
Bonifaci, Nelly 
Mobility of negative and positive ions in liquid and gaseous Helium at 4.5
K under different pressures. 
P1.2.10 
Cryoplasma in Helium at 4.5 K under
different pressures. 
P3.9.2 
Bonitz, M. 
Complex plasmas  a laboratory for selforganization 
GL4 
Bonnin, Xavier 
Design and qualification of a low pressure / high density ECR dipolar
plasma reactor used for synthesis of mixed material dust 
P2.8.5 
Selfconsistent Modeling of Particle Growth in DC dusty Discharge 
P1.6.1 
Booth, JeanPaul 
Gas temperature and electron density measurements in Ar and ArCl2 ICP
discharges 
P1.5.4 
Hybrid Model of Parallel
Plate RF Discharges in H2: Effect of DC and Tailored Voltage Waveforms 
P1.6.5 
Borisenko, Alexander 
Coulomb clusters in a cusp magnetic trap under microgravity condition 
P2.7.6 
Bortoleto, Jose Roberto 
Plasma Surface Treatment of Commercial Polymers for use in Food Packaging 
P2.4.12 
Surface Treatment of
Commercial Polymers for Food Packaging by Plasma Immersion Ion Implantation 
P2.4.13 
Botti, Laura 
Plasma Surface Treatment of Commercial Polymers for use in Food Packaging 
P2.4.12 
Bouarouri, Assia 
Organization of dielectric barrier discharges in the presence of
structurallyinhomogeneous wood substrates 
P2.7.7 
Boubert, Pascal 
High enthalpy air plasma / SiC surface interactions 
P2.4.4 
Boufendi, Laďfa 
Low temperature plasmas as a source for nanostructured organic surfaces
with controlled wettability 
P3.4.7 
Low temperature plasma
deposition of thin films/nanoparticles from methyl methacrylate 
P3.4.9 
Study of spacial
evolution of EEDFs and plasma parameters in RFCCP argon stochastic mode
discharge by Langmuir probe 
P3.5.6 
Electrical characterization of the correlation between the dust particles
size and the plasma sheath impedance in a capacitively coupled radiofrequency
dusty discharge 
P1.5.8 
Boullart, Werner 
Modeling SiCl4/O2 plasmas used for depositing SiO2 coatings or mask damage
recovery 
P2.3.1 
Bourdon, Anne 
Numerical simulation of the interaction of two streamer discharges in air 
P1.6.9 
Consequences of
slightly different ground configurations on the propagation of ionisation
waves inside capillary tubes 
P3.10.10 
Simulation of helium
discharge dynamics in thin dielectric tubes at atmospheric pressure and
discharge interaction with tube surface 
P2.3.14 
Numerical study of the
influence of plane dielectric obstacles in the path of a streamer discharge
in air at atmospheric pressure 
P2.6.1 
Numerical simulation of
successive nanosecond pulsed discharges in air at atmospheric pressure 
P1.6.10 
Boutaud, Bertand 
Investigations in SF6 and Cl2/Ar plasmas used for titanium deep etching by
means of mass spectrometry 
P2.4.5 
Bowden, Mark 
Application of microplasmas for satellite propulsion 
P3.11.4 
A simple optical emission
spectroscopy technique for detecting EEDF changes in lowpressure pulsedRF
plasma 
P1.9.10 
Diamondbased microhollow
cathode discharges 
P1.10.6 
Bragança, I.M.F. 
Experimental and modelling characterization of microEDM plasmas 
P3.5.3 
Braithwaite, Nicholas 
A simple optical emission spectroscopy technique for detecting EEDF
changes in lowpressure pulsedRF plasma 
P1.9.10 
Branco, Joaquim 
Influence of the voltage waveform of a DBD discharge on the conversion of
CH4 and CO2 
P2.3.10 
Brandenburg, Ronny 
On the discharge mechanism and electric field strength development in
negative corona Trichel pulses in atmospheric pressure air 
P1.5.18 
Comparison of pulsed and sinusoidal operated barrier discharges 
P1.5.9 
Experimental estimation
of capacitances in pulsed barrier discharges 
P1.5.17 
Bras, Fréderic 
Numerical modelling of an atmosperic pressure plasma reactor using control
volume methods and unstructured grids 
P1.6.2 
Bredin, Jerome 
Evolution of electron temperature and negative ion density through a
magnetic barrier 
P3.5.10 
Brehmer, Florian 
Plasmaassisted CO2 processing for energy storage 
W1.6 
CO2 dissociation
studies in dielectric barrier discharges 
P2.10.7 
Fuel synthesis through
CO2 reduction in a plasma expansion 
P1.5.19 
Briefi, Stefan 
Investigations of indium halides as radiator in ICPs for lighting
applications 
P1.9.6 
Brinza, Ovidiu 
Chemical kinetics of H2/CH4 plasmas for high pressure/high power growth
conditions used in diamond MPACVD 
P2.3.8 
Britun, Nikolay 
TimeResolved Optical Emission Spectroscopy of a Surfaguide Flowing Gas
Microwave Discharge 
P1.5.12 
LIF spectroscopy of OH
radicals and the electron temperature in the effluent of atmospheric RF JET
in ArH2O mixtures 
P1.5.7 
Time and spatial resolved laser induced spectroscopy of O atoms and OH
radicals in 13.56 MHz RF plasma jet. 
P1.5.2 
Bruggeman, Peter 
Time and spatially resolved OH density in a nanosecond pulsed discharge in
atmospheric pressure HeH2O mixtures 
P1.10.8 
Brémare, Noémie 
High enthalpy air plasma / SiC surface interactions 
P2.4.4 
Bultel, Arnaud 
Statetostate modeling of a nitrogen plasma applied to the atmospheric
entry problems 
P3.11.11 
Modeling of the
excitation non equilibrium of CO2 plasma flows obtained in high enthalpy wind
tunnels 
P3.6.10 
Relaxation of
excited states calculated with CoRaMAir, the CORIA's CollisionalRadiative
model for air 
P3.11.9 
Collisionalradiative
modeling of a thermal Helium beam penetrating the edge plasma of a Tokamak 
P3.5.9 
Determination of
electron parameters in nascent aluminum laserinduced plasma by means of
Thomson scattering 
P3.12.8 
Bundaleska, Neli 
Pretreatment of sugarcane biomass by atmospheric pressure microwave
plasmas 
P3.4.5 
Bčs, Alexandre 
Surface mechanisms investigation for negative ion production 
P2.1.1 
Toptotail microwave
plasma sources with extended operating conditions 
P2.8.6 
H atom density
measurement using a combination of optical emission spectroscopy and Langmuir
probes diagnostics 
P2.5.8 
Béchu, Stéphane 
Surface mechanisms investigation for negative ion production 
P2.1.1 
Toptotail microwave
plasma sources with extended operating conditions 
P2.8.6 
H atom density
measurement using a combination of optical emission spectroscopy and Langmuir
probes diagnostics 
P2.5.8 
Böke, Marc 
Instabilities in High Power Pulsed Magnetron Plasmas 
P2.8.10 
Bösel, Andre 
Selfconsistent 2D fluid modelling of a microwave excited plasma in argon 
P1.6.13 


