| C |
|
| Callegari,
Thierry |
Generation, annihilation
and motion of self-organized filaments in dielectric barrier discharges |
TL6 |
| Calzada, Dolores |
Hydrogen production from ethanol decomposition by a surface wave discharge
at atmospheric pressure |
WS1.4 |
| Argon plasmas
produced by a microwave (2.45 GHz) TIAGO torch as function of gas flow and
microwave input power |
P2.10.2 |
| Canacsinh, Hiren |
Influence of the voltage waveform of a DBD discharge on the conversion of
CH4 and CO2 |
P2.3.10 |
| Capitelli, Mario |
50 Years of Non-Equilibrium Kinetics in Laser Physics, Geophysics and
Plasma Chemistry: a Tribute to Boris Gordiets |
WS1.1 |
| Hybrid model of parallel
plate RF discharges in H2: effect of DC and tailored voltage Waveforms |
P1.6.5 |
| Electron-impact
excitation cross sections for air kinetics |
WS2.2 |
| Caquineau, Hubert |
Numerical modelling of an atmosperic pressure plasma reactor using control
volume methods and unstructured grids |
P1.6.2 |
| Carbone, Emile A. D. |
Approaching the edges of a surfatron microwave plasma by Thomson
scattering |
P1.5.14 |
| Effect of the driving
frequency on an atmospheric pressure RF capacitively coupled plasma in Argon |
P3.6.9 |
| Discrepancies between
different electron Temperature diagnostics: probing the Electron Energy
Distribution Function |
P3.5.12 |
| Unravelling in situ
atomic and molecular kinetics by LCIF and Thomson scattering |
P3.1.6 |
| Cardinaud, Christophe |
Kinetics of H atoms in pulsed CH4 – H2 plasmas. |
P2.5.13 |
| Carette, Michele |
Investigation of plasma surface interactions in pulsed O2/TTIP low
pressure ICP plasma by time resolved optical emission spectroscopy |
P2.4.10 |
| Carrasco, Esther |
Time resolved diagnostics and kinetic modeling of the ignition transient
of a H2+10%N2 square wave modulated hollow cathode discharge |
P1.1.7 |
| Energy distributions of neutrals and ions in H2/D2 hollow cathode
discharges |
P1.1.3 |
| Carrasco, Nathalie |
Mimicking Titan’s upper atmosphere reactivity with a RF-capacitively
coupled N2-CH4 plasma |
P1.8.1 |
| On the infuence of CO on a dusty N2-CH4 CCP RF discharge |
P1.7.1 |
| Experimental
characterization of capacitively coupled radio-frequency discharges in N2-CH4 |
P1.7.5 |
| Optical properties of organic material produced in a dusty plasma |
P1.7.4 |
| RF capacitively coupled plasmas in N2-H2
mixtures |
P1.5.10 |
| Carrere, Marcel |
Negative-ion surface production in hydrogen plasma: production mechanisms
on different carbon surfaces |
P2.4.8 |
| Cartry, Gilles |
Negative-ion surface production in hydrogen plasma: production mechanisms
on different carbon surfaces |
P2.4.8 |
| Castellanos, Antonio |
Multi-species simulation of Trichel pulses in oxygen |
P3.6.8 |
| Experimental study
of positive corona discharge in mixtures of CO2 and N2 |
P3.10.6 |
| Cecile, Arnas |
Tungsten nanoparticle formation in plasma discharges |
P1.6.1 |
| Celiberto, Roberto |
Electron-molecule collision processes in non-equilibrium molecular plasmas |
GL3 |
| Resonant vibration excitation cross sections and rate coefficients for
electron–CO and CO2 scattering |
P1.1.4 |
| Čerček, Milan |
Langmuir Probe Evaluation of the Negative Ion Density in Oxygen Gas
Discharge Magnetized Plasma |
P1.5.16 |
| Ceretta, Claudio |
Characterization of non-thermal atmospheric plasmas applied for the
degradation of organic pollutants in air and in water with Optical Emission
Spectroscopy (OES) |
P2.3.9 |
| Ceriani, Elisa |
Characterization of non-thermal atmospheric plasmas applied for the
degradation of organic pollutants in air and in water with Optical Emission
Spectroscopy (OES) |
P2.3.9 |
| Cernogora, Guy |
Mimicking Titan’s upper atmosphere reactivity with a RF-capacitively
coupled N2-CH4 plasma |
P1.8.1 |
| On the infuence of CO on a dusty N2-CH4 CCP RF discharge |
P1.7.1 |
| Experimental
characterization of capacitively coupled radio-frequency discharges in N2-CH4 |
P1.7.5 |
| Optical properties of organic material produced in a dusty plasma |
P1.7.4 |
| Chabert, Pascal |
Space charge neutralisation of continuous dual ion beams |
P2.8.10 |
| Gas temperature and electron density measurements in Ar and Ar-Cl2 ICP
discharges |
P1.5.4 |
| Evolution of electron
temperature and negative ion density through a magnetic barrier |
P3.5.10 |
| One-dimensional
Particle-In-Cell simulations of the sheath dynamic in ion-ion plasmas |
P2.6.11 |
| Chaker, Mohamed |
Absorption spectroscopy measuremente of argon metastable and resonant
atomic densities in a low pressure Ar/N2 ICP |
P1.5.3 |
| Chalenski, David |
Magneto Rayleigh-Taylor Instability in Dense Plasmas |
P1.10.2 |
| Chapon, Patrick |
The afterglow plasma of pulsed hollow cathode discharge - a high density
metastable source |
P2.5.7 |
| Chaudhury, Bhaskar |
Currents through a magnetic filter in a low temperature plasma |
P2.6.8 |
| Particle-In-Cell Monte
Carlo Collision model on GPU (Graphics Processing Units) - Application to a
low temperature magnetized plasma |
P2.6.7 |
| Chekour, Samir |
Dust grains trapping in magnetized electrostatic sheath |
P1.4.7 |
| Chen, Wen-Cong |
Spatially-resolved measurement of electron density in a microwave-excited
Ar/Kr split-ring resonator microplasma |
P2.5.3 |
| Chernyak, Valeriy |
Plasma Assisted Combustion of Paraffin Mixture |
P3.10.4 |
| Influence of the
discharge current and gas flow rate on the non-equilibrium level of plasma of
the transverse arc in air at atmospheric pressure |
P3.11.10 |
| Plasma reforming
of ethanol/water mixture in the plasma-liquid system with reverse vortex
air/CO2 flow of “tornado” type with liquid electrode |
P3.10.5 |
| Chicheportiche, Alexandre |
Integral cross sections of He+/He and He2+/He interaction systems for
optimization of low temperature plasma sources for biomedical uses |
P2.1.8 |
| Chinnov, Valeri |
Determining electron temperature and density in RF plasma torches |
P3.5.1 |
| Chiper, Alina Silvia |
Trapped gas-induced effects under pulsed DBD dynamics |
P3.10.8 |
| Chyhin, Vasyl |
Physical mechanisms of negative corona complicated current pulsation |
P1.4.1 |
| Cirisan, Mihaela |
Plasma drift in a low-pressure magnetized RF discharge |
P1.2.3 |
| Claustre, Jonathan |
Currents through a magnetic filter in a low temperature plasma |
P2.6.8 |
| Particle-In-Cell Monte
Carlo Collision model on GPU (Graphics Processing Units) - Application to a
low temperature magnetized plasma |
P2.6.7 |
| Clergereaux, Richard |
Organization of dielectric barrier discharges in the presence of
structurally-inhomogeneous wood substrates |
P2.7.7 |
| Clevis, Thijs |
Slow decay of radiation after a pulsed streamer discharge in pure nitrogen |
P3.1.7 |
| Clément, Franck |
Spectroscopic study of atmospheric pressure plasma jets generated with DBD
in gas mixtures of He – Ar – N2 |
P2.5.19 |
| Coche, Philippe |
A particle test Monte-Carlo model to understand electron-wave interactions
in a Hall Effect Thruster |
P2.6.12 |
| Colina Delacqua, Ligia |
Design and qualification of a low pressure / high density ECR dipolar
plasma reactor used for synthesis of mixed material dust |
P2.8.5 |
| Self-consistent Modeling of Particle Growth in DC dusty Discharge |
P1.6.1 |
| Colonna, Gianpiero |
Electron-impact excitation cross sections for air kinetics |
WS2.2 |
| Coppins, Michael |
The Bohm criterion for flowing plasmas |
P1.4.10 |
| Corbella, Carles |
Probing adsorption and reactivity of nitrogen atoms on silica surface
under plasma exposure |
P3.4.11 |
| Corsi, Leopoldo |
Sustainable finishing of wollen fabrics by means of plasma treatment |
P1.4.8 |
| Cox, Laura |
Cold atmospheric pressure plasma jets as sources of reactive oxygen
species for biomedical applications |
TL5 |
| Creatore, M. |
Plasma-assisted CO2 processing for energy storage |
W1.6 |
| Cruceño, Javier |
Measure of the Ar(1sy) state densities by OES in Ar-N2 discharges |
P2.1.16 |
| C. Da Cruz, Nilson |
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 |
| Cuynet,
Stéphane |
Plasma drift in a low-pressure magnetized RF discharge |
P1.2.3 |
| Cvelbar, Uroš |
Plasma reshaping carbon: The role of plasma species in surface
interactions with carbon |
HT2 |
| Spatial profiles of
atomic oxygen concentrations in a large scale CCP reactor |
P2.5.22 |
| Cvetanovic, Nikola |
Detection of energetic hydrogen atoms in a pulse glow discharge |
P2.5.2 |
| Czarnetzki, Uwe |
Development of dust particle manipulation method in capacitively coupled
plasmas via the Electrical Asymmetry Effect |
P2.7.5 |
| The influence of field reversals on the DC self bias in capacitive
RF-discharges |
P1.6.3 |
| Capacitive H2 and H2 SiH4
plasmas driven by electrically asymmetric voltage waveforms |
P2.8.1 |
| Coupling effects in inductive discharges with RF substrate biasing |
P1.9.8 |
| Czaus, Krzysztof |
Energy-, Mass- and Time-Resolved Measurements of Fast Ions Emitted from
Plasma Discharges |
P1.5.5 |
| Interaction of Intense Pulsed Plasma Streams with CFC Targets |
P1.4.6 |
| Studies of Deuterium-Plasma
Interaction with a Tungsten Target at Different Energy Fluxes |
P1.4.5 |
|
|
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