Poster
presentations
Poster session 1: Monday July 18, 16:30 – 18:30
1. Kinetics, thermodynamics and transport phenomena
2. Elementary processes
3. Low-pressure glows
16. Plasma sources of radiation
17. Numerical modeling
|
Number |
|
Author |
Title |
|
1 |
R. |
Engeln |
Hydrogen Kinetics in a Plasma Expansion |
|
2 |
F. |
Hamme |
Kinetic analysis of Ohmic and non-Ohmic heating in capacitively
coupled low pressure plasmas |
|
3 |
H. |
Kersten |
EDF formation in an rf-plasma used for micro-particle treatment |
|
4 |
F. |
Krcma |
Pink afterglow of pure nitrogen at low temperatures |
|
5 |
A.H. |
Řien |
On Generation of Spiky Particle Distribution Functions for Test Ions
in Double Wells |
|
6 |
T.S. |
Ramazanov |
Structural and thermodinamic properties of a dense semiclassical
partially ionized hydrogen plasma |
|
7 |
T.K. |
Senega |
A heavy particle transport model for multi-species plasmas |
|
8 |
G.I. |
Sukhinin |
Spatio-temporal evolution of electron distribution function in glow
discharges with reversed electric fields |
|
9 |
I. |
Tanarro |
Kinetics and diagnostics of DC and modulated cold plasmas of air.
Investigation of neutral and ion chemistry. |
|
10 |
S.A. |
Trigger |
Master-type Equation for |
|
11 |
I |
Cadez |
Cross section for dissociative electron attachment to H2 and D2 |
|
12 |
J |
De Urquijo |
Measurement of electron attachment in CO2: High pressure dependence at
low E/N |
|
13 |
FE |
Esposito |
State to state quasiclassical calculations of atom-molecule collision
processes for H+H2, |
|
14 |
DWF |
Flaherty |
Near-Threshold Total Dissociation Electron Impact Cross Sections for
Selected Fluorocarbons |
|
15 |
P. |
Franceschi |
Ion chemistry of organic molecules and nitrogen in non equilibrium
plasmas. |
|
16 |
M.V. |
Gutkin |
Cross sections for electron-impact-ionization of SiCl4 |
|
17 |
H |
Itoh |
Measurement of Negative Ion Mobility Using Ion Detector Acting at
Atmospheric Pressure |
|
18 |
V.A. |
Kartoshkin |
CONSERVATION OF ANGULAR MOMENTUM AT ATOMMOLECULE INTERACTIONS IN GAS
DISCHARGE. ROTATIONAL POLARIZATION OF THE MOLECULES. |
|
19 |
A. |
Laricchiuta |
Cross sections for electron-impact induced dissociation of
vibrationally excited nitrogen molecules |
|
20 |
C.C. |
Lin |
Electron excitation cross sections out of the metastable levels of
xenon and krypton |
|
21 |
A |
Morozov |
Gas kinetic studies in dense gases excited with low energy electron
beams |
|
22 |
A.I. |
Strinic |
|
|
23 |
H. |
Surmeian |
Population Mechanism of Ne II, Ar II and Xe II Energy Levels in the
Afterglow of Pulsed High Current Density Hollow Cathode Discharge |
|
24 |
A. |
Abbas |
Analysis of Electrical and Optical Measurements in a Rotating
Discharge Plasma |
|
25 |
H. |
Akatsuka |
Dependence of Vibrational and Rotational Temperatures of Microwave
Discharge Nitrogen-Oxygen Mixed Discharge on their Mixture Ratio |
|
26 |
J.P. |
Barz |
Ultrathin Carbon-Fluorine
Films |
|
27 |
S.G. |
Belostotskiy |
Investigation of H- formation in plasma of dc glow discharge |
|
28 |
G. |
Dinescu |
Space distribution of nitrogen plasma emission in a tubular RF reactor
with external annular electrodes |
|
29 |
S. |
Gorchakov |
Self-consistent modelling of the column plasma of low-pressure glow
discharges |
|
30 |
S. |
Gorchakov |
Non-local kinetics of the electrons in a low-pressure afterglow plasma |
|
31 |
S. |
Gorchakov |
Response of a neon glow discharge to a short laser pulse |
|
32 |
V.G. |
Guerra |
Kinetics of metastable N(2P) atoms and N2(a 1Pig) molecules in the
nitrogen afterglow |
|
33 |
V.G. |
Guerra |
Experimental Study and Modelling of the Afterglow of an N2-O2 Microwave
Discharge |
|
34 |
M. |
Hamamoto |
Effect of the irradiated position of the irradiated light on ignition
property of a fluorescent lamp |
|
35 |
M. |
Hamamoto |
Effect of the wavelength of the irradiated light on ignition property of
a fluorescent lamp |
|
36 |
P |
Hartmann |
Comparison of one- and two-dimensional hybrid modeling of low-pressure
gas discharges |
|
37 |
T |
Arai |
Breakdown Voltage of Electrode Material for LCD Backlighting |
|
38 |
N.V. |
Denisova |
Tomographic investigation of high-frequency electrodeless lamp in
argon-mercury mixtures. |
|
39 |
AJ |
Flikweert |
Axial segregation in high intensity discharge lamps measured by laser
absorption spectroscopy |
|
40 |
H. |
Giese |
Energy Efficient Mercury-Free High-Pressure Discharge Lamps |
|
41 |
S. |
Gorchakov |
Study of sine-wave-driven low-pressure He-Xe lamp discharges by
experiment and modelling |
|
42 |
M |
Goto |
Electron Temperature and Lamp Voltage for Various Ar Concentration in
Ne-Hg Discharge Plasma |
|
43 |
S. |
Hadrath |
Spatially and Temporally Resolved Determination of Absolute Tungsten
Densities in Fluorescent Lamps during Instant Start by Laser-induced Fluorescence |
|
44 |
M.K. |
Kando |
Luminous efficacy of compact high-pressure metal-halide microwave
discharge lamps |
|
45 |
D |
Karabourniotis |
Electron and sodium-excitation temperatures in a 12-atm Hg-NaI
lighting plasma from line self-reversal |
|
46 |
H.C.J. |
Mulders |
Absorption spectra of some metal halide molecules used in HID lamps |
|
47 |
T |
Nimalasuriya |
Absolute line intensity measurements of the density distribution of Dy
in a metal-halide lamp |
|
48 |
A |
Skudra |
Study of electrodeless discharge lamp properties and plasma/wall
interaction |
|
49 |
S.A. |
Starostin |
Hg 6 3P0,1,2 state density profiles in the capillary Hg-Ar discharge |
|
50 |
S.A. |
Starostin |
Radial profiles of the Hg excited states densities in highly loaded
inductively excited Hg-Ar discharge |
|
51 |
ww |
Stoffels |
Metal Halide Discharge Lamps under Micro-gravity Conditions |
|
52 |
H. |
Akashi |
Modelling of discharge development in ArF excimer laser with narrow
spectral bandwith system. |
|
53 |
H. |
Akashi |
Effect of secondary electron emission on filament discharges in
dielectric barrier discharge Xe excimer lamp |
|
54 |
Mustafa |
Bayrak |
Nonlinearly Modulated Plasma Boundary Sheath And Implementation Of
Steger-Warming Flux-Splitting Method For A Fluid Model |
|
55 |
M L |
Beks |
Demixing in a metal halide lamp, results from modeling. |
|
56 |
A. |
Bourdon |
Influence of numerical schemes on positive streamer propagation |
|
57 |
B H P |
Broks |
Plasma physical model of the photoconductively switched spark gap |
|
58 |
J.D. |
Diatczyk |
Numerical simulation of temperature distribution of glidarc plasma
reactor |
|
59 |
P. |
Diomede |
Particle modelling of parallel plate radio frequency hydrogen plasmas |
|
60 |
M.J. |
Donker |
Modelling of a Microwave Induced Plasma for Glass Fibre Production |
|
61 |
A.M. |
Efremov |
Self-consistent analysis of the hydrogen chloride dc glow discharge |
|
62 |
R.N. |
Franklin |
Hydrogen - a weakly electronegative gas |
|
63 |
LG |
Garrigues |
Two Dimensional Model of the Sheath Expansion in the Post-Arc Phase of
a Vacuum Circuit Breaker |
|
64 |
V. |
Georgieva |
Numerical study of an Ar/CF4/N2 discharge in an asymmetric dual
frequency reactor |
|
65 |
S. |
Gorchakov |
Analysis of a short pulse operation of a discharge-pumped XeCl* laser |
|
66 |
M.G. |
Goto |
Monte-Carlo simulations of zylindrical and spherical probes using
weight probability method |
|
67 |
J. |
Gregor |
Energy flows in an arc heater anode channel |
|
68 |
A |
Hartgers |
Modelling of Radiation
Transport in Metal-Halide Lamps |
|
69 |
M. |
Hemmati |
Breakdown Wave Profile: Proforce and Antiforce Waves |
|
70 |
V. |
Hrachova |
Particle modelling in low-temperature plasma at medium pressures |
Poster session 2: Wednesday July 20, 11:00 – 13:00
|
3. Low-pressure glows 4. Coronas, sparks, surface discharge and high pressure glows 6. High-frequency discharges 8. Plasma diagnostic methods 12. Non-ideal plasmas. Clusters and dusty plasmas |
|
Number |
|
Author |
Title |
|
1 |
Yu. D. |
Korolev |
Electron beams generated at different stages of the pseudospark
discharge |
|
2 |
Y. |
Loumanii |
Pulsed Low-Pressure Wire Discharge |
|
3 |
V Lj M |
Markovic |
Study of relaxation kinetics in argon afterglow by the breakdown time
delay measurements |
|
4 |
P |
Napartovich |
Studies of dark phase effect in initial stage of glow discharge
positive column formation in nitrogen |
|
5 |
M.Y. |
Pustylnik |
Control of energetic electron component in a double plasma device |
|
6 |
T. |
Sakamoto |
Effect of Admixture of Rare Gases on Microwave-Excited Oxygen Plasma |
|
7 |
N.S. |
Sasaki |
Energy Loss Processes in Small Bore Glow Discharge Positive Columns |
|
8 |
A.T. |
Takeda |
Electron transport
properties in Lucas-Saelee model |
|
9 |
M |
Tichy |
Effect of ionization models on the EDF in cylindrical magnetron
discharges of direct and inverted designs |
|
10 |
E |
Wagenaars |
Low-pressure dielectric barrier discharges in argon: experimental
investigations and modelling |
|
11 |
E |
Aldea |
The generation mechanism of the multiple current pulses in the He
atmospheric glow |
|
12 |
E |
Aldea |
Stabilization of the atmospheric glow plasma |
|
13 |
Sh. |
Amiranashvili |
Ionization fronts in planar systems with a high-ohmic cathode |
|
14 |
S. A. |
Barengolts |
MODELING THE FORMATION OF A DEEP POTENTIAL WELL IN A VACUUM DIODE |
|
15 |
B.E.M. |
Barkhudarov |
Stroke of atmospheric electric discharge to water surface. |
|
16 |
TMP |
Briels |
Experiments on the diameter of positive streamers in air |
|
17 |
I |
Chiper |
On increasing time of the peak current for a glow mode barrier
discharge |
|
18 |
L.R. |
Grabowski |
Streamers in pulsed positive corona: low and high current regimes |
|
19 |
S.I. |
Gritsinin |
Microwave coaxial torch as plasmachemical reactor for nitrogen oxides
production |
|
20 |
K. H. |
Han |
Generation of atmospheric plasma using water grounded electrode |
|
21 |
K |
Hattori |
Stabilization Effects of Local Gas Flow for Sustaining DC Atmospheric
Pressure Glow Discharges |
|
22 |
K.H. |
Hirai |
Investigation on the generation of atmospheric-pressure glow discharge
plasmas in contact with solution |
|
23 |
Yu. D. |
Korolev |
Investigation of a high-pressure spark gap as applied to a problem of
high-voltage subnanosecond switching |
|
24 |
G. |
Dinescu |
The use of transferred radiofrequency discharges for plasma sources
design |
|
25 |
P. D. |
Dvorak |
Fourier components of plasma potential in hydrogen capacitively
coupled rf discharge |
|
26 |
TG |
Gans |
Investigations on a magnetic neutral loop radio frequency discharge |
|
27 |
M.G. |
Ghorbanalilu |
Harmonic generation in microwave produced plasmas by circularly
polarized pulsed fields |
|
28 |
M.G. |
Ghorbanalilu |
Parametric harmonic generation in microwave produced plasmas by
linearly polarized pulsed fields |
|
29 |
Dr |
Godyak |
Plasma parameter evolution in a periodically pulsed ICP |
|
30 |
K. |
Kijima |
Preparation and Characterization of BaTiO3 by CVD Using ICP Technique |
|
31 |
B.J. |
Kniknie |
Langmuir probe measurements in inductively coupled argon and ammonia
plasmas |
|
32 |
A |
Kono |
Thomson scattering measurement and Monte-Carlo simulation of electron
energy distribution in a planar surface wave plasma |
|
33 |
S L |
Letout |
Planar probe characteristics in a low pressure microwave discharge : A
first experimental step towards energetic electrons characterization. |
|
34 |
V.A. |
Lisovskiy |
The Effect of Discharge Chamber Geometry on the Ignition of
Low-Pressure RF Capacitive Discharges |
|
35 |
H. |
Amemiya |
Criterion of Sheath Formation for Negatively Charged Particles |
|
36 |
H. |
Amemiya |
Step Probe for Detection of Separatrix Surface in Boundary Plasma |
|
37 |
A |
Ando |
Measurement of High-Mach-number Plasma Flows by an Up-down-type Mach
Probe |
|
38 |
J.P. |
Booth |
Charged species’ densities and fluxes in a dual-frequency capacitive
plasma in Ar/C4F8/O2 |
|
39 |
A B |
Bouchoule |
spectroscopic studies of XeI and XeII emissions in UHF discharge: a
useful tool for OES & LIF investigations of Hall plasma thrusters |
|
40 |
CS |
Corr |
Characterisation of inductively coupled chlorine and argon - chlorine
discharges |
|
41 |
S |
De Benedictis |
Investigations of N2 pulsed ICP discharge by OES and CARS and LIF |
|
42 |
SD |
Dine |
Plasma density measurement using a surface-wave transmission probe |
|
43 |
MN |
Donker |
Population densities of excited atomic hydrogen as diagnostic tool to
study an RF hydrogen discharge |
|
44 |
C |
Gaman |
Ion energy distribution function in the afterglow of a hydrogen
discharge |
|
45 |
Z.G. |
Gavare |
Determination of the number densities of argon metastables by
absorption methods |
|
46 |
M.H.I. |
Hakham-Itzhaq |
Dephasing time and Dephasing Cross-Section of the 5s' 4D5/2
Autoionization level in glow discharges |
|
47 |
S.H. |
Helhel |
MW Interferometer and IEDF Spectroscopy Dependent Density Comparison |
|
48 |
S.H. |
Helhel |
Measurement of 27.12MHz + 1.94MHz Capacitively Coupled H3 + Discharge
Density Profile |
|
49 |
F. |
Hempel |
Qantum Cascade Laser Absortion Spectroscopy: A Modern Technique for
Online Plasma Process Monitoring and Trace Gas Diagnostics |
|
50 |
T. |
Jiang |
Measurement of the Electric Field in a Plasma by Stark Spectroscopy of
Krypton Atoms |
|
51 |
D. |
Karabourniotis |
Validity of plasma temperature determination from line self-reversal |
|
52 |
S.K. |
Karkari |
The response of a floating-probe immersed in radio-frequency discharge |
|
53 |
X.G. |
Adamovich |
Behaviour of Quasi 2-D Dust Structures in the Linear Electrical Field |
|
54 |
B.M. |
Annaratone |
Particle manipulation and removal using radiofrequency and resonant
radiofrequency |
|
55 |
K. |
De Bleecker |
Hydrodynamic modeling of nanoparticle dynamics in dusty plasmas |
|
56 |
A.M. |
Ignatov |
Surface activity of charged dust in a plasma sheath |
|
57 |
A.M. |
Ignatov |
Oscillations of small three-dimensional dust clusters |
|
58 |
S.I. |
Iizuka |
Convergence of fine particles by means of time-averaged particle
driving force in plasmas |
|
59 |
S.A. |
Khrapak |
Effect of ion-neutral collisions on particle charge in gas-discharge
plasmas |
|
60 |
S.A. |
Maiorov |
Reactive force acting on a dust particle in an ion flow |
|
61 |
S.A. |
Maiorov |
The influence of bound ions on the screening of grain charge in plasma |
|
62 |
V.V. |
Markovetz |
Super Dense Dusty Plasma Systems in Cryogenic Gas Discharges |
|
63 |
O.F. |
Petrov |
Dusty Plasmas Liquid in Gas-Discharges |
|
64 |
T.S. |
Ramazanov |
Computer simulation of microscopic and transport properties of a
non-ideal plasma |
|
65 |
T.S. |
Ramazanov |
Effective polarization interaction potentials of the partially ionized
plasma |
|
66 |
B. |
Shokri |
The possibility of bulk spin wave presence in dusty medium |
|
67 |
IS |
Stefanovic |
Secondary electron emission of carbonatious dust particles. |
|
68 |
W.W. |
Stoffels |
Particle formation in RF silane plasmas. |
|
69 |
W.W. |
Stoffels |
One and Two Dimensional Dust Void Formation in an RF Plasma |
|
70 |
W.W. |
Stoffels |
Counter-phase oscillations of dust particles in the plasma sheath |
|
71 |
W.W. |
Stoffels |
particle dynamics in a capacitively coupled rf He/SiH4 dusty plasma |
Poster session 3: Thursday July 21, 11:00 – 13:00
4. Coronas, sparks, surface discharge and high pressure glows
5. Arc discharges
6. High-frequency discharges
7. Ionosphere, magnetosphere, and astrophysical plasmas
8. Plasma diagnostic methods
13. Waves and instabilities, including shock waves
|
Number |
|
Author |
Title |
|
1 |
Yu. D. |
Korolev |
Regular structure of the current attachment at the cathode surface in
a high-pressure glow-type microdischarge |
|
2 |
A.V. |
Krasnochub |
Interference between streamers in bunch of streamers |
|
3 |
M. J. |
Kushner |
Streamer dynamics in gases containing dust particles |
|
4 |
M. M. |
Madani |
1D fluid modeling of a DBD
in helium |
|
5 |
J. |
Mizeraczyk |
Spectroscopic measurements of electron density and gas temperature in
surface wave sustained argon discharge at atmospheric pressure |
|
6 |
G.V. |
Naidis |
Modeling of streamer breakdown of short non-uniform air gaps |
|
7 |
G.V. |
Naidis |
Conditions of inception of DC positive coronas in air |
|
8 |
D |
Neirynck |
Stabilization of the anode region of a DC glow discharge in ambient
air |
|
9 |
M. |
Nogaki |
New Method for Measurement of Glow Discharge Rate (Pg) on Inter-Glow-Arc Flip-Flop Transition |
|
10 |
S V |
Pancheshnyi |
Role of electronegative gas admixtures in streamer start, propagation
and branching phenomena |
|
11 |
L.C. |
Pitchford |
Electrohydrodynamic force and
aerodynamic flow acceleration in surface dielectric barrier discharges |
|
12 |
A. |
Pokryvailo |
Development of Nanosecond Pulsed |
|
13 |
A |
Rousseau |
Self-pulsing micro-hollow cathode discharge |
|
14 |
V. S. |
Scholtz |
Germicidal effects of atmospheric corona discharge studied on
Escherichia coli bacteria |
|
15 |
V. S. |
Scholtz |
|
|
16 |
V. |
Simonchik |
The high-current self-sustained normal atmospheric pressure glow
discharge in helium at dc and ripple voltage |
|
17 |
B H P |
Broks |
Influence of the channel radius in a pulsed capillary discharge |
|
18 |
J. |
Curry |
Laboratory X-ray Imaging of High-Intensity Discharge Lamps |
|
19 |
T |
Kaneko |
Nanocarbon Formation Using Arc Discharge Plasma in Hydrocarbon
Solvents as a Carbon Source |
|
20 |
I. B. |
Klementeva |
MHD assisted mixing through the experimental and numerical study |
|
21 |
GK |
Komarzyniec |
Power systems of gliding arc reactors for industrial applications |
|
22 |
J J |
LOWKE |
'LTE-Diffusion Approximation' for Arc Calculations |
|
23 |
F |
Musa |
Boron Thin Film Deposition by Using Thermionic Vacuum Arc (TVA)
Technology |
|
24 |
G. |
Mustata |
Thermo-ionic Vacuum Arc technology as used for magneto-resistive
granular films deposition |
|
25 |
GJ |
Rooij |
Pilot-PSI magnetized plasma jets with flux densities relevant for ITER
divertor experiments produced by the cascaded arc |
|
26 |
FHS |
Scharf |
Advantages and limitations of fluid descriptions for the cathode
region in thermal plasmas |
|
27 |
A.N. |
Veklich |
Plasma of a free burning electric arc between silver composition
electrodes |
|
28 |
TJ |
Mussenbrock |
Anomalous Ohmic Heating in Capacitive Discharges |
|
29 |
Z. N. |
Navratil |
Optical emission spectroscopy of surfatron generated plasma in Ar +
O2 and N2 + O2 mixtures |
|
30 |
V.G. |
Pashkovskiy |
Spatial Variation of Plasma Parameters in a New Plasma Source |
|
31 |
V.G. |
Pashkovskiy |
Ion Acceleration in a New Plasma Source |
|
32 |
V.G. |
Pashkovskiy |
Ponderomotive Effects in Electromagnetic Accelerator |
|
33 |
C. |
Schrader |
Micro-structured electrode arrays: glow discharges in Ar at
atmospheric pressure using a variable radio frequency generator |
|
34 |
H. |
Shindo |
Negative Ion Plasmas in a Very High Dielectric-Constant Discharge Tube |
|
35 |
G.G. |
Shishkin |
Investigation of Parameters of Low Pressure Capacitive RF Discharge
Used for Processing of Products |
|
36 |
M.S. |
Siry |
Radial profile measurements of the hot electron beam sustained in
large area microwave discharge |
|
37 |
P.S. |
Slavicek |
Spectral diagnostics of rf plasma discharge generated by plasma pencil
at atmospheric pressure |
|
38 |
NSS |
Stroeher |
Development of a Gas Plasma Catheter for Gas Plasma Surgery |
|
39 |
E. |
Tatarova |
Large-Scale Microwave Plasma Source operating in N2-O2 and N2-H2
mixtures |
|
40 |
E. |
Tatarova |
Hydrogen Balmer line broadening
in a large-scale microwave plasma source |
|
41 |
D |
Ziegler |
A Closed-loop Control Scheme for Capacitively Coupled Plasmas |
|
42 |
A D R |
Phelps |
An experimental investigation of the emission mechanisms of the
auroral kilometric radiation |
|
43 |
I |
Vorgul |
Analysis of a cyclotron maser instability with application to space
and laboratory plasmas. |
|
44 |
S.K. |
Karkari |
Design and performance of a floating hairpin resonance probe for
measuring plasma density in radio-frequency discharges |
|
45 |
E.R. |
Kieft |
Sub-ns Thomson scattering applied to an EUV emitting vacuum arc
discharge in tin vapor |
|
46 |
M. |
Krämer |
1mm interferometer with high spatial and temporal resolution for
electron density measurements on pulsed plasmas |
|
47 |
F. |
Krcma |
Diagnostic of plasmachemical removal of complex corrosion layers from
metallic surfaces |
|
48 |
K. |
Kurihara |
Validity of nitrogen atom density measured by optical emission
spectroscopy in comparison with a laser-induced fluorescence technique |
|
49 |
S |
Markelj |
Extraction of hydrogen ions by penetrating E-field in the presence of
perpendicular B-field |
|
50 |
H. |
Matsuura |
Improvement of time resolution of thermal probe measurement |
|
51 |
M.T. |
Meftah |
Non-Uniformity effects on Lyman alpha line |
|
52 |
T |
Nimalasuriya |
X-ray induced fluorescence measurement of the density distribution of
Dy and Hg in a metal-halide lamp |
|
53 |
P. |
Paris |
Intensity ratio of nitrogen bands as a function of field strength |
|
54 |
N. |
Puac |
Characterisation of a large size cylindrical capacitively coupled RF
plasma source used for treatment of textiles and seeds |
|
55 |
S. |
Raikov |
Space-time-resolved optical emission spectroscopy of laser ablation
plasma, the shortest way toward absolute elemental analysis of solid-state
materials |
|
56 |
G. |
Revalde |
Study of Hg resonance 185 nm line profile |
|
57 |
Y. |
Saitou |
Direct observations of potential fluctuations in ion-acoustic waves
using novel emissive probes |
|
58 |
P. E. |
Sheerin |
Investigation of a Planar Langmuir Probe Orientated Parallel to the
direct of Flow in a Laser Ablation Plasma |
|
59 |
H. |
Shindo |
Emissive Probe Measurement of Electron Energy Distribution Function in
Radio-Frequency Plasmas |
|
60 |
V. |
Stranak |
Determination of negative ion density in slightly electronegative
plasma |
|
61 |
P. |
Svarnas |
Optical emission study of DC point-to-plane low-pressure discharge in
N2 used for polymer treatment |
|
62 |
T |
Takeda |
Behaviors of Absolute Oxygen Atom Density in Surface Wave Plasma with
Vacuum Ultraviolet Laser Absorption Spectroscopy |
|
63 |
M. F. |
Gendre |
Dual optical and electrostatic diagnostics of ionisation waves
propagating in discharge lamps during ignition |
|
64 |
R |
Ichiki |
Low-Frequency Instabilities Driven by Flow Velocity Shear in Negative
Ion Plasmas |
|
65 |
A.R.N. |
Niknam |
Steepening of profile electron density in nonlinear regime of the
Buneman instability |
|
66 |
A.R.N. |
Niknam |
Nonlinear negative diffusion process in nonlinear regime of the
thermo-current instability |
|
67 |
N |
PLIHON |
Formation and propagation of double-layers in the expanding chamber of
an inductive discharge in Ar/SF6 mixtures |
|
68 |
B. |
Shokri |
A method for observation the zero-sound wave excitation in metals |
|
69 |
V. |
Simonchik |
Study of the electron plasma wave absorption at a hybrid resonance
vicinity near a reflecting boundary |
|
70 |
J.V. |
Vranjes |
Electrostatic waves and instabilities in pair-ion plasma |
Poster session 4: Thursday July 21, 16:30 – 18:30
8. Plasma diagnostic methods
9. Plasma wall interactions, electrode and surface effects
10. Physical aspects of plasma chemistry, plasma processing of surfaces
and thin film technology
11. Generation and dynamics of plasma flows
18. Plasmas for environmental issues
20. High-pressure, non-thermal plasmas
|
Number |
|
Author |
Title |
|
1 |
R. |
Talukder |
Atmospheric Gas Discharge Plasma Diagnostics by Probe Technique |
|
2 |
E.M. |
Veldhuizen |
Balmer-alpha line broadening analysis of incandescently heated hydrogen
plasmas with potassium catalyst |
|
3 |
E |
Wagenaars |
Measurement of electric field strengths by fluorescence-dip Stark
spectroscopy |
|
4 |
T. |
Welzel |
Time-resolved investigation of the optical emission in a pulsed magnetron
deposition discharge |
|
5 |
T.D. |
Whitmore |
ATMOSPHERIC PRESSURE PLASMA ANALYSIS BY MODULATED MOLECULAR BEAM MASS
SPECTROMETRY |
|
6 |
Y. F. |
Yee |
Phase detection using AD8302 evaluation board in the superheterodyne microwave
interferometer for line average plasma electron density measurements |
|
7 |
T. A. |
Abu Shemala |
Voltage distribution in a triple junction configuration exposed to
Capacitive RF plasma |
|
8 |
M S |
Benilov |
Modelling arc cathodes covered by an alkali monolayer |
|
9 |
M S |
Benilov |
Escape factors for electrons in neon and helium |
|
10 |
M.A. |
Blauw |
Ion energy selection with pulse-shaped RF-bias |
|
11 |
R. |
Chuyan |
The Plasma Movement and Channels Wall Erosion in the Hollow
Accelerator |
|
12 |
M D |
Cunha |
Modelling 3D spot modes on
cathodes of high-pressure arc discharges |
|
13 |
TG |
Gans |
Energy Analysis of
Hyper-Thermic Hydrogen Atoms Originating from Surface Neutralisation of Ions |
|
14 |
T.G. |
Gyergyek |
Sheath formation in front
of a negatively biased electrode immersed in a two electron temperature
plasma |
|
15 |
V.H.B. |
Henc-Bartolic |
Laser action on indium surface |
|
16 |
M. |
Kettlitz |
Gathering evidence of mode
changes of cathodic arc attachment in mercury discharges |
|
17 |
H. |
Matsuura |
Velocity distributions in
the Hydrogen plasma sheath with negative ions |
|
18 |
S |
ONO |
Application to the atmospheric
pressure discharge electrode of a carbon nanotube electrode |
|
19 |
K. |
Sasaki |
Diagnostics of
high-density hydrogen plasmas interacting with a graphite plate by
laser-induced fluorescence spectroscopy |
|
20 |
N.B. |
Anikin |
Slow oxidation of set
hydrocarbons under uniform nanosecond discharge action |
|
21 |
T.A. |
Baede |
Surface modification of
substrates for bacteria and cell culture |
|
22 |
C. U. |
Bang |
Preparation of N-doped
TiO2 nanopowders by Microwave Plasma-Torch |
|
23 |
J.P. |
Booth |
CF and CF2 radicals in an
Ar/C4F8/O2 Dual-Frequency Capacitive Discharge studied by UV broad-band
spectroscopy |
|
24 |
G. |
Borcia |
Surface modification of
polymers using He+N2 DBD |
|
25 |
G. |
Borcia |
Interaction of biological liquids
with medical polymer films treated by dielectric barrier discharge |
|
26 |
T.H. |
Chung |
Nitrogen-incorporated
Silicon Oxide Films from Plasma Enhanced Chemical Vapour Deposition using
TMOS/N2/NH3 |
|
27 |
M. |
Creatore |
Permeation barrier coatings
for flexible electronics and polymer/inorganic layer interphase development
in an expanding thermal plasma |
|
28 |
N. |
Dumitrascu |
Adhesion properties of
polyamide-6 monofilaments treated by dielectric barrier discharge |
|
29 |
M. |
El Shaer |
Treatment of corroded
copper artifacts by RF hydrogen plasma and substantial reduction of chlorides |
|
30 |
A. |
Groza |
Influence of positive and
negative ions generated in corona discharges on the organosilicon compounds |
|
31 |
P. H. |
Horvath |
Threshold ionization mass
spectroscopy of radicals in a RF SiH4 plasma |
|
32 |
S.I. |
Iizuka |
Characteristics of
depositions in electron-temperature controlled H2/CH4 RF plasma |
|
33 |
S.I. |
Iizuka |
Electron-temperature control
by varying dc voltage to a mesh grid covered by thin insulator film in
plasmas |
|
34 |
M.K. |
Kando |
Carbon nano-tube
production by electrode microwave discharge in C2H2/H2 and CH4/H2 mixture
gases |
|
35 |
K |
Kinoshita |
Distributions of electron
density and deposition rate of a narrow-gap plasma polymerization system |
|
36 |
MK |
Klick |
Electron Heating and
Process Characterization in Reactive Low-Pressure Plasmas |
|
37 |
I. A. |
Kossyi |
Long-lived plasmoids generated
by nonselfsustained microwave discharge in a combustible gas |
|
38 |
M |
Lungu |
Simultaneous Deposition of
Re and Cr Using Two Thermionic Vacuum Arcs |
|
39 |
A.N. |
Magunov |
Suppression of thermal runaway
of plasma surface chemical reactions under ion bombardment |
|
40 |
S |
Musa |
Tungsten film deposition by thermionic vacuum arc method |
|
41 |
H |
Muta |
Characteristics of 915MHz SiH4/H2 ECR Plasma for Microcrystalline
Silicon Film Deposition |
|
42 |
N. |
Nafarizal |
Enhancement of ionization efficiency by high-pressure discharge of a
conventional magnetron sputtering plasma source |
|
43 |
A. |
Smakhtin |
Correlative motion of electron and ion components of plasma stream in transversal
magnetic field |
|
44 |
K.T. |
Takahashi |
Development of Low-Temperature Plasma Source Suitable for Ion Flow
Energy Control in Strong Magnetic Fields |
|
45 |
Kh. T. |
Tarnev |
Role of the surface waves in the maintenance of free standing plasma
beams |
|
46 |
A.A. |
Temeev |
Plasma flow deceleration
in transverse magnetic field at high frequency instability |
|
47 |
L.J.M. |
Bedem |
Plasma treatment of S.
mutans biofilms cultured in a simulated dental cavity model |
|
48 |
A. |
Georgescu |
Experiments with
repetitive pulsed atmospheric pressure plasmas, for air/water pollution
control |
|
49 |
N |
Hayashi |
Sterilization
characteristics for medical equipments using low-pressure oxygen/water plasma |
|
50 |
Y. C. |
Hong |
Microwave Plasma Torch
Abatement of NF3 and SF6 |
|
51 |
I.E. |
Kieft |
Non-thermal plasma
treatment of ex vivo arteries: preliminary results |
|
52 |
I.E. |
Kieft |
Effects of KrBr and XeBr
UV lamp irradiation on 3T3 cells |
|
53 |
A.V. |
Krasnochub |
Flame Blow-off Velocity Control:
the Importance of Proper Organization of Nanosecond Barrier Discharge |
|
54 |
F. |
Krcma |
Influence of OH radicals
on Organic Dyes in DC Diaphragm Discharge in Water Solutions |
|
55 |
Han Y. |
Lee |
Application of pulsed high-voltage
discharge to algae elimination in freshwater |
|
56 |
I. |
Magureanu |
Corona discharge for oxidation of organic compounds in water |
|
57 |
Y. S. |
Mok |
Application of dielectric barrier discharge to selective catalytic reduction
of nitrogen oxides |
|
58 |
G.V. |
Naidis |
Formation of chemically active species in streamer discharges in
products of biomass gasification |
|
59 |
D.L. |
Biborosch |
Vacuum ultraviolet radiation efficiency of micro hollow cathode discharges
sustained by a low- frequency power supply |
|
60 |
B H P |
Broks |
Study of a pulsed
capillary discharge with a modulated radius |
|
61 |
M. I. |
Iwasaki |
High Speed SiO2 Etching
and Measurements of Gas Phase Using Atmospheric Pressure-pulsed CF4/Ar Plasma |
|
62 |
J.G. |
Kang |
Low Temperature
Sterilization by Atmospheric Pressure Plasma |
|
63 |
J. |
Laimer |
Glow-like discharges observed
in an atmospheric pressure radio-frequency capacitive plasma jet operated
with contaminated helium. |
|
64 |
Shou-Zhe |
Li |
Electrical breakdown
characteristics of an atmospheric pressure radio-frequency capacitive plasma
source |
|
65 |
T.M. |
Murakami |
RF-assisted magnetohydrodynamic power generation |
|
66 |
L |
Oksuz |
Dielectric Barrier
Discharges Transition from Streamer to Glow |
|
67 |
C |
Pitchford |
Microhollow cathode
sustained discharges |
|
68 |
I.V. |
Prisyazhnevich |
The influence of the
discharge current of transversal electric arc on air plasma parameters |
|
69 |
K |
Teranishi |
Experiments on Detection
of Vacuum Ultraviolet Radiation from Piezoelectric Transformer-based Excimer
Lamp |
|
70 |
N.T |
Tsuda |
Development behaviour of
high-pressure plasma produced by ArF excimer laser |
|
71 |
J.Y |
Yamada |
Development behaviour of
plasma produced in liquid by YAG laser |
Poster session 5: Friday July 22, 11:00 – 13:00
10. Physical aspects of plasma chemistry, plasma processing of surfaces
and thin film technology
14. Nonlinear phenomena, self-organization and chaos
15. Particle and laser beam interaction with plasmas
17. Numerical modeling
18. Plasmas for environmental issues
19. Highly ionized, low-pressure plasmas (plasma thrusters, ion sources
and surface treatment)
|
Number |
|
Author |
Title |
|
1 |
E.N. |
Neyts |
Molecular Dynamics study of the growth mechanism of a-C:H layers deposited by an Ar/C2H2
expanding thermal plasma |
|
2 |
M. |
Pascu |
Modification of PVDF properties by helium-dielectric barrier discharge
treatment |
|
3 |
P. |
Peeters |
Uniform atmospheric pressure dielectric barrier discharge (DBD) for
the surface treatment of polypropylene (PP) |
|
4 |
K. |
Sasaki |
Velocity distribution function, average velocity, and effective
temperature of Fe atoms sputtered by magnetron plasma |
|
5 |
D.C. |
Schram |
Molecule formation in N-O and N-H containing plasmas; the role of
surface association |
|
6 |
S. |
Shahidi |
Water repellent properties of cotton and PET fabrics using low
temperature plasma of Argon |
|
7 |
D.H. |
Shin |
Preparation of Vanadium Pentoxide Powders by Microwave Plasma at
Atmospheric Pressure |
|
8 |
B. |
Shokri |
The size control of Al
nanoparticles synthesized by DC thermal plasma |
|
9 |
B. |
Shokri |
Diamond deposition by arc
plasma jet for mechanical seals |
|
10 |
R S |
Smid |
Actinometry for
understanding PECVD of thin films from
O2/HMDSO plasmas |
|
11 |
OS |
Stepanovic |
Suppresion of particle
formation in an inductively coupled hydrocarbon discharge |
|
12 |
K |
TANIGUCHI |
Development of compact
electron-beam-excited plasma source for plasma nitriding |
|
13 |
I. |
Topala |
Plasma polymerization
technique to obtain proton conductive films for miniaturized fuel cell
applications |
|
14 |
M. |
Vasina |
Influence of the pulse
duration of fast high power magnetron discharge on the amount of ion
collected on the substrate |
|
15 |
J. |
Verschuren |
A parallel plate reactor
for studying the behaviour of textiles in plasma |
|
16 |
K. |
Yasserian |
The effect of parameter of
plasma of DC magnetron sputtering on properties of copper thin film deposited
on glass |
|
17 |
RAB |
Zijlmans |
A different view on
molecule formation in a CH4 containing microwave plasma |
|
18 |
A. |
Chtchedrine |
Relativistic model of ball
lightning. |
|
19 |
A |
Esfandyari-Kalejahi |
Effect of adiabatic warm
ions on ion-acoustic solitary excitations with oblique modulation in a
two-electron-temperature plasma |
|
20 |
A |
Esfandyari-Kalejahi |
Ion-acoustic solitary
excitations in a two-electron-temperature plasma with warm isothermal ions:
oblique modulation |
|
21 |
A.V. |
Fedoseev |
Self-consistent hybrid
model of stratification in a low-pressure glow discharge |
|
22 |
K |
Kamataki |
Suppression of the
fluctuation by multipole magnetic field in ECR plasma |
|
23 |
L.S. |
Ponomarenko |
One example of 2D
structurally unstable magnetic configuration evolution |
|
24 |
D. |
Stan |
Stochastic resonance in the
plasma of a twin electrical discharge |
|
25 |
T |
TAKEDA |
Dynamical behavior of a
self-trapped electron-beam |
|
26 |
M. Y. T. |
Tanaka |
Typhoon-like Density Hole
Structure in Weakly Ionized Plasmas |
|
27 |
M.W |
Watanabe |
Self-organization and dynamo
responses in toroidal confinement plasmas |
|
28 |
F.J. |
Gordillo-Vázquez |
Electronic temperature and
density in the plasma produced by nanosecond ultraviolet laser ablation of
LiF |
|
29 |
I. N. |
Inovenkov |
The propagation of an intense
laser pulse in plasma cointaning one ans two kinds of clusters with different
characteristics. |
|
30 |
Mr. |
Kavian |
Sealed Off Operation of a
High Repetition Rate TEA CO2 Laser |
|
31 |
H. |
Pécseli |
Kinetic instabilities associated
with injection of a plasma beam into a neutral background |
|
32 |
V. |
Shkurko |
Influence of the geometry
of a plasma-forming target on the parameters of a laser-emission discharge at
“resonance” gas pressure |
|
33 |
B. |
Shokri |
Dynamics of electromagnetic
waves propagating through the plasma with temporal growing density |
|
34 |
N.V. |
Tarasenko |
Time-resolved spectroscopic characterization of double pulse
laser-produced plasmas |
|
35 |
I. |
Kolev |
Detailed numerical investigation of a DC sputtering magnetron |
|
36 |
A. |
Meige |
Numerical modeling of electronegative electric double-layers |
|
37 |
C |
Montijn |
Adaptive grid simulations
of negative streamers in nitrogen in under- and overvolted gaps |
|
38 |
A. |
Oda |
One-Dimensional Fluid Modelling of Radio Frequency and
Atmospheric-Pressure Glow Discharges in He/O2 Gas Mixture |
|
39 |
T. |
Okada |
Comparison of breakdown processes in Townsend discharge model with the
scenario of dissipative systems |
|
40 |
L.A.P. |
Papageorghiou |
A two dimensional, finite element, flux corrected transport model, for
the simulation of gas discharge problems |
|
41 |
M. J. P. |
Pinheiro |
2-Dim code to simulate the One Atmosphere Uniform Glow Discharge
Plasma (OAUGDP) |
|
42 |
B.M. |
Radjenovic |
3D feature profile evolution simulation for SiO2 etching in
fuorocarbon plasma |
|
43 |
M.R.R. |
Radmilovic-Radjenovic |
Low-pressure argon breakdown in combined dc and rf fields |
|
44 |
Z. |
Ristivojevic |
Collision frequency for ion transport at low electric fields |
|
45 |
A. |
Salabas |
Numerical characterization of dual frequency capacitively coupled
hydrogen plasmas |
|
46 |
S. |
Sheng |
Study on Langmuir probe
sheaths by Monte-Carlo simulation |
|
47 |
J. |
Van Dijk |
Using Modern C++ Idiom for
the Discretisation of Sets of Coupled Transport Equations in Numerical Plasma
Physics |
|
48 |
M. |
Vural |
Electron energy and
density distribution in capacitive coupled neutral loop (CCP-NLD) plasmas |
|
49 |
C. |
Wang |
Magnetohydrodynamic
simulation of a two-stage slow-fast capillary discharge for use in Laser
Wakefield Accelerators |
|
50 |
A |
Okino |
Fundamental Properties of
a New Atmospheric Direct Injection Multi-Gas Inductively Coupled Plasma
Source |
|
51 |
S V |
Pancheshnyi |
Propane-air mixtures
ignition by a sequence of nanosecond pulses |
|
52 |
S. |
Pekarek |
Effect of N2-NO mixture
composition on basic electrical characteristics of hollow needle to plate DC
atmospheric pressure discharge |
|
53 |
A. |
Pokryvailo |
A Compact High-Power
Pulsed Corona Source for Treatment of Pollutants in Heterogeneous Media |
|
54 |
A |
Rousseau |
NOx production in a pulsed
low pressure discharge in air : interaction with a porous semi conductor
surface |
|
55 |
A |
Rousseau |
Dynamic of interaction
between a pulsed plasma and a porous semiconductor surface |
|
56 |
R.E.J. |
Sladek |
Inactivation of
Escherichia Coli using the plasma needle |
|
57 |
S.M. |
Starikovskaia |
Thermally Nonequilibrium
Gas Mixture Ignition by Nanosecond Discharges |
|
58 |
E |
Stoffels |
Plasma needle generates NO
radicals |
|
59 |
H. |
Sugawara |
Computational Study on
Fundamental Properties of CF4/N2 Plasmas and Application of Impulse-Field
Electron Acceleration to CF4 Decomposition |
|
60 |
M.T. |
Tanaka |
NOx Reduction by
Plasma-assisted-Catalyst in Oxygen-rich Ambience |
|
61 |
G.J.J. |
Winands |
Repetitive, triggered,
long life-time spark-gap switch for pulsed power applications |
|
62 |
M |
Baeva |
Non-LTE radiative transfer
in fusion plasmas |
|
63 |
A. |
Bousquet |
Investigation of the
inductive to helicon transition in pulsed argon plasma |
|
64 |
CS |
Corr |
Spatial structures and
instabilities of an electronegative helicon discharge |
|
65 |
LG |
Garrigues |
A Monte-Carlo study of
ionization processes in Double Stage Hall Effect Thruster |
|
66 |
H. |
Ghomi |
Anode’s configurations and
wall material effects in stationary plasma thruster |
|
67 |
M. |
Inutake |
Ion Heating and
Acceleration of a Fast-flowing Plasma for an Advanced Plasma Thruster |
|
68 |
I. |
Rusu |
On the
Plasma-Superconducting Tube Interaction: A Theoretical Approach |
|
69 |
A. |
Shokouhy |
Surface modification of
AISI 304 stainless steel using nitrogen ion implantation |
|
70 |
V.P. |
Shumilin |
Geometry of a Cylindrical
Ion Beam in a Hall Thruster at a Small Demagnetization |