Poster Session 1 (Topics 5, 6) Monday 27.07.2015, 15:30-17:00 |
P1.01 |
Gaia MICCA LONGO |
S. Longo, D. Giordano |
Diffusion Monte Carlo models of confined hydrogen species |
5 |
P1.02 |
Savino LONGO |
A Damone, A Panarese, C M Coppola, J Jansky, C Coletti, L Chiodo, G Serianni, V Antoni |
Ab initio modeling of Cs-Mo interfaces in negative ion sources |
5 |
P1.03 |
Miroslav HORKÝ |
W. J. Miloch |
Numerical instability in PIC simulations of weakly collisional magnetized plasmas |
5 |
P1.04 |
Dimitar YORDANOV |
St. Lishev |
On the influence of a single probe on the spatial distribution of the plasma parameters in a small-radius inductively-driven discharge in hydrogen |
5 |
P1.05 |
Antonio TEJERO-DEL-CAZ |
J.M. Díaz Cabrera, J.I. Fernández Palop, J. Ballesteros |
Simulation of plasma sheath with PIC codes parallelized with CUDA |
5 |
P1.06 |
Chris MOORE |
M. M. Hopkins, S. G. Moore, J. J. Boerner, K. L. Cartwright |
Breakdown simulations from arc initiation to stable arcs: Challenges for accurate PIC-DSMC simulation |
5 |
P1.07 |
Adriana ANNUSOVA |
C. Foissac, P. Veis and P. Supiot |
Kinetic modelling along with gas flow simulation of N2-O2 plasma afterglows in a plasma-chemical reactor |
5 |
P1.08 |
Anna DUBINOVA |
D. Trienekens U. Ebert, S. Nijdam |
Affinity of pulsed positive discharges to dielectrics in N2:O2 mixtures |
5 |
P1.09 |
Antonio PANARESE |
P. Tolias, S. Ratynskaia, D. Bruno, S. Longo, U. de Angelis |
Molecular dynamics calculations of the spectral density of electron density fluctuations |
5 |
P1.10 |
Adam OBRUSNIK |
K. Arjunan, S. Ptasinska, L. Zají?ková |
A complementary numerical and experimental study of a helium plasma jet for E.coli inactivation |
5 |
P1.11 |
Adam OBRUSNIK |
UP. Dvo?ák, M. Mrkvi?ková, V. Procházka, J. Vorá? |
Numerical simulations of a dielectric barrier discharge in a mixture of argon, hydrogen and oxygen |
5 |
P1.12 |
Adriana ANNUSOVA |
P. Coche, P. Viegas, L. L. Alves and V. Guerra |
Discussion on using the approach of a Maxwellian electron energy distribution function from low to moderated pressures..... |
5 |
P1.13 |
Natalia BABAEVA |
Dmitry V. Tereshonok and George V. Naidis |
Initiation of breakdown in bubbles immersed in liquids: pre-existed charges and proximity of bubbles |
5 |
P1.14 |
Mokhtar LABIDOD |
IKHLEF Nabil and LEROY Olivier |
Microstrip Line Antenna of micro Plasma Application Modelling and Simulating |
5 |
P1.15 |
Marija RADMILOVIC-RADJENOVIC |
Bojarov, Z. Lj. Petrovi? |
Ion energy of argon ions incident on the electrodes of an EAE CCRF discharge with energy dependent secondary electron emission model |
5 |
P1.16 |
Marija RADMILOVIC-RADJENOVIC |
M. Savi? and Z. Lj. Petrovi? |
Monte Carlo simulation of radio-frequency breakdown in argon in electron dominated regime |
5 |
P1.17 |
Jean BRETAGNE |
UC. Vitelaru, P. Fromy, T. Minea |
Collisional Radiative Model of a HIPIMS discharge and comparison with time dependent Optical Emission Spectroscopic diagnostic |
5 |
P1.18 |
Krasimir IVANOV |
T. Bogdanov, E. Benova |
Theoretical study of plasma sustained around dielectric cylinder by travelling electromagnetic wave |
5 |
P1.19 |
Leanne PITCHFORD |
|
Status report on the LXCat project: an open-access, community-wide project on data needed for modeling low-temperature plasmas |
5 |
P1.20 |
Djamila BENNACEUR-DOUMAZ |
Djemai Bara |
Modeling of laser produced plasma expansion into vacuum with kappa distributed electrons |
5 |
P1.21 |
Plamena MARINOVA
|
M. Atanasova, E. Benova |
Heavy particles and rate coefficients in HF and MW discharges in Argon at atmospheric pressure |
5 |
P1.22 |
Masheyeva RANNA |
K.N. Dzhumagulova, Z. Donkó, T.S. Ramazanov, M. Bonitz, T. Ott |
Cage correlation functions of three-dimensional Yukawa systems in external magnetic field |
5 |
P1.23 |
P. G. C. Almeida |
|
Computing DC discharges in a wide range of currents with COMSOL MultiPhysics: time-dependent solvers vs. stationary solvers |
5 |
P1.24 |
Kavita RATHORE |
Dudh Nath Patel, Sudeep Bhattacharjee and Prabhat Munshi |
Comparative Study of Optical Emission Spectroscopy and Electric Probe Measurements for Visible Light Tomography in Low Pressure Microwave Plasma |
6 |
P1.25 |
Marek TALABA |
P.Dvorak |
Detection of hydrogen radicals in a dielectric barrier discharge by laser-induced fluorescence |
6 |
P1.26 |
Hossein NASSAR |
O. AOUDE |
Simulation of the OH emission molecular spectrum to determine the plasma temperature and the influence noise to signal ratio on the temperature values |
6 |
P1.27 |
Juan Manuel DÍAZ CABRERA |
A. Tejero-del-Caz, J. I. Fernández Palop, and J. Ballesteros |
Influence of the positive ion thermal motion in the radial motion to orbital motion to cylindrical Langmuir probes in low pressure plasmas PartII: He+ |
6 |
P1.28 |
Martin RUDOLPH |
T. Degousée, T. Minea, V. Tiron, C. Costin, L. Sirghi, M.-C. Hugon, B. Bouchet-Fabre |
Measuring the ionized flux fraction from high-power impulse magnetron discharges using a miniaturized passive ion energy spectrometer |
6 |
P1.29 |
Merlan DOSBOLAYEV |
Y.A Ussenov, T.S. Ramazanov and A.U. Utegenov |
Electric probe measurements of temperature of electrons of dusty plasma in mixture of noble gases in RF discharge |
6 |
P1.30 |
Akira TONEGAWA |
T. Iijima |
VUV spectroscopic diagnostics of the vibrational temperature to the ground state of hydrogen/deuterium molecules |
6 |
P1.31 |
Dirk WUNDERLICH |
U. Fantz and the NNBI team |
Emission of photoelectrons and their impact on the plasma sheath in hydrogen plasmas |
6 |
P1.32 |
Ursel FANTZ |
S. Briefi, D. Rauner, D. Wünderlich |
Quantification of the VUV radiation from RF discharges in hydrogen |
6 |
P1.33 |
Xin YANG |
D. KogutUPP, L.Couedel, G. Cartry |
Atomic surface loss coefficient studied by a pulsed fluorescence technique |
6 |
P1.34 |
Mohammad Lutful KARIM |
K.R. Stalder and W.G. Graham |
Optical and Electrical Characterisation of Plasmas in Water Vapour Layers |
6 |
P1.35 |
Gurusharan Singh GOGNA |
S. Kelly, R. Monaghan and S. Daniels |
Ozone mapping the kINPen-MED plasma jet |
6 |
P1.36 |
Bernd Sebastian SCHNEIDER |
S. Costea, C. Ionita, R. Schrittwieser, V. Naulin, J.J. Rasmussen, R. Stärz, N. Vianello, J. Kovacic, T. Gyergyek |
Indirectly heated strong and robust emissive probe for dense and hot plasmas |
6 |
P1.37 |
Andrei Vasile NASTUTA |
I. Topala, V. Pohoata, I. Mihaila, C. Agheorghiesei, N. Dumitrascu |
Characterization of different atmospheric pressure plasma jets in He / Ar: electrical, optical and mass spectrometry diagnosis. |
6 |
P1.38 |
Yuki INADA |
T. Kamiya, S. Matsuoka, A. Kumada, H. Ikeda, K. Hidaka |
Talbot Interferometory for Imaging Two-Dimensional Electron Density Distribution over Vacuum Arc Discharge |
6 |
P1.39 |
Nishant SIRSE |
A. Mishra, G. Y. Yeom and A. R. Ellingboe |
Electron density modulation in a pulsed two-frequency two-antenna inductively coupled plasma discharge |
6 |
P1.40 |
Gheorghe POPA |
C. Costin, V. Anita |
Consistent method for registration of the electrical probe characteristic |
6 |
P1.41 |
Dmitry KAVYRSHIN |
Ageev A.G., Goryachev S.V., Sargsyan M.A., Chinnov V.F. |
Spectral investigation of atmospheric pressure helium arc plasma parameters |
6 |
P1.42 |
Paolo AMBRICO |
M. Šimek, M. Ambrico, G. Dilecce |
Ultrafast imaging and spectroscopy of low pressure N2 streamer discharge. |
6 |
P1.43 |
Nikolay BOGATOV |
A. Kostinskiy, V. Syssoev |
The Method of Determining of Streamer Density in the Streamer Zone of Spark Discharge |
6 |
P1.44 |
Zdenek BONAVENTURA |
M. Simek |
Exitation of N2(C3PIu,v=0-4) levels by streamer discharge in atmospheric pressure air: numerical study |
6 |
P1.45 |
Stéphane PELLERIN |
A.Farah-Sougueh, A.Mendys, T.Pi?ta, K.Dzierz?ga,B.Pokrzywka, J.Hermann |
Investigation of local thermodynamic equilibrium in laser-induced argon plasma using optical emission spectroscopy and Thomson scattering |
6 |
P1.46 |
Dragos ASTANEI |
S. Pellerin, B. Hnatiuc, F. Faubert, E. Hnatiuc |
Optical emission spectroscopy diagnostic of air-plasma produced by a double spark-plug |
6 |
P1.47 |
Andre RICARD |
H. Zerrouki and J.P. Sarrette |
Determination of N_2 (X,v) densities in the plasmas and afterglows of Ar-N_2 microwave discharges |
6 |
P1.48 |
Robert TSCHIERSCH |
S. Nemschokmichal and J. Meichsner |
Laser-photodetachment of negative ions in He/O2 barrier discharges |
6 |
P1.49 |
Agavni SURMEIAN |
C. Diplasu, A. Groza, B. Mihalcea, M. Ganciu |
A New Mass Spectrometry Analytical Method Assisted by Laser Desorption |
6 |
P1.50 |
Mikhail LOMAEV |
D. Sorokin, V. Tarasenko |
The optical diagnostic of high-voltage nanosecond discharge initiated with runaway electrons |
6 |
P1.51 |
Sebastian NEMSCHOKMICHAL |
R. Tschiersch, and J. Meichsner |
Manipulation of helium barrier discharges by laser surface interaction |
6 |
P1.52 |
Torsten GERLING |
R. Wild, A. V. Nastuta, C. Wilke, K.-D. Weltmann, L. Stollenwerk |
Investigation of a helium jet in front of a dielectric or grounded surface with current, emission and surface charge measurements |
6 |
P1.53 |
Štefan MATEJ?IK |
Martin Sabo |
Corona discharge modification of liquid stream, study by ion mobility spectrometry |
6 |
P1.54 |
Qiang CHEN |
Chao Ma, Gao Zhao, Yu Wang, Lizhen Yang, Zhongwei Liu, Lijun Sang |
The Evolution of Discharge Mode Transition in Helicon Plasma through ICCD Images |
6 |
P1.55 |
Nikolay DYATKO |
G. Grigorian, I. Kochetov |
Study of radial profiles of the Ar metastable atom population in a dc glow discharge by means of spectrometric measurements and 1D kinetic model |
6 |
P1.56 |
Marina KÜHN-KAUFFELDT |
UJ.-L. Marqués, J. Schein |
Temporally and spatially resolved electron density measurements in a pulsed GMAW process by means of Stark broadening of H line |
6 |
P1.57 |
Maximilian-Vlad TEODORESCU |
M. Bazavan, E. R. Ionita, G. Dinescu |
A spectral study of a single-electrode filamentary plasma jet in Argon and Argon-Nitrogen |
6 |
P1.58 |
Juan Manuel DÍAZ CABRERA |
A. Tejero-del-Caz, J. I. Fernández Palop, and J. Ballesteros |
Influence of the positive ion thermal motion in the radial motion to orbital motion to cylindrical Langmuir probes in low pressure plasmas Part I: Ar+ |
6 |
P1.59 |
P. G. C. Almeida |
M. S. Benilov and D. F. N. Santos |
“Self-organization in DC glow microdischarges: bringing the modelling closer to the experiment” |
5 |
Poster Session 2 (Topics 1-4, 7, 8) Monday 27.07.2015, 17:15-18:45 |
P2.01 |
Luís ALVES |
M. A. Ridenti, V. Guerra, J. Amorim |
An Investigation on the Role of Rotational Mechanisms in Electron Swarms at Low Reduced Electric Field in N2, O2 and H2 |
1 |
P2.02 |
Matej FEKETE |
J. Hnilica, P. Vašina |
Influence of pulse off time on temporal evolution of sputtered species densities in HiPIMS discharge |
1 |
P2.03 |
Alise CHACHEREAU |
C. M. Franck |
Electron swarm parameter measurements of perfluorobut-2-ene (2-C4F8) |
1 |
P2.04 |
Svetlana KINDYSHEVA |
E.M. Anokhin, M.A. Popov, I.V. Kochetov, A.Yu. Starikovskiy, N.L. Aleksandrov |
Plasma decay in O2:CO2 mixtures after high-voltage nanosecond discharge |
1 |
P2.05 |
Jernej KOVACIC |
T. Gyergyek |
Oscillating solutions of the magnetized plasma-wall transition problem |
1 |
P2.06 |
Štefan MATEJ?IK |
A. Ribar, M. Danko, J. Országh, I. ?ernušák |
Electron Induced Excitation of H2 and D2 Leading to Continuum Radiation |
1 |
P2.07 |
Ladislav MORAVSKÝ |
M. Lacko, Š. Matej?ík |
Electron ionization and dissociative electron attachment to dicyclohexyl phthalate molecule |
1 |
P2.08 |
Yui OKUYAMA |
K. Arai, S. Suzuki, H. Itoh |
Decrease in negative ion mobility with increasing H2O concentration in O2 |
1 |
P2.09 |
Susumu SUZUKI |
H. Itoh |
Measurement of effective lifetime of metastable excited atom Ne(3P2) |
1 |
P2.10 |
Haruo ITOH |
I. M. Rusinov, S. Suzuki, K. Teranishi and N. Shimomura |
Loss rate of ozone at inner surface of photoabsorption cells |
1 |
P2.11 |
Abel KALOSI |
P. Dohnal, R. Plašil, J. Glosík |
Time resolved absorption spectroscopy of helium dimers |
1 |
P2.12 |
Dmitry ZHILYAEV |
B.M.Smirnov, V.P.Afanas'ev |
Stepwise ionization of gas discharge plasma of inert gases |
1 |
P2.13 |
Hiroyuki IWABUCHI |
S. Matsuoka A. Kumada, K. Hidaka |
Influence of pressure on V-t characteristics across micrometer-scale surface gap |
1 |
P2.14 |
Petr KULHANEK |
|
Runaway electrons behaviour |
1 |
P2.15 |
Thuy Dung TRAN |
R. Plasil, S. Rouck, D. Mulin, S. Rednyk and J. Glosik |
Reactions of NH+ with H at low temperatures |
1 |
P2.16 |
Nevena PUAC |
V. Stojanovi?, Z. Raspopovi?, Ž. Nikitovi?, UZ. Petrovi? |
Cross section set and transport properties for Ar+ in CF4 |
1 |
P2.17 |
Haruaki AKASHI |
T. Yoshinaga, K. Sasaki |
Ignition time improvement in pre-mixture gas of methane, oxygen and argon using plasma |
1 |
P2.18 |
Ilarion MIHAILA |
V. Pohoata, R. Jijie, A.V. Nastuta, I.A. Rusu, I. Topala |
Influence of discharge geometry on extraction of positive ion populations from atmospheric pressure plasmas |
1 |
P2.19 |
M.A. MAHMOUD |
Y.E.E.Gamal |
Kinetics of Ion Formation in Rubidium Vapour Excited by Nanosecond Resonant Laser Pulses |
1 |
P2.20 |
Nicolina POP |
N. Pop, J. Zs Mezei, S.Niyonzima, F. Colboc, S. Ilie, M. D. Epée Epée, D. A. Little, B. Peres, V. Morel, O. Motapon, K. Chakrabarti, A. Bultel,
K. Hassouni, J. Tennyson, I. F. Schneider
|
Electron-impact excitation and recombination of molecular cations in cold ionized gases: application to H2+, BeH+, CH+, CO+, N2+, BF+ and AlO+ |
1 |
P2.21 |
Karlygash DZHUMAGULOVA |
E.O. Shalenov, T.S. Ramazanov |
Phase shifts and cross sections of electron-atom scattering in the dense semiclassical plasma |
1 |
P2.22 |
Lizhen YANG |
Qiang Zhu , Sen Li, Zhiguo Mao, Zhongwei Liu, and Qiang Chen |
The Uniformity of Radio Frequency Dielectric Barrier Glow Discharge in Atmospheric Helium Plasma |
1 |
P2.23 |
Vlad GHIZDOV?? |
I. Ga?u, D. D. Iacob, and I. Butuc |
Non-linear Behaviours in Ablation Plasma via Fractality |
1 |
P2.24 |
Wang YU |
G. Zhao, Z.W. Liu, J.T. Ouyang, Q. Chen |
The two density peaks in low uniform axial magnetic field helicon plasma |
1 |
P2.25 |
Maratbek GABDULLIN |
S.K. Kodanova, ?.S. Ramazanov, Zh.A. Moldabekov, M.K. Issanova,T.N. Ismagambetova |
Equation of state and relaxation processes in dense plasma on the basis of effective potentials |
2 |
P2.26 |
Claudiu COSTIN |
V. Anita G. Popa, G. De Temmerman |
Current distribution at the target of Magnum-PSI |
3 |
P2.27 |
Dmitry TERESHONOK |
Gadzhiev M. Kh., Sargsyan M.A., Tyuftyaev A.S. |
Argon plasma cathode binding in arc discharge |
3 |
P2.28 |
Leanid SIMONCHIK |
V.I. Arkhipenko, Th. Callegari, N.A. Dzenischyk |
The parameters of anode spots in wide DC current range in the atmospheric pressure helium discharges |
3 |
P2.29 |
Leanid SIMONCHIK |
V.I. Arkhipenko |
Effect of cathode heating and positive column contraction on the spatial distributions of parameters in a cathode region |
3 |
P2.30 |
Jaime DE URQUIJO |
E. Basurto, L.N. Serkovic |
Observation of secondary ionization by photon feedback in a Townsend discharge |
3 |
P2.31 |
Akbi MOHAMED |
|
An Experimental Study of The Photoelectron Work Function Change of Silver-Based Contacts Induced by Arcing in Air |
3 |
P2.32 |
Rahul KUMAR |
Ramesh Narayanan, R. D. Tarey and Awadhesh Prasad |
Characterization of order-to-chaos-to-order transition in co-axial DC discharge plasma of different inter-electrode distances |
4 |
P2.33 |
Yuri GOLUBOVSKII |
E. Pelyukhova, D. Kalanov, F. Sigeneger, V. Nekuchaev |
Striations in noble gas discharges as spatial resonator modes |
4 |
P2.34 |
Adrien REVEL |
Sedina Tsikata, Claudiu Costin, and Tiberiu M. Minea |
Links between magnetron plasma spokes and short-scale electron density fluctuations: insights from pseudo 3D particle modelling and coherent Thompson |
4 |
P2.35 |
Mihai CIOLAN |
Cristina Stan, Iuliana Motrescu, D. Alexandroaei, C. P. Cristescu |
Ghost-vibrational type resonance in double discharge plasma configuration |
4 |
P2.36 |
Vsevolod MAIOROV |
Yu. B. Golubovskii |
Resonance radiation transport in the contracted discharge in argon |
4 |
P2.37 |
Artem GOLOLOBOV |
I.Golikov, V.Popov1and T.Solovyev |
The modelling of the plasma transport processes influence on the high latitude ionospheric parameters |
7 |
P2.38 |
Francisco J. GORDILLO-VÁZQUEZ |
F. C. Parra-Rojas, UA. Luque |
Chemical and thermal influence of sprite streamers in the upper atmosphere of the Earth |
7 |
P2.39 |
Anna DUBINOVA |
C. Rutjes, U. Ebert, S. Buitink O. Scholten, G. T. N. Trinh |
Lightning inception from ice particles and extensive air showers |
7 |
P2.40 |
Adrian CROSS |
D.C. Speirs, K.M. Gillespie, M. King, K. Matheson, S.L. McConville, A.D.R Phelps, C.G. Whyte, C.W. Robertson, R. Bingham, M.E. Koepke, R.A. Cairns I. Vorgul and K. Ronald |
Numerical and experimental simulation of cyclotron instabilities relevant to the magnetosphere |
7 |
P2.41 |
Arturo ROBLEDO-MARTINEZ |
L. A. GarcíaP-Villarreal |
Virtual anode effect in the propagation of streamers |
8 |
P2.42 |
Magdalena NISTOR |
F. Gherendi, N. B. Mandache |
Langmuir probe characterization of electron beam ablation plasmas |
8 |
P2.43 |
Corneliu POROSNICU |
V. Tiron, I-L. Velicu, O. Vasilovici, M. Dobromir, C. Costin, G. Popa
C. Porosnicu, I. Jepu, P. Dinca, C. P. Lungu, M. Straticiuc, I. Burducea
|
HiPIMS technique used for fusion related mixed materials |
8 |
P2.44 |
Victor H. GRANADOS |
Mario J. Pinheiro, Paulo A. Sá |
Simulation of an EHD thruster in pure argon at low pressure |
8 |
P2.45 |
Stefan-Andrei IRIMICIUC |
S. Gurlui, P. Nica, M. Agop, M. Osiac, C. Focsa |
Optical and electrical investigations of transient plasmas generated by femtosecond laser ablation |
8 |
P2.46 |
Carlos PINTASSILGO |
V. Guerra |
Modelling gas heating in air plasmas |
8 |
P2.47 |
Iulian PANA |
C. Vitelaru, M. Braic |
Optical emission spectroscopy study on He addition in an Ar/CH4 reactive DC magnetron discharge aiming for ZrC films deposition |
8 |
P2.48 |
Ihor KOROLOV |
Z. Donkó |
Radiofrequency breakdown in hydrogen and deuterium: experiment and kinetic simulations |
8 |
P2.49 |
Ignacio Gabriel VICENTE GABAS |
G. Mattausch, S. Schmidt, F-H. Rögner |
A novel approach for high voltage glow discharge enhanced by a wire anode array |
8 |
P2.50 |
Ruud VAN DER HORST |
J. Beckers, E.A. Osorio, V.Y. Banine |
The temporal evolution of electrons in EUV-induced plasmas |
8 |
P2.51 |
Nevena PUAC |
K. Spasi?, UN. Pua?, N Škoro, G. Malovi? and Z.Lj. Petrovi? |
Characterization of a large-volume Oxygen RF discharge suitable for low-pressure treatment of sensitive samples |
8 |
P2.52 |
Philippe GUILLOT |
J. Lo, UL. Latrasse, Ch. Laurent, L. Thérèse, B. Caillier |
2.45 GHz ECR coaxial plasma source: characterization in single and multi-sources configuration |
8 |
P2.53 |
Nikola SKORO |
J. Sivoš, D. Mari?, G. Malovi? and Z. Lj. Petrovi? |
Low-pressure DC discharge in vapour of Methanol and Ethanol |
8 |
P2.54 |
Adrian CROSS |
W. He, H. Yin, D. Bowes, L. Zhang, C. R. Donaldson, K. Ronald,
A. D. R. Phelps
|
Experimental results from backward wave oscillators driven by a pseudospark-generated electron beam |
8 |
P2.55 |
Vasile TIRON |
I-L. Velicu, O. Vasilovici, G. Popa |
Optimization of deposition rate in High Power Impulse Magnetron Sputtering |
8 |
P2.56 |
Ramesh NARAYANAN |
Rahul Kumar, R. D. Tarey and A Ganguli |
Hysteresis Flip Effects On the DC Plasma Discharge Characteristics Of A Co-Axial Electrode Geometry |
8 |
P2.57 |
Marian GRIGORAS |
H. Chiriac, N. Lupu |
Microwires-based Metal-Insulator-Metal (MIM) structures produced by hollow cathode magnetron sputtering |
8 |
P2.58 |
Hiroshi AKATSUKA |
Y. Honda, A. Nezu, H. Matsuura |
Spectroscopic measurement of Fulcher- band of microwave discharge H2/D2 plasmas |
8 |
P2.59 |
Kunakov SANDYBECK |
Son Edward, Son Konstantin |
Electrons energy distribution in helium plasma, generated by fission fragments |
8 |
Poster Session 3 (Topics 11-14, 17) Tuesday 28.07.2015, 16:30-18:00 |
P3.01 |
Alan MASLANI |
V. Sember |
Interpretation of temperatures from emission spectra in thermal arc plasmas |
11 |
P3.02 |
Anton LEBID |
A. Veklich, V. Boretskij, S. Savenok, O. Andreev |
Electric arc plasma source: spectroscopy and MoO3 crystal formation |
11 |
P3.03 |
Catalin VITELARU |
A. Radulian, N. Mocioi, V. Braic |
Evaluation of vacuum contactor testing facility by optical and spectroscopic investigations |
11 |
P3.04 |
Eduard SON |
M.Kh. Gadzhiev, Y.M. Kulikov, V.A. Panov, A.S. Tyuftyaev |
Supersonic nozzle profiling for low-temperature plasma generators: theoretical predictions and experimental evidence |
11 |
P3.05 |
Mikhail BENILOV |
L. G. Benilova |
Physics of spotless mode of current transfer to cathodes of metal vapor arcs |
11 |
P3.06 |
Stéphane PELLERIN |
Q. Castillon1, N. Pellerin, J.-P. Planckaert, F. Briand, F. Faubert and F. Valensi |
Study of modifications of metal transfer mode in GMAW with different shielding gas mixtures: cases of Ar-CO2 and Ar-O2. |
11 |
P3.07 |
Sargis TER-AVETISYAN |
M. Borghesi, M. Schnürer, J. Bränzel, S. Jequier, and V. Tikhonchuk |
Charge changing processes of MeV ions penetrating through liquid spray: formation of negative ion and neutral atom beams |
17 |
P3.08 |
Yann CRESSAULT |
T. Billoux |
Influence of the molecular lines on the radiative transfer: application to atmospheric air thermal plasmas and coplanar geometries |
11 |
P3.09 |
Lenaic COUEDEL |
S. Barbosa, C. Arnas, F. Onofri, C. Pardanaud |
Dynamics of a growing dust particle cloud in a direct-current argon sputtering glow dischparticle cloud in a direct-current argon sputtering glow discharge (L. Couedel) |
12 |
P3.10 |
Mathias ROJO |
S. DapUP, X. Glad, J. Margot, J-L. Briançon, R. Clergereaux |
Formation and transport of dust particles in ECR acetylene plasmas |
12 |
P3.11 |
Dmitry LAPITSKY |
L. V. Deputatova, V. S. Filinov, V. Ya. Pecherkin, R. A. Syrovatka, L. M. Vasilyak, V. I. Vladimirov |
Capturing of a structure of charged micron-sized particles in the gas flow by the linear Paul trap |
12 |
P3.12 |
Masaharu SHIRATANI |
Masahiro Soejima, Teppei Ito, Daisuke Yamashita,
Naho Itagaki, Hyunwoong Seo, and Kazunori Koga
|
Position fluctuation of a fine particle optically trapped in Ar plasma |
12 |
P3.13 |
Luc STAFFORD |
R.K. Gangwar, A. Hamdan |
Fast production of organosilicon nanoparticles by plasma-induced decomposition of hexamethyldisiloxane liquid |
12 |
P3.14 |
Merlan DOSBOLAYEV |
A.U. Utegenov, T.S. Ramazanov |
The structural and transport properties of dust formation in plasma of combined RF and DC discharge of gas mixture |
12 |
P3.15 |
Nuriya BASTYKOVA |
S.K. Kodanova, M.K. Dosbolayev, T.S. Ramazanov, N.Kh. Bastykova, A.U. Utegenov and S.A. Maiorov |
The Influence of Gas Mixture on Plasma-Dust Structures in RF Discharge |
12 |
P3.16 |
Nikolai TARASENKO |
V. Burakov, M. Chuchman, V.Kiris, M. Nedelko, A. Shuaibov |
Characterization of gas-liquid interfacial microplasma used for metallic nanoparticles fabrication |
12 |
P3.17 |
Merlan DOSBOLAYEV |
S.A. Orazbayev, T.S. Ramazanov, M.T. Gabdullin |
Obtaining of nano- and microparticles in plasma by CVD method |
12 |
P3.18 |
Masaharu SHIRATANI |
Teppei Ito, Kazunori Koga, Masahiro Soejima, Daisuke Yamashita,
Hyunwoong Seo, Naho Itagaki, Tatsuya Kobayashi and Shigeru Inagaki
|
Bispectrum analysis of fluctuation of nanoparticle amount in amplitude modulated capacitively-coupled discharge plasmas |
12 |
P3.19 |
Marie HENAULT |
G. Wattieaux, T. Lecas, J-P. Renouard, and L. Boufendi |
Low pressure cold plasma assisted dust nanoparticles metrology. |
12 |
P3.20 |
Eduard SON |
L. M. Vasilyak, V. Y. Pecherkin, S. P. Vetchinin, V. A. Panov, Y. M. Kulikov, K. E. Son |
Experimental investigation of discharge channel in IPA solution |
12 |
P3.21 |
Bogdan MIHALCEA |
O. Stoican, V. S. Filinov, D. S. Lapitsky, A. Groza, A.Surmeian, C. Dipla?u, V. E. Fortov, L.V. Deputatova, L. M. Vasilyak, V. I. Vladimirov, V.Ya. Pecherkin, R. A. Syrovatka, and M. Ganciu |
Plasma Crystals of Charged Microparticles confined under Standard temperature and Pressure (STP) conditions |
12 |
P3.22 |
Myoung-Jae LEE |
Kyu-Sun Chung, Young-Dae Jung |
Dust grain rotation effects on the dust-acoustic surface wave damping |
12 |
P3.23 |
ADRIAN IONUT BERCEA |
N. L. Dumitrescu, S. Brajnicov; M. Filipescu; V. Ion; D. Colceag and M. Dinescu |
Antireflective coatings obtained by laser-plasma methods for high power laser optical compounds |
13 |
P3.24 |
Alina Silvia CHIPER |
M. E. Dorneanu, M. Dobromir, D. Buteic?, C. M. Tala?man, G. Borcia |
Surface modification of natural and synthetic polymers induced by pulsed atmospheric pressure plasma |
13 |
P3.25 |
Bogdan BUTOI |
P. Dinca, R. Berezovski, C. Porosnicu, O. G. Pompilian, I. Jepu, E. Barna |
Electro-optical response in liquid crystal cells obtained in DC polymerization reactor |
13 |
P3.26 |
Cezar GAMAN |
Bernard Keville,, Yang Zhang, Anthony M. Holohan, Stephen Daniels, and Miles M.Turner |
Real-time multivariable control of SF6/O2/Ar plasmas |
13 |
P3.27 |
Cristian LUNGU |
C. M. Ticos, C. Porosnicu, I. Jepu, M. Lungu, P. Dinca, O. Pompilian, B. Butoi, D. Ursescu, R. Banici, G. Cojocaru, R. Ungureanu, C. Luculescu, A. Marcu, A. Marin, P. Osiceanu, I. Feraru, C. Grigorescu |
Plasma plume analysis and the effect of terawatt laser system irradiation on C, W layers |
13 |
P3.28 |
Dudh Nath PATEL |
Shail Pandey, Anuj Ram Baitha and Sudeep Bhattacharjee |
Interaction of laser ablated plasma plume with a downstream microwave plasma in a multicusp for synthesis of nanoparticles |
13 |
P3.29 |
Florentina SAMOILA |
V. Anita, L. Sirghi |
Cleaning of silicon surface by surface dielectric barrier discharge |
13 |
P3.30 |
George Bogdan RUSU |
I. Topala, C. Borcia, N. Dumitrascu, G. Borcia |
Plasma treatment effects on the processes involved in fabrics dyeing |
13 |
P3.31 |
George Bogdan RUSU |
V. Pohoata, A. Saxer, S. Penner, R. Schrittwieser, C. Ionita, N. Dumitrascu |
Study of protein adsorption onto porous polymer synthesised in DBD plasma at atmospheric pressure |
13 |
P3.32 |
Julio HENRIQUES |
E. Tatarova, F. M. Dias, A. Dias, N. Todorov, N. Bundaleski, O. Teodoro |
Nitrogen Doped Graphene Sheets Synthesized by Surface Wave Plasmas |
13 |
P3.33 |
Mariana OSIAC |
V. Tiron, G.E. Iacobescu |
Phase change behaviour in nitrogen-doped Ge1Sb2Te4 |
13 |
P3.34 |
Mariana OSIAC |
M. Jigau, G.E. Iacobescu, N. Cioatera |
The Ge1Sb2Te4 thin film prepared by pulsed laser deposition |
13 |
P3.35 |
Masaru HORI |
Yusuke Kondo, Keigo Takeda, Kenji Ishikawa, Toshio Hayashi, Yudai Miyawaki, Hiroki Kondo, Makoto Sekine |
Collision-induced dissociative ionization of Ar diluted CH2F2 plasma |
13 |
P3.36 |
Mohamed Atta KHEDR |
A. Abou El Magd , Y. Badr |
Performance of plasma produced by pulsed laser deposition (PLD) system for thin film nanoparticles and GeS quantum dot |
13 |
P3.37 |
PETRUTA-ALEXANDRA DEMETER |
C. Costin, L. Sirghi |
Monte Carlo simulation of surface etching with colloidal mask |
13 |
P3.38 |
Susumu TOKO |
Yoshihiro Torigoe, Kimitaka Keya, Hyunwoong Seo, Naho Itagaki, Kazunori Koga, Masaharu Shiratani |
Linear and Nonlinear Correlation between Deposition Rate and SiH Emission Intensity in SiH4 Multi-hollow Discharge Plasmas |
13 |
P3.39 |
Teodora TESLARU |
R. Jijie, M. Dobromir, V. Pohoata, I. Topala, V. Antoci, C.-I. Ciobanu, N. Dumitrascu |
On the polymerization reactions of thiophene monomers under atmospheric plasma conditions |
13 |
P3.40 |
Vasile TIRON |
T. B. Coman, M. Asandulesa, C. Ursu |
Low temperature sequential PLD of Al-doped ZnO thin films |
13 |
P3.41 |
Rabah TADJINE |
M. Kechouane, M. M Alim |
The Effects of Erosion Groove on Radiofrequency Magnetron Sputtering |
13 |
P3.42 |
ALIM MOHAMED MOUNES |
N. SAOULA, R. TADJINE, A. KEFFOUS and M. KECHOUANE |
XC48 nitriding by Plasma Immersion Ion Implantation |
13 |
P3.43 |
Hidestugu YAGI |
|
Preparation of diamond-like carbon films by plasma-assisted chemical vapour deposition in the open atmospheric system |
13 |
P3.44 |
Andreea GROZA |
A.Surmeian, C. Diplasu, C.Luculescu, B.Mihalcea, M.Ganciu |
Anodization process analysis of the aluminum surfaces in corona discharges |
13 |
P3.45 |
Silviu-Daniel STOICA |
S. Vizireanu, C.R. Luculescu, M. Bazavan, B. Mitu, G. Dinescu |
Influence of substrate temperature on the plasma and carbon material properties in a low pressure RF plasma jet deposition system |
13 |
P3.46 |
Cristian STANCU |
A. Galatanu, E. Matei, A.M. Vlaicu, C. Grisolia, G. Dinescu |
Modification of W-C mixtures sintered at various temperatures by radiofrequency plasma jet operated in nitrogen |
13 |
P3.47 |
Vera MAZANKOVA |
L. Radkova, F. Krcma, A. Brablec |
Study of hydrogen/argon RF plasma used for brass corrosion removal |
13 |
P3.48 |
Marius DOBROMIR |
R.P. Apetrei, C.T. Teodorescu-Soare, V. Tiron, and D. Luca |
Structural, morphological and optical properties of sputtered TiO2/WO3 bilayers |
13 |
P3.49 |
Eugen STAMATE |
A. Christiansen, K. Thydén, R. Younesi, and P. Holtappels |
Magnetron sputtering of lithium phosphorous oxynitride thin films |
13 |
P3.50 |
Ivan MISIRUK |
O.I. Timoshenko, V.S. Taran, I.E. Garkusha |
Non-self-maintained discharge with a hollow anode: characteristics and application |
13 |
P3.51 |
Tomas MORAVEK |
J. Ráhe? |
Investigation of plasma treated alumina powders by chemiluminescence |
13 |
P3.52 |
Burkhard ZIMMERMANN |
G. Mattausch, F. Fietzke, B. Scheffel, F.-H. Rögner,Chr. Metzner1 |
Discharge-Based Electron Beam Sources for Plasma-Activated EB-PVD |
13 |
P3.53 |
Susumu TOKO |
Yoshihiro Torigoe, Kimitaka Keya, Hyunwoong Seo, Naho Itagaki, Kazunori Koga, Masaharu Shiratani |
Contribution of Clusters to SiH2 Bonds in a-Si:H Films |
13 |
P3.54 |
Jens HARHAUSEN |
R. Foest, D. Loffhagen |
Novel Control Schemes for PIAD Processes |
13 |
P3.55 |
Paul MOROZ |
D. J. Moroz |
Feature-Scale Simulations for Multi-Step Plasma Processing |
13 |
P3.56 |
Mihai Alexandru CIOLAN |
I. Motrescu, D. Luca, M. Nagatsu |
Investigation on the structural and optical properties of zinc oxide thins films modified by surface wave plasma |
13 |
P3.57 |
Gheorghe Dinescu |
M. D. Ionita, D. Kontziampasis, B. Mitu, A. Smyrnakis, E. Gogolides |
Management of polymeric spheres diameter in colloidal lithography by low and atmospheric pressure plasma treatments |
13 |
P3.58 |
Roman Perekrestov |
P. Kudrna, M. Tichy, I. Khalakhan
|
"TiO2 Nanoparticles Detection by Means of Laser Beam Scattering in Hollow Cathode Plasma Jet" |
12 |
P3.59 |
Manfred KETTLITZ |
P. Böhm, D. Luggenhölscher, R. Brandenburg, U. Czarnetzki |
Determination of the electric field in filamentary DBDs by laser electric field measurements |
14 |
P3.60 |
Yann CRESSAULT |
Song Xiao, Xiaoxing Zhang |
Study of the Feasibility of CF3I/CO2 Substituting SF6 in GIS by Partial Discharge Experiment. |
17 |
P3.61 |
Svetlana KINDYSHEVA |
I. Kosarev, E. Plastinin, N. Aleksandrov and A. Starikovskiy |
Comparative Shock-Tube Study of Autoignition and Plasma-Assisted Ignition of C2-Hydrocarbons |
14 |
P3.62 |
Nuno PINHAO |
|
Dry reforming in He/CH4 /CO2 mixtures: the role of the rare gas |
14 |
P3.63 |
Sergey SOKOVNIN |
M.E. Balezin, S.V. Shcherbinin |
Accelerator URT-1M-300 |
17 |
P3.64 |
Jaroslav HNILICA |
P. Klein, Z. Hubi?ka, M. ?ada, P. Vašina |
Spokes and cathode voltage and discharge current oscillations in HiPIMS |
17 |
P3.65 |
Patrick STOLLER |
J. Carstensen, L. Theodoulou, E. Panousis |
Speckle imaging of circuit breaker arcstoward tomographic imaging |
17 |
Poster Session 4 (Topics 9, 10, 15, 16) Thursday 30.07.2015, 16:30-18:00 |
P4.01 |
Louis LATRASSE |
J. Lo, M. Radoiu, Ph. Guillot |
2.45 GHz plasma sources using solid state generator: design and comparative performance of ECR- and Collisional-type sources in matrix configuration |
9 |
P4.02 |
Kinga KUTASI |
Cédric Nöel, Thierry Belmonte, Vasco Guerra |
Evolution of active species downstream of a low pressure 90%Ar-10%(N2-O2) flowing microwave discharge |
9 |
P4.03 |
Olivier ANTONIN |
L. Latrasse, A.A. Taylor, J. Michler, P. Raynaud, D. Rats, Th. Nelis |
A novel microwave source for collisional plasma for nano-crystalline diamond deposition |
9 |
P4.04 |
Viktor ZHELTUKHIN |
Al. F. Gaisin, I. Sh. Abdullin, V.Yu. Chebackova |
Mathematical model of an initial stage of capacitive coupled RF discharge between solid and liquid electrodes |
9 |
P4.05 |
Ildar GAFAROV |
I. Abdullin,V. Zheltukhin |
Electron Density Measurement in RF Plasma Discharges by Microwave Method |
9 |
P4.06 |
Todor BOGDANOV |
E. Benova |
Effect of geometry parameters on wave and plasma characteristics of coaxial microwave discharge |
9 |
P4.07 |
Jürgen MEICHSNER |
Th. Wegner, C. Kullig |
Investigation of the E-H transition of an inductively coupled radio frequency oxygen discharge |
9 |
P4.08 |
Yakov KRASIK |
L. Beilin, A. Shlapakovski, M. Donskoy, T. Queller |
Plasma density evolution in a microwave pulse compressor switch |
9 |
P4.09 |
Mariana ATANASOVA |
P. Marinova, J. J. A. M. van der Mullen, E. Benova |
The reaction kinetics of atmospheric pressure MW plasmas |
9 |
P4.10 |
Luminita Nicoleta DUMITRESCU |
V.Ion, M.Filipescu, M.Dinescu |
The influence of radio-frequency plasma on the optical properties of Nickel oxide thin films obtained by laser ablation |
9 |
P4.11 |
Antoine DUROCHER-JEAN |
L. Stafford |
Optical emission spectroscopy of a recently-developed atmospheric pressure microwave argon plasma jet |
9 |
P4.12 |
Yukihiko YAMAGATA |
R. Takakura, K. Nakagawa, K. Uchino, Y. Kawai |
Spatial control of very high frequency plasma generation for large scale plasma applications |
9 |
P4.13 |
David RAUNER |
S. Briefi, P. Gutmann, S. Kurt, U. Fantz |
Influence of a weak external B-field on the plasma parameters and spatial emission profiles of inductively and Helicon-coupled hydrogen discharges |
9 |
P4.14 |
Kristaq GAZELI |
A. Spiliopoulou, P. Svarnas, P. G. Koutsoukos, K. Gazeli, E. D. Anastassiou |
Acinetobacter baumannii deactivation by atmospheric-pressure cold plasma in the form of “guided streamers” |
16 |
P4.15 |
Ziane KECHIDI |
A. H. Belbachir, M. Announ |
Simulation of Low and Atmospheric-Pressure Water-Vapour Plasma |
10 |
P4.16 |
Radu BURLICA |
R. Wendell and B. R. Locke |
Effect of non-thermal plasma electrical parameters on hydrogen peroxide generation in pulse gliding arc mini-reactors |
10 |
P4.17 |
Florian SIGENEGER |
M. M. Becker, J. Philipp, C.-P. Klages, D. Lo hagen |
Influence of HMDSO admixtures on the discharge characteristics of a barrier discharge in argon for thin film deposition |
10 |
P4.18 |
Philippe GUILLOT |
L. Chauvet, A. Kone, B. Caillier, L. Thérèse |
Spatiotemporal distribution of noble gas and air species within a DBD plasma jet working at atmospheric pressure |
10 |
P4.19 |
Sander NIJDAM |
E. Takahashi |
Guiding of positive streamers in nitrogen, argon and N2-O2 mixtures by very low ne laser-induced pre-ionization trails |
10 |
P4.20 |
Ruslan KOZAKOV |
M. Bogaczyk S. Gorchakov, S. Arumugam |
Influence of gas composition on the pulse form of partial discharge current |
10 |
P4.21 |
Luc STAFFORD |
R. K. Gangwar, T. Verreycken, N. Sadeghi, P.J. Bruggeman |
Time-resolved analysis of the electron temperature in He nanosecond pulsed discharges at atmospheric pressure |
10 |
P4.22 |
Sandugash KODANOVA |
S.V. Avtaeva, A.I. Kenzhebekova, T.S. Ramazanov |
2D fluid model of the one dielectric barrier discharge in the needle-plane configuration |
10 |
P4.23 |
Keigo TAKEDA |
S. Liang, H. Tanaka, H. Kondo, K. Ishikawa, M. Sekine, M. Hori |
Measurement of vacuum ultraviolet light emitted from AC excited atmospheric pressure Ar plasma jet in ambient air |
10 |
P4.24 |
Gurusharan Singh GOGNA |
S. Kelly, S. Daniels |
Reactive species and thermal characteristics of a constricted arc plasma air jet |
10 |
P4.25 |
Sander NIJDAM |
D.J.M. Trienekens, G. Akkermans, I. Plompen, T. Christen, U. Ebert |
Experimental investigation of streamer affinity for dielectric surfaces |
10 |
P4.26 |
Nicolas NAUDE |
A. Belinger, S. Dap, N. Gherardi |
Memory effects in Atmospheric Pressure Townsend Discharges in N2 and air |
10 |
P4.27 |
Antoine BELINGER |
N. Naudé, N. Gherardi |
Transition from diffuse to self organized filament in a high frequency DBD |
10 |
P4.28 |
Tony SCHONHERR |
M. Stein K. Komurasaki, G. Herdrich |
On the discharge processes in pulsed plasma thruster |
10 |
P4.29 |
Andrey STARIKOVSKIY |
|
Pulsed Picosecond and Nanosecond Discharge Development in Liquids with Various Dielectric Permittivity Constants |
10 |
P4.30 |
Matthew BIENIEK |
P. G. C. Almeida, M. S. Benilov |
Modelling cathode spots in glow discharges in the cathode boundary layer geometry with COMSOL Multiphysics |
10 |
P4.31 |
Matej KLAS |
L.Moravský, M. Janda and Š. Matej?ík |
Electrical and optical characterization of microdischarges from DC up to 13,56 MHz in H2, O2 and water vapor |
10 |
P4.32 |
Nikolay DYATKO |
A. Meshchanov, A. Korshunov, Y. Ionikh, D. Sushentsev, M. Butris |
Influence of nitrogen admixture on characteristics of argon breakdown in a long discharge tube |
10 |
P4.33 |
Mikhail LOMAEV |
D. Beloplotov, V. Tarasenko, D. Sorokin |
The initial phase of breakdown of high-voltage nanosecond discharge initiated with runaway electrons in a nonuniform electric field |
10 |
P4.34 |
Anna CHVYREVA |
T. Christen, A. J. M. Pemen |
Streamer discharges along dielectric surfaces-experimental investigations |
10 |
P4.35 |
Rasmus TALVISTE |
I. Jõgi, J. Raud and P. Paris |
Development of plasma pulses in He jet ignited with sinusoidal AC voltage in the kHz frequency range |
10 |
P4.36 |
Florian SIGENEGER |
M. M. Becker, D. Loffhagen |
Study of plasma and precursor kinetics in an rf plasma jet at atmospheric pressure |
10 |
P4.37 |
Hans HÖFT |
M. Kettlitz, T. Hoder, R. Brandenburg, K.-D. Weltmann |
About the importance of volume memory effects in pulsed dielectric barrier discharges in O2/N2 gas mixtures at atmospheric pressure |
10 |
P4.38 |
Vasco GUERRA |
P. Viegas, L. L. Alves, F. Péchereau, A. Bourdon |
Kinetics of atmospheric-pressure discharges in helium mixtures with nitrogen and oxygen |
10 |
P4.39 |
Luís ALVES |
P. Coche, V. Guerra, K. Gadonna, G.D. Stancu, O. Leroy, and T. Minea |
Numerical and experimental analysis of microwave micro-plasmas in air |
10 |
P4.40 |
Lars STOLLENWERK |
R. Wild, J. Benduhn |
Temporally resolved surface charge measurements in a laterally patterned barrier discharge |
10 |
P4.41 |
Ladislav MORAVSKÝ |
M. Klas and Š. Matej?ík |
Electric properties of an atmospheric pressure RF hydrogen microdischarge |
10 |
P4.42 |
Ute EBERT |
C. Köhn, P.O. Kochkin, A.P.J. van Deursen |
High energy emissions from pulsed discharges and from lightning leaders |
10 |
P4.43 |
Alina Silvia CHIPER |
G. Popa |
On the similarities between nitrogen impurities and trapped gas effects under the atmospheric pulsed barrier discharge in helium |
10 |
P4.44 |
Iulia Elena VLAD |
E. Muntean, S.D. Anghel |
Interaction of an atmospheric pressure plasma micro jet with water based liquids |
10 |
P4.45 |
Lucia POTOCNAKOVA |
J. Vorac, P. Synek, J. Hnilica and V. Kudrle |
Spatially resolved and phase synchronized optical diagnostics of power modulated plasma jet |
10 |
P4.46 |
Mikhail LOMAEV
|
D. Beloplotov, D. Sorokin, V. Tarasenko |
The radiative properties of plasma of pulse-periodic discharge initiated with runaway electrons |
15 |
P4.47 |
Dmitry KALANOV |
Yu. Golubovskii, S. Gorchakov, D. Uhrlandt |
Spectral line emission from the viewpoint of nonlocal electron kinetics |
15 |
P4.48 |
Lyes BENTERROUCHE |
S. Sahli, N. Kacem Chaouch, M. T. Benabbas, S. Benhassine,
M. Kara Ali
|
Surface Sterilization of Medical Low Density Poly(ethylene) Films by Dielectric Barrier Discharges |
16 |
P4.49 |
Mohamed Tahar BENABBAS |
S. Sahli, S. Mouissat, N. Kacem Chaouche, L. Benterrouche, M. Kara Ali |
Interaction between an argon-based non-thermal atmospheric pressure plasma jet and Escherichia coli |
16 |
P4.50 |
Indrek JOGI |
K. Erme, M. Laan |
Oxidation of NO by ozone in the presence of TiO2 catalyst |
16 |
P4.51 |
Jörg SCHAUP |
M. Szulc, S. Schein, H. Karl, N. Truong, S. Zimmermann, J. Schein P |
Investigations of an atmospheric plasma jet for different surface treatments/activations -First results |
16 |
P4.52 |
Monica MAGUREANU |
D. Dobrin, C. Bradu, B.M. Mandache, V.I. Parvulescu |
Degradation of organic compounds in water by corona discharge combined with ozonation |
16 |
P4.53 |
Bogdana MITU |
V. Satulu, V. Dinca, M. Bacalum, C. Mustaciosu, G. Dinescu |
Cells behavior on argon plasma treated pNIPAAm thin films |
16 |
P4.54 |
Lutz HUWEL |
C. Baumgart, A. Young, T.J. Morgan, and W.G. Graham |
Systematic characterization of pulsed laser breakdown in water |
16 |
P4.55 |
Tomasz CZAPKA |
A. Grygorcewicz, M. Palewicz, F. Granek |
Decolorization of methylene blue in aqueous medium using dielectric barrier discharge plasma reactor |
16 |
P4.56 |
Cristina MUJA |
J. Lo, Ch. Laurent, L. Therese, B. Caillier, Ph. Guillot |
Investigation of bacterial spore inactivation using a 2.45 GHz coaxial plasma source |
16 |
P4.57 |
Zdenko MACHALA |
M. Janda, K. Hensel, V. Martišovitš |
NOx generation by atmospheric air transient spark for biomedical applications |
16 |
P4.58 |
Roxana JIJIE |
T. Teslaru, M. Dobromir, V. Pohoata, I. Topala, A. Barras, R. Boukherroub, N. Dumitrascu |
Influence of carrier gas on the behavior of plasma polymerized polystyrene films in aqueous media |
16 |
P4.59 |
Mohammed YOUSFI |
A.M. Jemmat, C. Dunand, J.P. Sarrette, G. Wattieaux, N. Merbahi, F. Judée |
Effects of three low temperature plasmas on early events of Arabidopsis thaliana germination |
16 |
P4.60 |
Mohammed YOUSFI |
A. Zerrouki, A. Rhallabi, H. Motomura, M. Jinno |
Monte Carlo simulation of cell membrane permeabilization by cold plasma |
16 |
P4.61 |
Kenji TERANISHI |
K. Yoshioka, A. Sohda, K. Murata, N. Shimomura, H. Itoh |
Decolorization of Indigo Carmine Solution by Dielectric Barrier Discharge |
16 |
P4.62 |
Vladyslava FANTOVA |
J. Jira, V. Kriha |
Dependence of bacteria and yeast inactivation on charge transported to the contaminated surface |
16 |
P4.63 |
Takamichi HIRATA |
C. Tsutsui, A. Mori, T. Kanai, Y. Kudo, T. Izawa, M. Iwashita |
Medical treatment using biomedical plasma techniques |
16 |
P4.64 |
Andrey STARIKOVSKIY |
|
Plasma Assisted Combustion Mechanism for Hydrogen and Small Hydrocarbons |
16 |
P4.65 |
Maria KATSAFADOU |
L. Asimakoulas, P. Svarnas, K. Pachis, N. Kostazos,
K. Gazeli, E. Mitronikas, S. G. Antimisiaris
|
Hand-sized dielectric barrier discharge reactor of floating potential electrode for cell model studies |
16 |