| I |
|
| Ichiki,
Ryuta |
Sheath Potential
Measurements in Negative Ion Plasma |
P1.5.1 |
| Iizuka, Satoru |
Conversion of CO2 to methane by a low-pressure hollow-cathode
discharge |
P1.1.2 |
| Ikuta, Nobuaki |
PT and SST Electron Energy Distribution and Transport Properties in
Lucas-Saelee Model Gas |
P1.2.6 |
| Ilic, Gvozden |
Influence of Gas Parameters on the Spark Gap Functioning |
P3.6.3 |
| The Influence of
Dielectric Properties of Commercial Vacuum Interrupters |
P3.6.2 |
| Zymak, Illia |
Ternary association of H+ ions with H2; Experiments with normal and
para-enriched hydrogen at 11 K |
P3.1.8 |
| Inoue, Mari |
Film properties of indium-zinc-oxide films using RF magnetron sputtering
evaluated by optical diagnostics in gas phase |
P1.4.11 |
| Ionikh, Yuri |
Surface vibrational relaxation of N2 studied by infrared titration with
time resolved Quantum Cascade Laser diagnostics |
P2.4.11 |
| Ionikh, Yuriy |
Experimental and theoretical study of the influence of nitrogen admixture
on characteristics of dc glow discharge in rare gases at intermidiate
pressures |
HT1 |
| Ionikh, Yury |
The breakdown in a long non-shielded discharge tube in low-pressure
nitrogen. |
P3.9.4 |
| Ionita, Eusebiu-Rosini |
Current-voltage characteristics of a RF plasma jet discharge with bare
electrodes at low and atmospheric pressure |
P2.10.9 |
| Iordanova, Ekaterina |
Discrepancies between different electron Temperature diagnostics: probing
the Electron Energy Distribution Function |
P3.5.12 |
| Iordanova, Snejana |
Mode transition in a small-radius planar-coil inductively-driven discharge |
P1.5.21 |
| Iseni, Sylvain |
Space resolved ozone detection in the effluent of a cold atmospheric
pressure plasma jet |
P2.5.10 |
| Ishikawa, Kenji |
High-speed synthesis and crystalinity control of nanographene using
in-liquid plasma in alcohol |
HT8 |
| Isola, Lucio |
Measure of the Ar(1sy) state densities by OES in Ar-N2 discharges |
P2.1.16 |
| Ito, Masafumi |
Film properties of indium-zinc-oxide films using RF magnetron sputtering
evaluated by optical diagnostics in gas phase |
P1.4.11 |
| Itoh, Haruo |
Measurement of negative ion mobility in ultra high purity O2 at
atmospheric pressure |
P1.2.7 |
| Temperature dependence of
ozone loss rate |
P1.1.15 |
| Collisional quenching
rate coefficient of N2(A3Σ+u) by xylene |
P2.1.3 |
| Measurement of ozone
density distribution in a dielectric barrier discharge ozone generator using
laser absorption method |
P3.5.18 |
| Ivanov, Anton |
Probe diagnostics of a small microwave discharge at atmosheric pressure |
P2.5.15 |
| Ivanova, Pavlina |
Langmuir Probe Evaluation of the Negative Ion Density in Oxygen Gas
Discharge Magnetized Plasma |
P1.5.16 |
| Ivlev, Alexei |
Microstructure of a liquid complex (dusty) plasma under shear |
P1.7.2 |
| High-Voltage Nanosecond Pulse Discharge in a Low-Pressure Preionized
Medium |
P1.9.4 |
| Iwashita, Shinya |
Development of dust particle manipulation method in capacitively coupled
plasmas via the Electrical Asymmetry Effect |
P2.7.5 |
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