| F |
|
| Fantz, Ursel |
Investigations of indium
halides as radiator in ICPs for lighting applications |
P1.9.6 |
| Investigation of the plasma parameters in the expansion region of a
negative hydrogen ion source for fusion |
P1.9.5 |
| Faria, Maria |
Self-organization as an intrinsic feature of DC glow microdischarges:
predicting self-organization in different gases |
P3.7.6 |
| Fasci, Eugenio |
Optical-Feedback Cavity-Enhanced Absorption spectroscopy detects ppt
traces of Formaldehyde for the validation of air plasma treatment system |
P3.5.19 |
| Fatarella, Enrico |
Sustainable finishing of wollen fabrics by means of plasma treatment |
P1.4.8 |
| Faubert, François |
Generation and characterization of hydrogen amorphous carbon nitrile
particles and mass spectrometric study of the CH4/N2 radio-frequency plasma. |
P2.5.12 |
| Fedorovich, Sergei |
A method diagnostic of RF plasma torches in ultra-violet range |
P3.5.2 |
| Determining electron
temperature and density in RF plasma torches |
P3.5.1 |
| Felizardo, Edgar |
UV Emission from Microwave Plasmas |
P3.9.1 |
| Fernández Palop, José Ignacio |
Experimental study of the transition of the ion current to a cylindrical
Langmuir probe from the orbital to the radial theory. |
P2.4.6 |
| Ferreira, Carlos M. |
50 Years of Non-Equilibrium Kinetics in Laser Physics, Geophysics and
Plasma Chemistry: a Tribute to Boris Gordiets |
WS1.1 |
| Pretreatment of sugarcane
biomass by atmospheric pressure microwave plasmas |
P3.4.5 |
| Microwave driven air-water plasmas |
GL1 |
| Carbon
nanostructures synthesized by a microwave plasma torch |
P3.10.3 |
| UV Emission from
Microwave Plasmas |
P3.9.1 |
| Ferreira, Jason |
Optical emission spectroscopy of the flowing afterglow of a microwave
N2/O2 plasma used for the modification of GaN nanowires |
P3.5.15 |
| Fiedorowicz, Henryk |
Photoionization of gases by EUV pulses from a laser-plasma source |
P3.12.3 |
| Figueroa, Jared |
Electron detachment in N2O |
P3.1.3 |
| Fleury, Benjamin |
On the infuence of CO on a dusty N2-CH4 CCP RF discharge |
P1.7.1 |
| Foest, Rüdiger |
Study on the formation of thin films using an rf non-thermal plasma jet at
atmospheric pressure |
P3.11.6 |
| Foissac, Corinne |
Vibrational Distribution Function of N2(C3Pu, v’) state in N2-Ar discharge
created by a RF helical coupling device |
P1.1.10 |
| Kinetics of N2(B3Pg) and N2(C3Pu) states in N2-Ar discharges sustained by
a RF helical coupling device |
P1.1.9 |
| Fortov, Vladimir |
Coulomb clusters in a cusp magnetic trap under microgravity condition |
P2.7.6 |
| High-Voltage Nanosecond Pulse Discharge in a Low-Pressure Preionized
Medium |
P1.9.4 |
| Fournier, Richard |
Generation, annihilation and motion of self-organized filaments in
dielectric barrier discharges |
TL6 |
| Fowler, Chantal |
Diamond-based microhollow cathode discharges |
P1.10.6 |
| Fox, Neil |
Diamond-based microhollow cathode discharges |
P1.10.6 |
| Franklin, Raoul |
Two Dimensional Plasma Configurations |
P2.6.13 |
| Franzen, Peter |
Investigation of the plasma parameters in the expansion region of a
negative hydrogen ion source for fusion |
P1.9.5 |
| Fredriksen, Åshild |
Plasma flows in expanding magnetic field: simulations, probe and Laser
Induced Fluorescence (LIF) measurements |
P3.11.7 |
| Fubiani, Gwenael |
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 |
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