Modeling of radio-frequency capacitive discharge under atmospheric pressure in Argon of capacitive radiofrequency discharge in
Argon between symmetrical electrodes at atmospheric pressure
First attempts to combine capillary tubes with photocathodes detectors. Potential advantages are: high gains, large sensitive area, high granularity, and insensitivity
REGENERATION OF INFECTED WOUNDS UNDER THE INFLUENCE OF LOW TEMPERATURE ARGON PLASMA was to establish the influence of a regime of cold microwave
argon plasma treatments on the physiological
INTERACTION OF HELIUM AND ARGON PLASMA JETS ARRAYSINTERACTION OF HELIUM AND
ARGON PLASMA JETS ARRAYS
Glass capillary tubes as a high granularity gaseous detector of photons and charged particlesGlass capillary tubes as a high granularity gaseous
detector of photons and charged particles