.
.
Transmission spectra of copper, aluminum and chalcopyrite – based thin nanostructured films prepared by gas discharge technique
https://doi.org/10.24144/2415-8038.2019.46.84-91
Keywords: transmission spectra, copper nanostructures, copper and aluminum oxide nanostructures, chalcopyrite nanostructures, air, argon
Nanosecond discharge in atmospheric pressure air with ectonic introduction of iron and copper vapor in plasma and its application in nanotechnology
10.24144/2415-8038.2018.44.154-164
Keywords: overstressed nanosecond discharge, Iron, Copper, air, radiation spectrum, ultraviolet
Parameters of plasmaof high-current nanosecond dischargein air with small admixtures of copper vapor
10.24144/2415 8038.2018.43.89 95
Keywords: nanosecond discharge, copper, air, emission spectrum, ultraviolet, electron temperature and density, spec ific losses of discharge power, rate constants of electronic processes
Characteristics overvoltage nanosecond discharges on mixtures of helium and argon with admixtures of water vapor
10.24144/2415-8038.2017.42.128-136
Keywords: high-voltage nanosecond discharge, zinc, helium, argon, water vapor, emission spectrum, ultraviolet
Characteristics of high current nanosecond discharge in the air above surface the copper sulfate solution in distilled water
10.24144/2415-8038.2017.41.112-119
Keywords: nanosecond discharge, water, air, copper sulfate solution, nanostructures
Optical characteristics of nanosecond discharge on a mixture of air with vapors zinc
https://doi.org/10.24144/2415-8038.2016.39.93-99
Keywords: high voltage nanosecond discharge, zinc, air, emission spectrum, ultraviolet
Investigation of characteristics of pulse discharge about surface water solution of zinc chloride
https://doi.org/10.24144/2415-8038.2016.39.100-105
Keywords: nanosecond discharge, distilled water, a water solution of zinc chloride