Discharge is ignited in a hollow electrode with a directional stream of gas. Under these conditions, the duration of fullerene formation in space at high density and temperature is longer, in product the amorphous component is not manifested and the heavy fullerene yield increases. There are the technique and the results of measuring the electro options. It noted the dependence of the spectrum of the charge of fullerenes and the preferred use of ions fullerenes.
Keywords: amorphous component, electron affinity, formation duration, gas-plasma stream, hollow electrode, ionization potential, neutralizing of fullerenes, turbulence.
