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Information × Registration Number 0211U005508, 0109U001760 , R & D reports Title To study physical and technical properties of carbonic nano-materials synthesis through special electrodischarge impact on gaseous and fluid carbonic media. popup.stage_title Head Boguslavskiy Leonid Zinoviyovuch, Кандидат технічних наук Registration Date 11-05-2011 Organization Institute of Pulse Research and Engineering popup.description2 The purpose of the fulfillwed work was determination of working carbon media and the ranges of the parameters of electrotechnical equipment necessary to gain carbon nanomaterials at volume electrodischarge treatment of carbon media. The object of the research is physicotechnical processes of carbon nanomaterials' gaining at volume electrodischarge effect on gaseous and fluid carbon media. Methods of the research - mathematical modeling and experiments. Regularities are determined of the synthesis of carbon nanomaterials by means of a volume electrodischarge effect on gaseous and fluid media containing carbon. On basis of the detected regularities between the number of gained nanomaterials, thermodynamic characteristics of gaseous raw materials and electrotechnical parameters of treatment it was determined that with the least energy consumption rates nanomaterials are synthesized from gases with low enthalpy, e.g. from acetylene at discharge voltage from 2 to 10 kV and frequencies from 4 to 40 kHz. For the first time nanocarbon was synthesized by a corona discharge in fluid organic electrolytes. It was proved that specific energy necessary for such synthesis the specific energy necessary for it makes from 35 to 40 kJ which is by 10-20% less than specific energy of electrodischarge synthesis from hydrocarbon fluids. Thus the weight of the synthesized product increases with the increase of the electrodischarge gap and the accumulated energy inserted into this gap. The field of application is production of nanocarbon materials. Product Description popup.authors Винниченко Д.В. Діордійчук В.В. Домерщикова А.С. Кускова Н.І. Назарова Н.С. Овчиннікова Л.Є. Приходько С.В. Смалько А.О. Струк Я.П. Хайнацький С.О. Христо О.І. Ющишина Г.М. popup.nrat_date 2020-04-02 Close