Thermal and Magnetic Peculiarities of Metal-Containing Carbon Nano-Phase Formed in the Reaction of Fine-Dispersed Aluminium with Dichlorethane in Paraffin Medium

Electron magnetic resonance （EMR） spectroscopy, X-ray-fluorescent microscopy （XFM） and thermal analysis （TGA/DTA） are used to characterize the carbon nano-phase obtained in the reaction between fine-dispersed aluminum and dichloroethane in the liquid paraffin medium and its modified with Mn（Ⅱ）, Fe（Ⅲ）, Ni（Ⅱ）, Cu（Ⅱ） chlorides forms were studied.. It was shown that the solid nano-structured functionalized carbon systems containing metals possess specific magnetic and thermal properties. Key parameters of the process, influencing on the size and structure of the formed carbon nano-phase were determined. Results and regularities established in this work create presumably the certain basis for optimization of physical and chemical properties of similar systems