Open Access Research Article

Obtaining and Analysis of Different Powders to be Used as Modifying Agents in Formation of Polymers with Special Properties

MARIUS BODOR, IULIA GRAUR, VASILE BRIA, ALINA CANTARAGIU, ADRIAN CIRCIUMARU
DOI Not yet assigned
Published 30 Sep 2016
Pages 495–500

Abstract

The obtaining of polymers with special properties is dependent on both conditions and materials used in the formation process. This work presents the obtaining, by using the sol-gel method (and citric acid used as in mixture fuel), of some powdery materials destined to be used as additives in polymers’ formation. Different types of salts were used in the powders’ obtaining process, the long term purpose being to add special properties to polymeric materials, such as good electrical conductivity or photovoltaic capabilities. The materials and methods are thoroughly presented, proving the obtaining repeatability of these powders. Different characterization techniques were used and presented in this paper, from Scanning Electron Microscopy (SEM) for morphology, to EDX for elemental composition, Raman scattering for vibrational properties, thermal analysis by differential scanning calorimetry (DSC), and electrical resistivity for electrical conductivity calculation.

Keywords: modifying agents; powders characterization; special properties polymers

How to Cite this Article

BODOR, M., GRAUR, I., BRIA, V., CANTARAGIU, A., & CIRCIUMARU, A. (2016). Obtaining and Analysis of Different Powders to be Used as Modifying Agents in Formation of Polymers with Special Properties. Materiale Plastice, 53(3), 495–500.
BODOR M, GRAUR I, BRIA V, CANTARAGIU A, CIRCIUMARU A. Obtaining and Analysis of Different Powders to be Used as Modifying Agents in Formation of Polymers with Special Properties. Materiale Plastice. 2016;53(3):495–500.
M. BODOR, I. GRAUR, V. BRIA, A. CANTARAGIU, and A. CIRCIUMARU, "Obtaining and Analysis of Different Powders to be Used as Modifying Agents in Formation of Polymers with Special Properties,” Materiale Plastice, vol. 53, no. 3, pp. 495–500, 2016.
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