Open Access Research Article

Theoretical and Experimental Studies on New Plastic Pyrotechnic Compositions

Traian ROTARIU, Constantin ENACHE, Doru Adrian GOGA, Gabriela TOADER, Izabela Cristina STANCU, Andrada SERAFIM, Sorin ESANU, Eugen TRANA
DOI Not yet assigned
Published 30 Jun 2016
Pages 240–246

Abstract

The aim of this research is to develop plastic pyrotechnic compositions with a high level of moldability while maintaining safety and performance features specific to usual plastic bonded pyrotechnic compositions. In this view, theoretical and experimental studies have been performed in order to determine the characteristics of three new plastic pyrotechnic compositions and to establish their agreement with energetic materials safety and performance essential principles. These formulations have been designed to accomplish special requirements, such as processing performances, i.e. good malleability for hand packing or molding at room temperature, and pyrotechnic effects, i.e. illuminating or smoke signaling.

Keywords: red phosphorus; malleability; processing

How to Cite this Article

ROTARIU, T., ENACHE, C., GOGA, D., TOADER, G., STANCU, I., SERAFIM, A., ESANU, S., & TRANA, E. (2016). Theoretical and Experimental Studies on New Plastic Pyrotechnic Compositions. Materiale Plastice, 53(2), 240–246.
ROTARIU T, ENACHE C, GOGA D, TOADER G, STANCU I, SERAFIM A, ESANU S, TRANA E. Theoretical and Experimental Studies on New Plastic Pyrotechnic Compositions. Materiale Plastice. 2016;53(2):240–246.
T. ROTARIU, C. ENACHE, D. GOGA, G. TOADER, I. STANCU, A. SERAFIM, S. ESANU, and E. TRANA, "Theoretical and Experimental Studies on New Plastic Pyrotechnic Compositions,” Materiale Plastice, vol. 53, no. 2, pp. 240–246, 2016.
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