Development of materials containing graphene/Ni coatings for high-pressure ammunition

Warning

This publication doesn't include Faculty of Education. It includes Faculty of Science. Official publication website can be found on muni.cz.

Authors	KOVÁČIK Dušan KRUMPOLEC Richard SIHELNÍK Slavomír ZELENÁK František KSENZOVA Olha JAŠEK Ondřej REMEŠOVÁ Michaela BURŠÍKOVÁ Vilma JURMANOVÁ Jana FENG Jianyu GHOURCHI BEIGI Pedram RYBOVÁ Tereza
Year of publication	2025
Type	Conference abstract
MU Faculty or unit	Faculty of Science
Citation
Attached files	WPNB-4-abstract-Kovacik.pdf WPNB-4-abstract-Kovacik_cawbwmxo.pdf WPNB-4-abstract-Kovacik_iljagxfl.pdf WPNB-4-abstract-Kovacik_lufnjihe.pdf WPNB-4-abstract-Kovacik_wmtnvxqc.pdf WPNB-4-abstract-Kovacik_xvndwatt.pdf WPNB-4-abstract-Kovacik_yppfzmjp.pdf
Description	This research aims to deliver a cost-effective, high-performance, and non-toxic coating solution for critical high-pressure steel applications. By leveraging plasma-synthesized advanced graphene materials (plasma-reduced rGO flakes, GO flakes, and GNS – graphene nano sheets) within a Ni matrix, the work explores a highly promising alternative to traditional toxic coatings, with the ultimate goal of optimizing the process for complex internal geometries like gun barrels.
Related projects:	R&D centre for plasma and nanotechnology surface modifications Development of materials for high-pressure ammunition