The article presents the results of preliminary research into the feasibility of copper-graphene composite application in the production of shaped charge liners in HEAT ammunition from graphene-coated copper grain powders by powder metallurgy techniques. Copper powder grains were coated with graphene with a machine and process developed at the Institute of Precision Mechanics in Warsaw (Poland). The characteristics of the applied powdered materials (including particle size distribution) were determined in this work. The paper discloses the result of graphene identification by Raman spectroscopy. The presence of graphene was confirmed in the processed copper powder. The paper discusses the preparation of copper powder by grinding (refinement...
Spiekane kompozyty Cu-C są materiałami stosowanymi w urządzeniach elektrycznych z uwagi na ich wysok...
The thesis takes inspiration from the worldwide issues related to the shortage of critical raw mater...
The purpose of this work is to explore the feasibility of using binder jetting to print copper-graph...
The paper presents some selected results of tests performed as part of a research task titled “Use o...
This paper presents the results of preliminary tests on specimens made from mixtures of dendritic co...
Since the isolation of graphene in 2004, much research has been conducted to understand this novel m...
Graphite-copper composite coatings are often used for the production of electrical machines because ...
Currently we can observe a worldwide trend to find new materials with extraordinary properties. In p...
Cu-C composites are materials used for the production of brushes, contacts, and pressing shoes for e...
The current work investigates the characterization of copper-zinc-graphene nanoflakes (Cu-35Zn-GNF) ...
In recent years, nano-scale graphene (Gn) has generated a lot of interest owing to its remarkable ch...
The paper presents the results of research on the possibilities of producing and using copper–zeolit...
Copper-based materials are common industrial products which have been broadly applied to the fields ...
The compressibility of a copper matrix reinforced with different weight percentages of graphene nano...
This study focuses on the powder processing methodology (PPM) for the fabrication of metal matrix co...
Spiekane kompozyty Cu-C są materiałami stosowanymi w urządzeniach elektrycznych z uwagi na ich wysok...
The thesis takes inspiration from the worldwide issues related to the shortage of critical raw mater...
The purpose of this work is to explore the feasibility of using binder jetting to print copper-graph...
The paper presents some selected results of tests performed as part of a research task titled “Use o...
This paper presents the results of preliminary tests on specimens made from mixtures of dendritic co...
Since the isolation of graphene in 2004, much research has been conducted to understand this novel m...
Graphite-copper composite coatings are often used for the production of electrical machines because ...
Currently we can observe a worldwide trend to find new materials with extraordinary properties. In p...
Cu-C composites are materials used for the production of brushes, contacts, and pressing shoes for e...
The current work investigates the characterization of copper-zinc-graphene nanoflakes (Cu-35Zn-GNF) ...
In recent years, nano-scale graphene (Gn) has generated a lot of interest owing to its remarkable ch...
The paper presents the results of research on the possibilities of producing and using copper–zeolit...
Copper-based materials are common industrial products which have been broadly applied to the fields ...
The compressibility of a copper matrix reinforced with different weight percentages of graphene nano...
This study focuses on the powder processing methodology (PPM) for the fabrication of metal matrix co...
Spiekane kompozyty Cu-C są materiałami stosowanymi w urządzeniach elektrycznych z uwagi na ich wysok...
The thesis takes inspiration from the worldwide issues related to the shortage of critical raw mater...
The purpose of this work is to explore the feasibility of using binder jetting to print copper-graph...