Platinum-containing carbon nanostructures for the creation of electrically conductive ceramics using 3D printing of CJP technology

Carbon nanostructures (CNS) were synthesized by the electric arc plasma chemical method during evaporation of a high-quality graphite electrode brand “fine-grained dense graphite” (FGDG-7) filled with catalyst (Pt), which was evaporated in helium environment. In synthesis process, following synthesized: multi-walled (MWCNT) and single-walled carbon nanotubes (SWCNT), fullerenes, graphene packets nanocomposites. A deposit form growth on cathode also synthesized. All products analyzed at micro- nanolevels, made it possible to analyze influence platinum vapors formation nanomaterials (CNM). The non-uniform distribution atoms (platinum) electrochemical gas medium using FGDG-7 investigated. During analysis, found that is state face-centered cubic (FCC) lattice distributed as follows: core less than < 0.001 %, shell 1 wall soot more > %. morphology composition deposit, has hexagonal structure an admixture rhombohedral phase, studied. studies, differential thermal analysis air (TG, DTG, DTA) carried out, identify products. It established fact parts are heat-resistant compared components do not contain Pt. resulting (CNTs) diameter (5–25 nm) length (1.5–2 μm) differ from those obtained without participation platinum, except for some anomalies. When studying suitability platinum-containing 3D printing CJP (ceramic printing) technology, use black, necessary carry out preliminary short-term treatment, namely, grinding special “ball mills” or rubbing through fine sieve minimal effort create uniformity product. Previous studies have shown such can already be used new composites technologies FDM, SLA.