Carbon-Based Materials (MDPI - Multidisciplinary Digital Publishing Institute, 2022)
Keywords: 300 torr; active site; boron carbide; carbon materials; carbon nanotube bundle; carbon nanowalls; chain model; chemical structure; chemical vapor deposition; chlorination; chromium removal; coke quality; coking behavior; coordination; critical charge; crumpled graphene; CVD mosaic; deposition parameters; deposition speed; deposition temperature; Dirac velocity; electrical conductivity; energy gap; equilibrium structure; ESR; fluorination; grafting; graphene; graphene oxide; graphite platelet coatings; growth mechanism; high volatile coking coal; Homoepitaxy growth; hydrogen; hydrogenation; lateral compression; LDPE; mechanical deformation; mechanical properties; metallosupramolecular polymer; molecular dynamics; Ni-graphene composite; nitrogen-doped carbon nanotubes; nitrogen-doping; one-side modification; optical properties; organosilanes; oxygen reduction reaction; oxygen reduction reaction (ORR); palladium; physicochemical properties; plane strain conditions; plasma synthesis; reduced graphene oxide; resonant scattering; single crystal diamond; solid state NMR; storage media; substrates; supercharged impurity; surface morphology; Technology, Engineering, Agriculture, Industrial processes; Technology: general issues; thermal expansion coefficient; thermal stability; thermoresistive properties; XRD