A carbonaceous material with controlled water vapor adsorption velocity enables high gram capacity and structural stability in secondary batteries.
Blending specific feedstocks stabilizes low CTE and puffing despite variable raw material properties.
Ultracentrifugation concentrates multi-walled carbon nanotube suspensions to reduce storage volume and transportation costs.
Complementary stirring elements induce chaotic advection currents to disperse carbon fibers, preventing large vortex formation and minimizing defects.
Hydrothermal synthesis of fluorescent carbon quantum dots using discarded apple leaves as a carbon source.
Programmed cross-linking agent addition manages exothermic heat release during nano-engineered carbon material synthesis.