Determining the correct dosage, method of administration, and length of each treatment was a steep learning curve
Traditional carbon materials, extracted from fossil fuel-based precursors (graphite, ethylene, methane, acetylene, benzene, phenol and pitch) using energy-intensive synthetic processes (graphene, graphene oxide, carbon nanotubes (CNTs), CDs), which are excellent, promising conductive substrates, are becoming increasingly important for the material design of EES devices because of their simple preparation methods, large specific surface areas (SSAs), high electron transfer capacities, and easily regulated morphologies/structures
For additional information or to learn about the ordering process, visit our How to Order page
Acta Chim Sin (1966) 32:27683