Carbon spheres (CSs) with controllable sizes and rich in oxygen-containing groups were
fabricated using a simple hydrothermal treatment of glucose. The effects of the hydrothermal …

Carbon spheres (CSs) with regular shapes (Ø 300–1200 nm) and numerous oxygen groups
(–OH, C6H5–C= O, and C= O) were prepared by a simple glucose hydrothermal process …

Spherical carbons have been prepared through hydrothermal treatment of three
carbohydrates (glucose, saccharose and cellulose). Preparation variables such as treatment …

Isolated carbon microspheres in a diameter range of 1–4μm were prepared by hydrothermal
treatment of mono-saccharides (xylose for pentose and fructose for hexose) with phenolic …

We report a new three-step mechanism for the formation and growth of carbonaceous
spheres by hydrothermal carbonization of saccharides using sucrose as a precursor …

Spheroidal carbonaceous materials were produced by one-step hydrothermal carbonization
of carbohydrates, including glucose, sucrose, and starch, in the presence of alcohol. The …

Carbon micro-spheres with a regular and perfect shape, high yields and narrow size
distribution were successfully synthesized by a hydrothermal route in a stainless steel …

In the hydrothermal carbonization of carbohydrates, such as sucrose as raw material in this
study, activated carbon microspheres were synthesized by two steps of hydrothermal …

We investigated the effects of chemical activation of hydrothermally derived activated carbon
spheres (ACSs) with KOH at 800° C, in hydroxide-to-sample mass ratios of 2–5: 1, on the …

Carbon‐rich‐quick scheme: A carbon‐rich solid product made up of uniform micrometer‐
sized spheres of tunable diameter has been synthesized by the hydrothermal carbonization …