There is a well-known relationship between porous materials performance in a given
process and their textural properties. These properties include specific surface area, among …

Sucrose-based activated carbons were obtained by carbon foams with sugar and cobalt (II)
nitrate as precursors, followed by using different chemical activation agents. The effect of Co …

Accurate quantification of ultramicropores is critical to optimizing and understanding the
performance of carbon materials in many applications. The pore size distributions (PSD) …

Lightweight carbon foams have attracted great attention in the past several years due to their
potential applications in heat sinks, heat exchangers, electrodes for battery and …

This work focuses on carbon foams, whose peculiarity is a predominant open macroporous
cellular network that can be provided with tailored texture and morphology by the …

This study investigates an alternative utilization of earth-abundant Victorian brown coal (BC)
for carbon foam preparation and its application in LIBs. Carbon foams (CFs) from blends of …

The present study highlights the integration of lignin with graphene oxide (GO) and its
reduced form (rGO) as a significant advancement within the bio-based products industry …

Carbon foams were synthesized from blends of coal and several C-containing additives of
different nature, with the aim to study their influence on the foaming step, and hence in the …

In the research, N-doped cost-effective carbon dioxide adsorbents with ultrahigh selectivity
are prepared using waste walnut shell pyrolysis by two-step activation and urea …

This study presents a straightforward synthesis method for producing 3D carbon foams with
specific characteristics, including an open macroporous structure combined with …