The hierarchically macro/micro-porous silicon–carbon–nitrogen (Si–C–N) hybrid material
was presented with novel functionalities of totally selective and highly efficient adsorption for …

Advanced functional Materials play an ever increasing and effective role in our modern
community. These materials have tremendous impact on a variety of technologies, including …

The fabrication of porous ceramic materials is of great importance for various applications in
energy, catalysis, filtration, and refractory applications. Achieving rational design of polymer …

A hierarchically-ordered macro/meso/microporous SiOC monolith was obtained via freeze-
casting using commercial polysiloxane as a raw material and silica sol as a binder and …

In this study, bulk and porous SiOC materials were synthesized via a polymer-derived
ceramic (PDC) method from a base polysiloxane (PSO) precursor and an iron (Fe) catalyst …

Micro‐and macroporous monoliths with in situ formed nickel nanoparticles were prepared
for the first time by the combination of solution‐based freeze casting and preceramic …

An effective method was described here to improve the thermal insulation and stability of
polysiloxane foam (SIF) by controlling the chain length of hydroxyl-terminated …

We have developed a simple and general synthesis strategy to tune the chemical
composition and pore size as well as the surface area of microporous ceramics. This method …

Nickel-containing hybrid ceramics were prepared by pyrolytic conversion from either methyl
or methyl-phenyl polysiloxanes mixed with bistrimethoxysilylpropylamine (BisA) as a …

Cobalt/nickel-containing SiOC-based porous ceramic electrocatalysts were prepared by
pyrolysis of poly (methyl silsesquioxane) and poly (methyl phenyl silsesquioxane) as …