Activated carbon fibre monoliths were prepared by physical activation of carbon fibre monoliths derived from two kinds of pitch-based carbon fibre (CF) (carbon fibres from a coal tar pitch and carbon fibres derived from a petroleum pitch). The monoliths were conformed using a coal tar pitch binder. The carbon fibre monoliths and the activated carbon fibre monoliths were studied by scanning electron microscopy (SEM) and gas adsorption (i.e. N2 at 77 K and CO2 at 273 K). The results obtained reveal that monoliths perform a good activation process that produce a quite high development of microporosity (BET surface areas around 2600 m2/g and N2 micropore volume of 1.23 cm3/g). On the other hand, it is remarkable that the activation process used...
The development of materials with potential application for CO2 capture is a topic of great scientif...
This paper reports the preparation and characterization of activated carbon coated monolith. The car...
The development of materials with potential application for CO2 capture is a topic of great scientif...
Activated carbon monoliths with hierarchical pore structures were prepared from petroleum tar pitch ...
In this work we studied the production of activated carbon fibres in monolith shape from a commercia...
The progress of research in the development of novel, rigid, monolithic adsorbent carbon fiber compo...
Rigid, high surface area activated carbon fiber composites have been produced with high permeabiliti...
Carbon monolithic adsorbents exhibiting a hierarchical pore structure are produced via a synthesis r...
Carbon monolithic adsorbents exhibiting a hierarchical pore structure are produced via a synthesis r...
We present a process for the synthesis of binder-free carbon monoliths, which were prepared from car...
Activated carbon fibres (ACFs) have been successfully prepared with a remarkable development of poro...
Carbide-derived carbon (CDC) monoliths (DUT-38) with a distinctive macropore network are physically ...
Carbon monoliths with high densities are studied as adsorbents for the storage of H2, CH4, and CO2 a...
Activated carbons (ACs) have been one of the most important materials used all over the world for ma...
Viscose fibre based materials were carbonized and activated using CO2 as an activation agent. Materi...
The development of materials with potential application for CO2 capture is a topic of great scientif...
This paper reports the preparation and characterization of activated carbon coated monolith. The car...
The development of materials with potential application for CO2 capture is a topic of great scientif...
Activated carbon monoliths with hierarchical pore structures were prepared from petroleum tar pitch ...
In this work we studied the production of activated carbon fibres in monolith shape from a commercia...
The progress of research in the development of novel, rigid, monolithic adsorbent carbon fiber compo...
Rigid, high surface area activated carbon fiber composites have been produced with high permeabiliti...
Carbon monolithic adsorbents exhibiting a hierarchical pore structure are produced via a synthesis r...
Carbon monolithic adsorbents exhibiting a hierarchical pore structure are produced via a synthesis r...
We present a process for the synthesis of binder-free carbon monoliths, which were prepared from car...
Activated carbon fibres (ACFs) have been successfully prepared with a remarkable development of poro...
Carbide-derived carbon (CDC) monoliths (DUT-38) with a distinctive macropore network are physically ...
Carbon monoliths with high densities are studied as adsorbents for the storage of H2, CH4, and CO2 a...
Activated carbons (ACs) have been one of the most important materials used all over the world for ma...
Viscose fibre based materials were carbonized and activated using CO2 as an activation agent. Materi...
The development of materials with potential application for CO2 capture is a topic of great scientif...
This paper reports the preparation and characterization of activated carbon coated monolith. The car...
The development of materials with potential application for CO2 capture is a topic of great scientif...