Production process and characteristics of PAN based carbon fibers and cellulose based carbon textile are presented. In the case of carbon fibers attention is paid to changes during the carbonization process in the range of 400-1000°C. The change of diameter and weight loss as well as tensile strength and Young's modulus were examined. For carbon textile it was interesting to show their adsorption characteristics as activated material. The nitrogen adsorption isotherms correspond to the microporous adsorbent which is suitable for adsorption of both gaseous and liquid adsorbats
Carbon fibers are fabricated from different materials, such as special polyacrylonitrile (PAN) fiber...
Viscose fibre based materials were carbonized and activated using CO2 as an activation agent. Materi...
PAN-based carbon fibres carbonised at relatively low temperature, i.e. type III carbon fibres, were ...
ABSTRACT: This paper presents the preparation and characterization of carbon fiber felt and activate...
ABSTRACT: This paper presents the preparation and characterization of carbon fiber felt and activate...
The results of a research on the influence of activation of carbon fibers in CO2 current on the chan...
Carbon hollow fibers were prepared with regenerated cellulose or polysulfone hollow fibers by chemic...
In this study, electrospinning technology, physical activation, and carbonization processing were ap...
Acrylic textile fibres have been used to prepare activated carbon fibres (ACF). Characterisation by ...
In this study, activated carbon fabric was prepared from a cellulose-based polymer (viscose rayon) v...
In this study, electrospinning technology, physical activation, and carbonization processing were ap...
Cellulose was first precursor fibre material used for production of carbon fibres. It has been in ma...
Cellulose was first precursor fibre material used for production of carbon fibres. It has been in ma...
In this study, the phenolic resin and viscose rayon precursor-based activated carbon fibers (ACFs) w...
Jute fiber is the second most common natural cellulose fiber worldwide, especially in recent years, ...
Carbon fibers are fabricated from different materials, such as special polyacrylonitrile (PAN) fiber...
Viscose fibre based materials were carbonized and activated using CO2 as an activation agent. Materi...
PAN-based carbon fibres carbonised at relatively low temperature, i.e. type III carbon fibres, were ...
ABSTRACT: This paper presents the preparation and characterization of carbon fiber felt and activate...
ABSTRACT: This paper presents the preparation and characterization of carbon fiber felt and activate...
The results of a research on the influence of activation of carbon fibers in CO2 current on the chan...
Carbon hollow fibers were prepared with regenerated cellulose or polysulfone hollow fibers by chemic...
In this study, electrospinning technology, physical activation, and carbonization processing were ap...
Acrylic textile fibres have been used to prepare activated carbon fibres (ACF). Characterisation by ...
In this study, activated carbon fabric was prepared from a cellulose-based polymer (viscose rayon) v...
In this study, electrospinning technology, physical activation, and carbonization processing were ap...
Cellulose was first precursor fibre material used for production of carbon fibres. It has been in ma...
Cellulose was first precursor fibre material used for production of carbon fibres. It has been in ma...
In this study, the phenolic resin and viscose rayon precursor-based activated carbon fibers (ACFs) w...
Jute fiber is the second most common natural cellulose fiber worldwide, especially in recent years, ...
Carbon fibers are fabricated from different materials, such as special polyacrylonitrile (PAN) fiber...
Viscose fibre based materials were carbonized and activated using CO2 as an activation agent. Materi...
PAN-based carbon fibres carbonised at relatively low temperature, i.e. type III carbon fibres, were ...