As hemp is a renewable resource with the high biomass yield it could be considered as potential abundant local biomass material for a wide range of applications. In this article hemp fibres architecture as a source of high strength cellulose are analysed. In experimental part steam explosion technology is applied to disintegrate technical hemp fibres to elementary fibres with the aim to find out the best way of procedure without usage to environment harmful chemical pre-treatments and looking forward to solve problems on further nano-level environment friendly hemp cellulose disintegration
Hemp plants have been cultivated for their usable fibers for thousands of years. The fibers are long...
The micro- and nano-scale cellulosic fibres are attractive as replacement for man-made fibre reinfor...
Hemp plants have been cultivated for their usable fibers for thousands of years. The fibers are long...
As hemp is a renewable resource with the high biomass yield it could be considered as potential abun...
As hemp is a renewable resource with the high biomass yield it could be considered as potential abun...
As hemp is a renewable resource with the high biomass yield it could be considered as potential abun...
As hemp is a renewable resource with the high biomass yield it could be considered as potential abun...
Abstract. As hemp is a renewable resource with the high biomass yield it could be considered as pote...
Natural fibres as a renewable resource attract attention of scientists and practitioners and their a...
In this article, the architecture of hemp fibres as a source of high strength cellulose is analyzed....
Microfibrillated cellulose is a new biomaterial having astonishing intrinsic properties. It was first ...
In recent years, an increasing number of researches are dedicated to the identification of local cel...
Multifunctional materials include properties of smart material systems (e.g. smart textiles) as well...
In current research attempt has been made to analyse hemp fibres treated with steam explosion (SE) t...
Cellulosic materials have a great potential for multifunctional nanomaterial formation. They are abu...
Hemp plants have been cultivated for their usable fibers for thousands of years. The fibers are long...
The micro- and nano-scale cellulosic fibres are attractive as replacement for man-made fibre reinfor...
Hemp plants have been cultivated for their usable fibers for thousands of years. The fibers are long...
As hemp is a renewable resource with the high biomass yield it could be considered as potential abun...
As hemp is a renewable resource with the high biomass yield it could be considered as potential abun...
As hemp is a renewable resource with the high biomass yield it could be considered as potential abun...
As hemp is a renewable resource with the high biomass yield it could be considered as potential abun...
Abstract. As hemp is a renewable resource with the high biomass yield it could be considered as pote...
Natural fibres as a renewable resource attract attention of scientists and practitioners and their a...
In this article, the architecture of hemp fibres as a source of high strength cellulose is analyzed....
Microfibrillated cellulose is a new biomaterial having astonishing intrinsic properties. It was first ...
In recent years, an increasing number of researches are dedicated to the identification of local cel...
Multifunctional materials include properties of smart material systems (e.g. smart textiles) as well...
In current research attempt has been made to analyse hemp fibres treated with steam explosion (SE) t...
Cellulosic materials have a great potential for multifunctional nanomaterial formation. They are abu...
Hemp plants have been cultivated for their usable fibers for thousands of years. The fibers are long...
The micro- and nano-scale cellulosic fibres are attractive as replacement for man-made fibre reinfor...
Hemp plants have been cultivated for their usable fibers for thousands of years. The fibers are long...