Add to ORKGNatural fibres as a renewable resource attract attention of scientists and practitioners and their applications are spreading in different industry branches. Hemp is a prospective historical agro-industrial culture grown in Latvia for fibres. The nano-, micro- and supra-molecular structure of hemp fibres is highly complex and not clearly understood to make any final decisions. In the current study of steam explosion (SE) auto-hydrolysis the Bialobrzeckie variety grown in the Agricultural Science Centre of Latgale region in Latvia is used to treat the hemp fibres
Steam explosion (STEX) is a promising technique to decompose natural fibre hierarchical structure do...
Hemp plants have been cultivated for their usable fibers for thousands of years. The fibers are long...
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...
Multifunctional materials include properties of smart material systems (e.g. smart textiles) as well...
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...
In current research attempt has been made to analyse hemp fibres treated with steam explosion (SE) t...
In this article, the architecture of hemp fibres as a source of high strength cellulose is analyzed....
Cellulosic materials have a great potential for multifunctional nanomaterial formation. They are abu...
In recent years, an increasing number of researches are dedicated to the identification of local cel...
Microfibrillated cellulose is a new biomaterial having astonishing intrinsic properties. It was first ...
Steam explosion (STEX) is a promising technique to decompose natural fibre hierarchical structure do...
Hemp plants have been cultivated for their usable fibers for thousands of years. The fibers are long...
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...
Multifunctional materials include properties of smart material systems (e.g. smart textiles) as well...
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...
In current research attempt has been made to analyse hemp fibres treated with steam explosion (SE) t...
In this article, the architecture of hemp fibres as a source of high strength cellulose is analyzed....
Cellulosic materials have a great potential for multifunctional nanomaterial formation. They are abu...
In recent years, an increasing number of researches are dedicated to the identification of local cel...
Microfibrillated cellulose is a new biomaterial having astonishing intrinsic properties. It was first ...
Steam explosion (STEX) is a promising technique to decompose natural fibre hierarchical structure do...
Hemp plants have been cultivated for their usable fibers for thousands of years. The fibers are long...
Hemp plants have been cultivated for their usable fibers for thousands of years. The fibers are long...