The extent of stacking and twin faults has been estimated in different varieties of cotton fibers grown in the Karnataka State of India using wide-angle X-ray scattering (WAXS) data. Further, the microstructural parameters such as crystal size aOE (c) N > and lattice strain (g in %) have been determined by a whole powder pattern fitting technique developed by us. In all these cases we note that the stacking and twin faults are quite significant in determining the properties of cotton fibers and their microstructural parameters
This study is conducted on a raw material imported from several countries for the purpose of promoti...
Many strong biological materials exist in the form of fibres that are partially crystalline but cont...
International audienceThis paper presents a large flax fibres varieties intercomparison with the aim...
By using wide angle x-ray scattering (WAXS) technique, we have characterized varieties of cotton fib...
We have analysed the broadening of X-ray reflections observed in non-mulberry silk fibres in terms o...
Karnataka state in India is very well known for its cotton cultivation and there are innumerable var...
We have analysed the broadening of X-ray reflections observed in nonmulberry silk fibres in terms o...
Pair correlation values were computed for variety of cotton fibers using X-ray diffraction patterns....
1-7Literature on the current status of the supramolecular structure of native cotton fibre is brief...
X-ray diffraction pattern from cotton fiber (dch32) grown in the Karnataka state of India has been r...
Four different varieties of cotton fibres have been used for X-ray diffraction study using in-house ...
The changes in microstructural parameters in varieties of acid dye processed (Bombyx mori and Anther...
Fibre properties are influential factors for yarn properties. Cotton, whose physical properties vary...
The results of three very different studies are presented. X-ray diffraction has been utilized for s...
Abstract. Wide-angle X-ray scattering (WAXS) recordings were carried out on raw Dharwar cotton fibre...
This study is conducted on a raw material imported from several countries for the purpose of promoti...
Many strong biological materials exist in the form of fibres that are partially crystalline but cont...
International audienceThis paper presents a large flax fibres varieties intercomparison with the aim...
By using wide angle x-ray scattering (WAXS) technique, we have characterized varieties of cotton fib...
We have analysed the broadening of X-ray reflections observed in non-mulberry silk fibres in terms o...
Karnataka state in India is very well known for its cotton cultivation and there are innumerable var...
We have analysed the broadening of X-ray reflections observed in nonmulberry silk fibres in terms o...
Pair correlation values were computed for variety of cotton fibers using X-ray diffraction patterns....
1-7Literature on the current status of the supramolecular structure of native cotton fibre is brief...
X-ray diffraction pattern from cotton fiber (dch32) grown in the Karnataka state of India has been r...
Four different varieties of cotton fibres have been used for X-ray diffraction study using in-house ...
The changes in microstructural parameters in varieties of acid dye processed (Bombyx mori and Anther...
Fibre properties are influential factors for yarn properties. Cotton, whose physical properties vary...
The results of three very different studies are presented. X-ray diffraction has been utilized for s...
Abstract. Wide-angle X-ray scattering (WAXS) recordings were carried out on raw Dharwar cotton fibre...
This study is conducted on a raw material imported from several countries for the purpose of promoti...
Many strong biological materials exist in the form of fibres that are partially crystalline but cont...
International audienceThis paper presents a large flax fibres varieties intercomparison with the aim...