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Comparative Analysis of Various Electrospinning Methods of Nanofibre Formation
electrospinning methods nanofibres polyacrylonitrile
2009/6/17
In general, nanofibres can be formed using the electrospinning technique, which has been known for a long time in literature. However, there are still some problems related to this technique such as l...
Comparative Analysis of the Infuence of the Kindand Amount of Two Ferromagnetic Nanoadditives on the Structural Properties of Precursor Polyacrylonitrile Fibres
precursor fibres polyacrylonitrile nanoadditive ferromagnetic
2009/6/15
A comparative analysis of the influenceoftwodifferentferromagneticnanoadditivesontherheological properties of polyacrylonitrile spinning solutions in DMF, as well as on the porous
structure and tensi...
Comparative Analysis of Modeling Methods for Predicting Woven Fabric Properties
artificial neural network empirical modeling mathematical modeling
2009/5/8
Three modeling methodologies based on mathematical, empirical and artificial neural network based on radial basis function have been compared for their ability to predict fabric properties. It has be...
Comparative Analysis of the Properties of Active Carbon Fibres Obtained from Different Precursors
polymer fibres precursor carbon fibres active fibres, nonwovens
2009/2/12
This paper presents the changes to some properties and structural features of four types of polymer fibres and the nonwovens obtained from them during fibre pyrolysis and the following
steam activati...
Comparative Analysis of Structural Parameters of Warp-Knitted Fabrics with Interlock and Traditional Stitches
warp-knitting machine with tuck pressure warp-knitting technology
2009/2/7
This article is a continuation of our paper ‘Warp-Knitted Interlock Stitches - New Stitch Group. Concept of Formation and Structure’ published in issue No 1/2004 of ‘Fibres & Textiles in Eastern Europ...
A Comparative Analysis of Tear Strength Methods
tear force tearing strength testing methods static tearing
2009/2/7
Fabric utility parameters most often depend on its mechanical properties. The most important
strength parameters include unidirectional tensile strength, tear strength and elasticity properties. In t...
Comparative Analysis of the Thermal Insulation Properties of Fabrics Made of Natural and Man-Made Cellulose Fibres
thermal insulation thermal conductivity thermal absorption thermal diffusion
2009/2/5
Yarn made of natural and man-made cellulose fibres is nowadays commonly applied in textiles. It isalready apparent that the type of raw material and fabric structure influences the properties of the f...