Investigation of polyamide-6 solution for nanofibrous web by electrospinning technique

The objective of the investigation was determination of influence of composition of the polyamide-6 solution on physical and chemical properties. The list of the requirements to polymers solutions for electrospinning was defined. As a results of experiments series it was determined the effect of...

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Main Authors: Dzmitry Ryklin, Natallia Yasinskaya, Aliaksandr Yeutushenka, Dovran Dzhumagulyev
Format: Article
Language:Russian
Published: Витебский государственнный технологический университет 2016-07-01
Series:Vestnik of Vitebsk State Technological University
Subjects:
Online Access:http://vestnik.vstu.by/files/5014/8154/6892/statya_v_vestnike_30.pdf
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spelling doaj-a7711442ebae4eb9bb817ac6586a68432020-11-24T22:04:58ZrusВитебский государственнный технологический университетVestnik of Vitebsk State Technological University2079-79582306-17742016-07-011309098Investigation of polyamide-6 solution for nanofibrous web by electrospinning techniqueDzmitry RyklinNatallia Yasinskaya Aliaksandr YeutushenkaDovran DzhumagulyevThe objective of the investigation was determination of influence of composition of the polyamide-6 solution on physical and chemical properties. The list of the requirements to polymers solutions for electrospinning was defined. As a results of experiments series it was determined the effect of the type polyamide-6 granulate and its concentration on the surface tension, kinematic and dynamic viscosity and electrical conductivity of the solution. The formic acid was used as solvent. Results of the investigation were used as a base for solution preparing for electrospinning on Nano Spider machine NSLAB (Elmarco). The measurement results obtained fibrous web showed that the analyzed electrospinning technique allows obtaining nanoscale fibers, since the fibres thickness of was less than 100 nm with proper selection of the composition of the solution and the parameters of the molding process.http://vestnik.vstu.by/files/5014/8154/6892/statya_v_vestnike_30.pdfsurface tensionviscosityelectrospinningnanofibrepolyamideelectrical conductivity
collection DOAJ
language Russian
format Article
sources DOAJ
author Dzmitry Ryklin
Natallia Yasinskaya
Aliaksandr Yeutushenka
Dovran Dzhumagulyev
spellingShingle Dzmitry Ryklin
Natallia Yasinskaya
Aliaksandr Yeutushenka
Dovran Dzhumagulyev
Investigation of polyamide-6 solution for nanofibrous web by electrospinning technique
Vestnik of Vitebsk State Technological University
surface tension
viscosity
electrospinning
nanofibre
polyamide
electrical conductivity
author_facet Dzmitry Ryklin
Natallia Yasinskaya
Aliaksandr Yeutushenka
Dovran Dzhumagulyev
author_sort Dzmitry Ryklin
title Investigation of polyamide-6 solution for nanofibrous web by electrospinning technique
title_short Investigation of polyamide-6 solution for nanofibrous web by electrospinning technique
title_full Investigation of polyamide-6 solution for nanofibrous web by electrospinning technique
title_fullStr Investigation of polyamide-6 solution for nanofibrous web by electrospinning technique
title_full_unstemmed Investigation of polyamide-6 solution for nanofibrous web by electrospinning technique
title_sort investigation of polyamide-6 solution for nanofibrous web by electrospinning technique
publisher Витебский государственнный технологический университет
series Vestnik of Vitebsk State Technological University
issn 2079-7958
2306-1774
publishDate 2016-07-01
description The objective of the investigation was determination of influence of composition of the polyamide-6 solution on physical and chemical properties. The list of the requirements to polymers solutions for electrospinning was defined. As a results of experiments series it was determined the effect of the type polyamide-6 granulate and its concentration on the surface tension, kinematic and dynamic viscosity and electrical conductivity of the solution. The formic acid was used as solvent. Results of the investigation were used as a base for solution preparing for electrospinning on Nano Spider machine NSLAB (Elmarco). The measurement results obtained fibrous web showed that the analyzed electrospinning technique allows obtaining nanoscale fibers, since the fibres thickness of was less than 100 nm with proper selection of the composition of the solution and the parameters of the molding process.
topic surface tension
viscosity
electrospinning
nanofibre
polyamide
electrical conductivity
url http://vestnik.vstu.by/files/5014/8154/6892/statya_v_vestnike_30.pdf
work_keys_str_mv AT dzmitryryklin investigationofpolyamide6solutionfornanofibrouswebbyelectrospinningtechnique
AT natalliayasinskaya investigationofpolyamide6solutionfornanofibrouswebbyelectrospinningtechnique
AT aliaksandryeutushenka investigationofpolyamide6solutionfornanofibrouswebbyelectrospinningtechnique
AT dovrandzhumagulyev investigationofpolyamide6solutionfornanofibrouswebbyelectrospinningtechnique
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