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Process variables that control natural fiber welding: time, temperature, and amount of ionic liquid
by
Sulpizio, Hadley M.
, Trulove, Paul C.
, Trulove, Matthew A.
, Haverhals, Luke M.
, Fayos, Zane A.
, De Long, Hugh C.
, Reichert, W. Matthew
, Foley, Matthew P.
in
Bioorganic Chemistry
/ Ceramics
/ Chemistry
/ Chemistry and Materials Science
/ Cloth
/ Composites
/ Cotton
/ Glass
/ infrared spectroscopy
/ Ionic liquids
/ Ions
/ Natural Materials
/ Organic Chemistry
/ Physical Chemistry
/ Physical properties
/ physicochemical properties
/ Polymer Sciences
/ process control
/ Process variables
/ Scanning electron microscopy
/ Sustainable Development
/ temperature
/ time series analysis
/ Welding
/ X-ray diffraction
2012
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Process variables that control natural fiber welding: time, temperature, and amount of ionic liquid
by
Sulpizio, Hadley M.
, Trulove, Paul C.
, Trulove, Matthew A.
, Haverhals, Luke M.
, Fayos, Zane A.
, De Long, Hugh C.
, Reichert, W. Matthew
, Foley, Matthew P.
in
Bioorganic Chemistry
/ Ceramics
/ Chemistry
/ Chemistry and Materials Science
/ Cloth
/ Composites
/ Cotton
/ Glass
/ infrared spectroscopy
/ Ionic liquids
/ Ions
/ Natural Materials
/ Organic Chemistry
/ Physical Chemistry
/ Physical properties
/ physicochemical properties
/ Polymer Sciences
/ process control
/ Process variables
/ Scanning electron microscopy
/ Sustainable Development
/ temperature
/ time series analysis
/ Welding
/ X-ray diffraction
2012
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Process variables that control natural fiber welding: time, temperature, and amount of ionic liquid
by
Sulpizio, Hadley M.
, Trulove, Paul C.
, Trulove, Matthew A.
, Haverhals, Luke M.
, Fayos, Zane A.
, De Long, Hugh C.
, Reichert, W. Matthew
, Foley, Matthew P.
in
Bioorganic Chemistry
/ Ceramics
/ Chemistry
/ Chemistry and Materials Science
/ Cloth
/ Composites
/ Cotton
/ Glass
/ infrared spectroscopy
/ Ionic liquids
/ Ions
/ Natural Materials
/ Organic Chemistry
/ Physical Chemistry
/ Physical properties
/ physicochemical properties
/ Polymer Sciences
/ process control
/ Process variables
/ Scanning electron microscopy
/ Sustainable Development
/ temperature
/ time series analysis
/ Welding
/ X-ray diffraction
2012
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Process variables that control natural fiber welding: time, temperature, and amount of ionic liquid
Journal Article
Process variables that control natural fiber welding: time, temperature, and amount of ionic liquid
2012
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Overview
A systematic study of variables that affect the fiber welding process is presented. Cotton cloth samples are treated with controlled amounts of 1-ethyl-3-methylimidazolium acetate for a series of times and temperatures. Diluting the ionic liquid with a volatile molecular co-solvent allows temporal and spatial control of the welding process not possible with neat ionic liquids. Materials are characterized by scanning electron microscopy, infrared spectroscopy, X-ray diffraction, and mechanical (tensile) testing. Results suggest careful management of process variables permits controlled, reproducible manipulation of chemical and physical properties.
Publisher
Springer Netherlands,Springer Nature B.V
Subject
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