Cellulose filaments derived from dissolution and spinning of paper sludge nanofibers using an ionic liquid Item
Cynthia Adu
Chenchen Zhu
Mark Jolly
Kristiina Oksman
Stephen J. Eichhorn
Robert
M. Richardson
Kevin D. Potter
10.17862/cranfield.rd.12136230.v1
https://cord.cranfield.ac.uk/articles/dataset/Cellulose_filaments_derived_from_dissolution_and_spinning_of_paper_sludge_nanofibers_using_an_ionic_liquid_Item/12136230
This data set
contains results from the experimental test conducted to dissolve and spin
cellulose nanofibres into filaments. The CNF was derived from paper mill sludge
by mechanical grinding and dissolved in ionic liquid at 9 and 12% CNF
concentration. Fibre pinning was conducted by dry-jet wet spinning method to
produce filaments with average tensile strength of 19 GPa and 26 GPa, and
modulus of 223 MPa and 282 MPa respectively. Enclose is the data from the
tensile tests, rheology of the spinning solution and the filament orientation
obtained from the wide angle x-ray of the filament.
2020-04-17 09:08:37
cellulose filaments
Nanomanufacturing
Nanomanufacturing