RHEOLOGICAL BEHAVIOR OF SOLUTIONS OF FINE FIBER COTTON CELLULOSE IN SHEAR FLOW

Authors

  • Kosimov A.S. Termez State University
  • Pardaeva K Z Termez State University

Keywords:

biomedicine, ecology, tequistel, light industry, nanotechnology, Reotest-2, ZnCl2, macromolecules, polymer, coefficient.

Abstract

Thus, the results revealed the effect of molecular weight on the rheological characteristics of cellulose samples in shear flow over a wide range of shear stress and velocity gradient. Certainly, these results will be of great importance in the practical application of fine fiber cellulose through solutions and mixtures.

 

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Published

2020-10-31

Issue

Vol. 7 No. 1 (2020): HSSEA-2020

Section

Articles

How to Cite

RHEOLOGICAL BEHAVIOR OF SOLUTIONS OF FINE FIBER COTTON CELLULOSE IN SHEAR FLOW. (2020). Archive of Conferences, 7(1), 38-39. https://conferencepublication.com/index.php/aoc/article/view/288