Tables index

From

Synthesis and Characterization of Biodegradable Synthetic Thickener from Anionic Triglyceride Polylactic Acid

Meram S. Abdelrahman, Sahar H. Nassar, Hamada Mashaly, Safia Mahmoud, Dalia Maamoun

Applied Ecology and Environmental Sciences. 2018, 6(2), 35-47 doi:10.12691/aees-6-2-1
  • Table 1. Molecular weights of TGPLA98 copolymer upon increasing reaction time
  • Table 2. Effect of TGPLA polymer concentration in water on the thickening process and apparent viscosity at different rate of shear
  • Table 3. Biodegradation analysis of commercial synthetic thickener, sodium alginate, and TGPLA polymer in aqueous medium (Conc. 1 g l-1)
  • Table S1. Different concentration ratios of used monomers
  • Table S2. Effect of concentration of lactic acid on the apparent viscosity of the obtained TGPLA composite freshly prepared
  • Table S3. Effect of storing for 1 day on the paste thickened with the TGPLA composite has been prepared using different concentration of Lactic Acid
  • Table S4. Effect of storing 3 days on the paste thickened with the TGPLA composite has been prepared using different concentration of Lactic Acid
  • Table S5. Comparison between K/S and fastness properties of wool fabric sample printed with prepared different TGPLA composite thickeners along with those printed using Mypro-Gum when acid used as a dye
  • Table S6. Comparison between K/S and fastness properties of wool fabric sample printed with prepared different TGPLA composite thickeners along with those printed using Mypro-Gum when Metal used as a dye
  • Table S7. Comparison between K/S and fastness properties of polyester fabric sample printed with prepared different TGPLA composite thickeners along with those printed using commercial Synthetic thickener(Dicothick) when disperse used as a dye
  • Table S8. Comparison between K/S and fastness properties of acrylic fabric sample printed with prepared different TGPLA composite thickeners along with those printed using commercial Synthetic thickener (Dico thick) when disperse used as a dye
  • Table S9. Comparison between K/S and fastness properties of Nylon fabric sample printed with prepared different TGPLA composite thickeners along with those printed using commercial Synthetic thickener (Dico thick) when disperse used as a dye
  • Table S10. Comparison between K/S and fastness properties of wool fabric sample printed with prepared different TGPLA composite thickeners along with those printed using Sodium alginate when Reactive used as a dye
  • Table S11. Comparison between K/S and fastness properties of wool fabric sample printed with prepared different TGPLA composite thickeners along with those printed using Sodium alginate when Basic used as a dye
  • Table S12. Comparison between K/S and fastness properties of cotton fabric sample printed with prepared different TGPLA composite thickeners along with those printed using commercial Synthetic thickener (Dico thick) when pigment used as a dye
  • Table S13. Comparison between K/S and fastness properties of polyester fabric sample printed with prepared different TGPLA composite thickeners along with those printed using commercial Synthetic thickener (Dico thick) when pigment used as a dye
  • Table S14. Comparison between K/S and fastness properties of cotton/polyester fabric sample printed with prepared different TGPLA composite thickeners along with those printed using commercial Synthetic thickener (Dico thick) when pigment used as a dye
  • Table S15. Comparison between K/S and fastness properties of acrylic fabric sample printed with prepared different TGPLA composite thickeners along with those printed using commercial Synthetic thickener (Dico thick) when pigment used as a dye
  • Table S16. Comparison between K/S and fastness properties of polyester/wool fabric sample printed with prepared different TGPLA composite thickeners along with those printed using commercial Synthetic thickener (Dico thick) when pigment used as a dye
  • Table S17. Comparison between K/S and fastness properties of nylon fabric sample printed with prepared different TGPLA composite thickeners along with those printed using commercial Synthetic thickener (Dico thick) when pigment used as a dye