Papers to be written:

1.  Effect of Micelle Stability

a.  200 mM SDS

b.  SDS + C12OH

c.  SDS + C12TAB

2.  Adsorption Isotherms (SDS peak with Hanes fabric)

a.  Adsorption of SDS onto fabric measured with MBAS

3.  Counter-Ion Effects

a.  Effect of dodecyl sulfate counter-ions on the RMC of hanes fabric

b.  Mg(DS)2, LiDS, CsDS, SDS

  1. Monolayer Penetration
  2. Monolayer penetration surface tension studies
  3. Monolayer penetration for RMC
  4. Effect of pH on adsorption of SDS onto Cotton
  5. Change pH and measure shift in SDS peak
  6. Surface pre-treatment of cotton fabric
  7. Soak fabrics in insoluble long chain surfactants and polymers and then measure RMC as a function of increasing SDS concentration

7.  Chain Length Compatibility: I – SDS + CnTABs

a.  RMC of cotton fabrics with SDS + CnTABs

8.  Chain Length Compatibility: I – SDS + CnOHs (long chain)

a.  RMC of cotton fabrics with SDS + CnOHs

  1. Effect of short chain alcohols on RMC of cotton
  2. SDS + short chain alcohols (n=1-6) to labilize micelles
  3. Show effect of short chain alcohols on RMC with labile micelles
  4. PVP + SDS interactions (labile micelles) and RMC
  5. Mixed surfactant systems in the laundry process
  6. RMC work done while I was in Cincinnati (Downy + Anionic surfactants) with dryer results
  7. Reduction of RMC in washer scale testing
  8. Importance of the adsorption of surfactants on the RMC of fabrics
  9. AOT
  10. AES
  11. TABs
  12. Fatty Acids
  13. RMC peaks as a function of concentration
  14. Effect of anionics on Downy vesicles
  15. RMC with Downy + SDS showed minimum at 1:1 ratio (a lot of data on vesicle interactions)
  16. Repetition of Wasan’s work on SDS + C12OH
  17. We have dye adsorption, foamability, foam stability, DST for this system implying that the peak in surface viscosity is due to micelle formation
  18. Review Article – UF Contributions to Lowering of Interfacial Tension: Oil Recovery to Laundry
  19. Review Article – Technological Implications of t2 and Solution Dynamics