Simultaneous multiple sample light scattering

MCF McFaul, C.A., Alb, A M., Drenski, M.F., and Reed, W.F., Simultaneous multiple sample light scattering detection of LCST during copolymer synthesis, Polymer, 52, 4825, 2011. 

FIGURE 13.16 Second generation ACOMP used to determine how much composition of anionic SS a copolymer with NIPAM can have and still exhibit an LCST (at lOmM ionic strength) fractional conversion of SS and total comonomers and average instantaneous SS composition (top). LS at 90° (log scale) for three detectors at different temperatures increases abruptly at the LCST when there is only about 4% SS in the copolymer (bottom). Adapted with permission from McFaul CA, Alb AM, Drenski MF, Reed WF. Simultaneous multiple sample light scattering detection of LCSTduring copolymer synthesis. Polymer 2011 52 4825 833. 

Drenski MF, Reed WF. Simultaneous multiple sample light scattering for characterization of polymer solutions. J Appl Polym Sci 2004 92 2724-2732. 

FIGURE 14.3 The decrease in light scattering intensity in time as hyaluronate is hydrolyzed by hyaluronidase. Results are shown for various concentrations of hyaluronate. Reprinted with permission from Drenski MF, Reed WF. Simultaneous multiple sample light scattering for characterization of polymer solutions. J Appl Polym Sci 2004 92 2724-2732. 

Reed WF, Device and method of simultaneously measuring the light scattering from multiple hquid samples containing polymers and/or coUoids. US Patent 6,618,144. 2003. 

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