College of Technology, Eastern Michigan University,. Ypsilanti, Michigan 48197. Received March 26, 2004. Revised Manuscript Received June 11, 2004.
John Texter* and Paul Ziemer: Polyurethanes via. Microemulsion Polymerization. Volume 37, No. 17,. August 10, 2004, pp 5841r5843. The structure of the ...
Aug 28, 2004 - Capturing nanoscopic length scales and structures by polymerization in microemulsions. Feng Yan , John Texter. Soft Matter 2006 2, 109-118.
Volume 37, No. 17, August 10, 2004, pp 5841â5843. John Texter*, and Paul Ziemer. Macromolecules , 2004, 37 (19), pp 7424â7424. DOI: 10.1021/ma048344n.
Jun 27, 2008 - School of Mechanical and Aerospace Engineering, Nanyang Technological ... Singapore 138669, and Department of Chemical Engineering, ...
Aug 27, 1991 - 2. Surface Control and. Functionalization of Microparticles ... of the particle surface during the polymerization step is of scientific and technical ...
R. Strey and Dr. L. Belkoura (both Universität zu Köln) for help and discussions on DLS and cryo-TEM size distributions. We also ...... Zushun Xu , Warren T. Ford.
Characterization of the sulfonated PEEK/sulfonated nanoparticles composite membrane for the ... Hui Wang , Qinmin Pan , Michael Hammond , Garry L. Rempel.
subsequent supply of monomer to the prepolymerized microemulsion proceeded via hollow-fiber feeding from the external monomer reservoir.
terials of equal reactivity, a great deal of higher molec- ular weight species should be .... research att.ent,ion in providing outstanding resistance to sunlight, since ...
7424
Macromolecules 2004, 37, 7424
CORRECTIONS
John Texter* and Paul Ziemer: Polyurethanes via Microemulsion Polymerization. Volume 37, No. 17, August 10, 2004, pp 5841-5843. The structure of the surfactant AOT was drawn incorrectly in Figure 1. The ethyl groups should have been attached at the 2-position of the respective hexyl groups. The corrected Figure 1 is shown below.
Figure 1. Room temperature ternary phase diagram illustrating large single-phase microemulsion region 1. The region 3 above 50% (w/w) AOT was not explored; the multiphase domain 2 comprises PG in IPDI and IPDI in PG microemulsions emulsified in each other. The “×” and the “+” represent loci of polymerization. MA048344N 10.1021/ma048344n Published on Web 08/28/2004
