Biennial polymer symposium planned.Biennial polymer symposium planned The ACS (Asynchronous Communications Server) See network access server. Division of Polymer Chemistry will hold its 15th Biennial Polymer Symposium on the topic, "Advances in new materials," November 17-21 at the Pier 66 Resort and Marina in Ft. Lauderdale, FL. The program will be presented by recognized leaders in major areas of new polymeric materials, according to the sponsor. Topics will include advances in new high performance polymers, polymers for electronic applications, electrically conducting polymers, nonlinear optics, silicon- and zirconium-containing polymers, and polymers derived from biological media. The Polymer Division Award will be presented to Professor M. Szwarc at an award banquet. The technical presentations will also be complemented by a poster session that will run during three morning sessions. The registration fee for the meeting is $475 per participant and $200 per guest. For further information on this meeting, contact Dr. J.C. Salamone (407) 451-9260. The technical program for the polymer symposium is as follows: Sunday, November 18 - "Recent advances in high performance composite matrices," P.M. Hergenrother; "High performance segmented copolymers," J.E. McGrath; "The chemistry of macrocyclic oligomers," J.W. Verbicky; "Poly (enaminonitriles)," J.A. Moore; "High performance polymer blends," M. Jaffe; "New routes to polyarylether engineering thermoplastics," G.T. Kwiatkowski; and "Organo-soluble, rigid-rod and segmented, rigid-rod polyimides," F.W. Harris. Monday, November 19 - "Chemical amplification in the design of resist materials," C.G. Willson; "Ultrathin polymer films for nanolithography," C.W. Frank; "Characterization of epoxies and polyimides for microelectronics packaging," D.S. Soane; "Polymers, surfaces and microstructures," G.N. Taylor; "Polyaniline: New chemistry, oriented films and fibers," A.G. MacDiarmid; "Emerging structure-property relationships in conductive polymers," R.L. Elsenbaumer; and "The preparation of processable conjugated polymers for the improvement of electrical and nonlinear optical properties," F. Wudl. Tuesday, November 20 - "New materials and processing techniques for nonlinear optics," M.F. Rubner; "Polymeric materials for nonlinear optics," S.K. Tripathy; "Molecular engineering of liquid crystalline polymers," V. Percec; "Prototype nonlinear optical devices Nonlinear optical devices Devices that use the fact that the polarization in any real medium is a nonlinear function of the optical field strength to implement various useful functions. from conjugated polymers," G.L. Baker; "Conjugated polysilylenes and related materials - structure, chemistry, electronic properties and applications," J.M. Ziegler; and "How I became a polymer chemist and developed living polymers," M. Szwarc. Wednesday, November 21 - "Biodegradable polyesters produced by bacteria," R.W. Lenz; "New polymers from artificial genes," D.A. Tirrell; "Status of new hybrid inorganic/organic network (Ceramer) materials - synthesis/structure/property behavior," G.L. Wilkes; and "Measurement of the growth and structure of zirconia polymers," K. Keefer. Posters to be presented during this symposium will include the following: "Rigid rod molecules as liquid crystal thermosets," B. Benicewicz; "Solid state structure/properties correlation for a homologues series of mesogenic aromatic-aliphatic azomethine ether polymers," A. Biswas and K-C.H. Gardner, "Crosslinkable poly (ether ketones) which incorporate hexafluoroisopropylidene groups," P.E. Cassidy; "Recent predictions of static and dynamic properties of polymers, including first super-strong polymers," F. Dowell; "Backbone modified poly (ethylene ether carbonate) polyols and their use in polyurethane elastomers," R.F. Harris; "Rigid rod liquid crystalline thermosets," S.J. Huang; "Inorganic network polymers," P.A. Biaconi; "Novel acetylenic liquid crystalline monomers and their polymers," X. Zhang, S. Subrabanyam and A. Blumstein; "Flexible liquid crystal mainchain polymer systems for fiber spinning," C.H. Lin, J.J. Jegal and A. Blumstein; "Glass transition in mainchain nematic The stage between a crystal and a liquid that has a threadlike nature; for example, a liquid crystal. See crystalline and LCD. polymers: A calorimetric cal·o·rim·e·ter n. 1. An apparatus for measuring the heat generated by a chemical reaction, change of state, or formation of a solution. 2. investigation," D.Y. Kim, C.B. McGowan and R.B. Blumstein; "Preparation and properties of new high performance liquid crystal polyester plastics," J.C. Morris; "Molecular motion and orientation dynamics of mainchain liquid crystalline polymers," J.R. Lyerla; "The preparation of high performance poly (amidoimides)," R.M. Ottenbrite; "The origins of strain rate effects in ultra strong PE fibers," D.C. Prevorsek; "Electrical conductivity, NMR NMR: see magnetic resonance. and thermal analysis studies of ion-containing polymers," J.J. Fontanella, M.C. Wintersgill and S.G. Greenbaum; "Polymer electrolytes for solid state lithium batteries," D.A. MacArthur and G.A. Nazri; "Electrically conductive and electroactive polyheterocycle/polyelectrolyte molecular composites," J.R. Reynolds; "Characterization and modeling of ion irradiated poly (phenylene phen·yl·ene n. A bivalent organic radical, C6H4, derived from benzene by removal of two hydrogen atoms. phenylene The radical C6H4 sulfide)," K.F. Schoch, Jr.; "Novel designs for piezoelectric The property of certain crystals that causes them to produce voltage when a mechanical pressure is applied to them such as sound vibrations. This technique is used to build crystal microphones, phonograph cartridges and strain gauges, all of which turn mechanical movement into voltage. polymers containing multiorgano-substituted small rings," A.P. Padias and H.K. Hall; "Annealing and doping effects on the remanent rem·a·nence n. The magnetic induction that remains in a material after removal of the magnetizing field. [From Middle English remanent, remaining, from Latin polarization and piezoelectric properties of poly (vinylidene fluoride) and old nylons," J.I. Scheinbeim; "Third order nonlinearities of transition metal polynes," S. Guha, P. Porter, K. Kang and C.C. Frazier; "Second harmonic generation Second harmonic generation (SHG; also called frequency doubling) is a nonlinear optical process, in which photons interacting with a nonlinear material are effectively "combined" to form new photons with twice the energy, and therefore twice the frequency and half the in benzophenone ben·zo·phe·none n. A white crystalline compound, C6H5COC6H6, used in perfumery and in medicine. Also called diphenylketone. and chalcone derivative crystals," P. Cockerham, S. Guha and C.C. Frazier; "Synthesis and characterization of functionalized polyethylene interfaces," D. Bergbreiter; "Viscosity and shear behavior of polymer association complexes in fresh water and saline media," J.K. Borchardt; "Polyrotaxanes: Novel polymeric materials based on supramolecular su·pra·mo·lec·u·lar adj. 1. Consisting of more than one molecule. 2. Of greater complexity than a molecule. organization," H.W. Gibson; "Delocalized carbanion car·ban·i·on n. An anion in which carbon carries a negative charge and an unshared pair of electrons. initiators: Controlled routes towards catenated polymers," B. Gordon, III; "Polyboranes, synthesis and its applications in functional polyolefins," T.C. Chung; "Crosslinking of PMMA PMMA polymethyl methacrylate. of elastomers block copolymers with the participation of PMMA stereocomplexes," T.E. Hogen-Esch, J.A. Mason and B.J. Ladd; "Reactivity and anionic polymerization of sterically hindered isopropenyl t-butyl ketone," H. Ito; "Copolymerization copolymerization (kōpäl´im n. Any of several stable, light-fast, blue or green organic pigments used in enamels and plastics. oligomers as gas sensors," J.B. Lando, M. Kenney, W. Ko, H. Wang and T. Clark; "Monte Carlo simulation Monte Carlo Simulation A problem solving technique used to approximate the probability of certain outcomes by running multiple trial runs, called simulations, using random variables. of polymer/additive interactions," J.P. Puglia; "Heteroarm star polymers," R.P. Quirk; "Materials from isocyanate functionalized siloxanes," J. Smid; "From glasses to liquid crystals to crystals through molecular engineering of polymers," S.I. Stupp; "Synthesis and properties of starbranched nylon-6," J.M. Warakomski; "New materials by group transfer polymerization," O.W. Webster; "Synthesis and properties of novel silicones," G.E. Wnek; "Synthesis and solution properties of linear and star branched poly (c-stearyl-l-glutamates)," W.H. Daly; "Polysaccharide graft copolymers of biomedical interest," R.D. Gilbert; "Evaluation of poly (phosphoesters) or degradable biomaterials," K.W. Leong; "High purity chitosan: A new cationic biomaterial for bio applications," P.A. Sandford; "Advances materials based upon polypeptide/synthetic polymer hybrids," D.Y. Sogah; "Fibrous polymer supports and modules for blood therapy," L.F. Pelosi, J.J. Hogan, A. Kopatsis and P.T. Shannon; and "Physical and electrical characterization of polyiodide-containing polymers," Bruce J. Heyen and D.F. Shriver shrive v. shrove or shrived, shriv·en or shrived, shriv·ing, shrives v.tr. 1. To hear the confession of and give absolution to (a penitent). 2. . |
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