By Dennis W. Smith, Scott T. Iacono, Dylan J. Boday, Sharon C. Kettwick
content material: PREFACE ; 1. THE kingdom OF FLUOROPOLYMERS ; DYLAN J. BODAY ; 2. contemporary ADVANCES IN in part FLUORINATED ARYLENE VINYLENE ETHER (FAVE) ; POLYMERS ; SHARON C. KETTWICH, BENJAMIN R. LUND, DENNIS W. SMITH JR., AND SCOTT T. IACONO ; three. SYNTHESIS AND CHARACTERIZATION OF SEMI-FLUORINATED POLYARYLENE ; COPOLYMERS ; STEPHEN M. BUDY AND DOUGLAS A. LOY ; four. in the direction of steel MEDIATED RADICAL POLYMERIZATION OF VINYLIDENE FLUORIDE ; ALEXANDRU D. ASANDEI, CHRISTOPHER P. SIMPSON, OLUMIDE I. ADEBOLU, AND ; YANHUI CHEN ; five. WELL-DEFINED FLUORINE-CONTAINING big name POLYMERS OF VINYL ETHERS: ; PRECISION SYNTHESIS via BASE-ASSISTING residing CATIONIC POLYMERIZATION AND ; THERMORESPONSIVE SOLUBILITY TRANSITIONS ; SHOKYOKU KANAOKA, HIROAKI SHIMOMOTO, DAI FUKAMI, AND SADAHITO AOSHIMA ; 6. SEMI-FLUORINATED POLYMER/POSS skinny movies NANOCOMPOSITES: reaction TO ; WATER ; DVORA PERAHIA, DILRU R. RATNAWEERA, UMESH M. SHRESTHA, SCOTT T. IACONO, ; DENNIS W. SMITH, JOSEPH MABRY, AND JAROSLAW MAJEWSKI ; 7. FUNCTIONALIZATION OF FLUOROALKYL POLYHEDRAL OLIGOMERIC SILSESQUIOXANES ; (F-POSS) ; SEAN M. RAMIREZ, YVONNE J. DIAZ, RAYMOND CAMPOS, TIMOTHY S. HADDAD, AND ; JOSEPH M. MABRY ; eight. the facility OF PERFLUORINATED AMPHIPHILIC POLYMERS AT INTERFACES ; F. E. GOLLING, T. SCHUSTER, C. GEIDEL, L. MAMMEN, D. VOLLMER, okay. MULLEN, AND ; M. KLAPPER ; nine. FLUORINATED POLYMERS AS OXIDIZERS FOR lively COMPOSITES ; CHRISTOPHER A. CROUSE ; 10. fresh ADVANCES ON NEW FLUORINATED COPOLYMERS in accordance with CARBONATE AND ; OLIGO(ETHYLENE OXIDE) by way of RADICAL COPOLYMERIZATION ; ALI ALAAEDDINE, CLAIRE NEGRELL, AND BRUNO AMEDURI ; eleven. SUPEROLEOPHOBIC SURFACES ; ARUN ok. KOTA AND ANISH TUTEJA ; 12. 2D-NMR stories OF POLYVINYLIDENE FLUORIDE ; ERIC B. TWUM, XIAOHONG LI, ELIZABETH F. MCCORD, PETER A. FOX, DONALD F. LYONS, ; AND PETER L. RINALDI ; EDITORS>' BIOGRAPHIES ; INDEXES ; writer INDEX ; topic INDEX
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Extra resources for Advances in Fluorine-Containing Polymers
As mentioned previously, the presence of only four fluorine atoms can have benefits in the overall final properties of the material, such as lowering the optical loss at telecommunication wavelengths (57). Therefore, the ability to tune the properties of materials using feed ratios in a controlled fashion with predictable results is of interest in many fields. In Figure 5, elemental analysis results for fluorine content in the polyarylene copolymer series have been presented in relation to 2 feed ratios.
Prepr. 2002, 43, 1376. 44. Neenan, T. ; Whitesides, G. M. J. Org. Chem. 1988, 53, 2489–2496. ; ACS Symposium Series; American Chemical Society: Washington, DC, 2012. ch003 45. ; Walton, D. R. M. J. Organomet. Chem. 1972, 39, 275–278. 46. Ogliaruso, M. ; Becker, E. I. J. Org. Chem. 1965, 30, 3354–3360. 47. Lebedev, B. ; Kulagina, T. ; Bykova, T. ; Smir, N. ; Shifrina, Z. ; Averina, M. ; Rusanov, A. L. Oxid. Commun. 2005, 28, 131–142. 48. Fujimoto, C. ; Hickner, M. ; Cornelius, C. ; Loy, D. A. Macromolecules 2005, 38, 5010–5016.
Conversely, such polymerizations are quite challenging, especially on a laboratory scale, in view of the low bp of the monomers and the high-pressure metal reactor requirement. As such, while styrene or acrylate CRPs can be conveniently sampled repeatedly from the side arm of a Schlenk tube on a 1 g scale, kinetic studies of VDF polymerizations involve many one-data-point experiments. This is a very time-consuming and expensive process due to the typical lab unavailability of a large number of costly metal reactors, which moreover still require 10-100 g of monomer.
Advances in Fluorine-Containing Polymers by Dennis W. Smith, Scott T. Iacono, Dylan J. Boday, Sharon C. Kettwick