Subject Areas :
1 - گروه شیمی، دانشکده علوم پایه، دانشگاه ارومیه
Keywords:
Abstract :
[1] Liu, H; Hu, X. B; Wang, J. Y; Boughton, R. I; Effect of elev elevat ed temperature on the reactivity and structure of polypolyanihne; Macromolecules ; 35, 7575-7581; 2002.
[2] Raji, M; Yang; Benjamin, R; Application of Solid-State NMNMR To Characterize the Interaction of Gel Inhibitors tors with Emeraldine Base Polyaniline; Macromolecules; 35,535,5565-5569; 2002.
[3] Pouget, J. P; X-ray Structure of Polyaniline; Macromolecu es; 2es; 24, 779-789; 1991.
[4] Chan, H.S; Ho, P.K; Polyanilines Doped with Phosphonic Aci Acids: Their Preparation and Characterization Macromoleculecules; 27, 2159-2164; 1994.
[5] Tran,H; Ian, N; Julio,M; Arcy,D; Tsang, H; Wan g,Y; Benjamin min,R; Synthesis of Dendritic Polyaniline Nanofibers in a SurfSurfactant Gel; Macromolecules; 41, 7405-7410;2008.
[6] Ginic-Markovic, M; Janis, G; Cervini, R; George, P; Ultrasotrasonic Irradiation: A Novel Approach To Prepare Conductive tive Polyaniline/Nanocrystalline Titanium Oxide Composites; ites; Chem. Mater; 18, 6258-6265; 2006.
[7] Cho, J-S; Sato, S; Takeoka, S; Tsuchida, E; Synthesis of disudisulfide-containing aniline and copolymerization with aniline line; Macromolecules; 34, 2751-2756; 2001.
[8] Chio, N.R; Epstein, A.J; A Simple Approach to Control the the Growth of Polyaniline Nanofibers; Synth. Met;153, 69; 69; 2005.
[9] Hung, J.X; Kaner, R.B; Nanofiber formation in the chemical cal polymerization of aniline: a mechanistic study; Chem.Int. Int. Ed; 43, 5817-5821;2004.
[10] Alan, R; Hopkins, R; John, R; Crystallization of Conducting ing Polymer Networks in Polymer Blends; Macromolecules; 33, 33, 5221-5226; 2000.
[11] My, T; Nguyen, Kasai, P; James, L; Miller,F; Arthur, F; Dia Dia Diad.; Synthesis and Properties of Novel Water-SoluSoluble Conducting. Polyaniline Copolymers; Macromolmolecules; 27, 3625-3631,1994.
[12] Moon, H.S; Park, J. K; Synthesis and Spectroscopic Characteacterization of the Copolymers of Aniline and Aniline Derivatrivatives with Poly (ethylene oxide) Chains at the 3-Position tion ; Macromolecules; 31, 6461-6468; 1998.
[13] Stejskal, J; Gilbert,R.G; Polyaniline preparation of conductducting polymer; Pure App.Chem; 74, 857-867; 2002.
[14] Jin Kim, B; Seong Geun, O; Moon Gyu,H; Seung Soon, I; PrI; Preparation of polyaniline nano particles in micellar solutiolution as polymerization medium;Langmuir; 16,5841-5845845; 2000.
[15] Swapna Rao, P; Sathyanarayana, D. N; Palaniappan, S; PolyPolymerezation of aniline in an organic peroxide system by the ithe inverted emulsion process; Macromolecules; 35,4988-4996 4996; 2002.
[16] Amarnath, C.A; Palaniappan, S; Polyaniline doped by a nea new class of dopant synthesise and characterization; PolyPolyPolym.Adv.Technol; 16,420-424;2005.
[17] Constantinescu, C; Scaisoreanu, N; Moldavan, A; Dinescnescu, M; Thin films of polyaniline deposited by MAPLEPLE technique; Applied Surface Science; 253, 7711-7747714; 2007.
[18] Guven, O; Radiation induced conductivity control in polyanili aniline blended composites ; Radiation Physics and Chemistry istry;76, 1302-1307;2007.
[19] Erdem, E; Karakisla, M; Sacak, M; The chemichal synthesithesise of conductive polyaniline doped with dicarbo xyli xylic acids; European Polymer Journal; 40, 785-791;