AUTHOR
TITLE
JOURNAL
 YEAR 
 VOL 
 PAGES  
Abd-Lefdil, M.//Cadene, M.//Rolland, M.//Bougnot, J.//Abadie, M. J. M.Spray CdS-Polyacetylene Thin Films Photovoltaic HeterojunctionsSolar Energy Materials1986.13.307-318
Aizawa, M.//Watanabe, S.//Shinohara, H.//Shirakawa, H.Photodoping of Polyacetylene FilmsJ. Chem. Soc., Chem. Commun.1985.0.62-63
Akagi, K.//Katayama, S.//Ito, M.//Shirakawa, H.//Araya, K.Direct Synthesis of Aligned Cis-Rich Polyacetylene Films Using Low-Temperature Nematic Liquid CrystalsSynth. Met.1989.28.D51-D56
Akagi, K.//Katayama, S.//Shirakawa, H.//Araya, K.//Mukoh, A.//Narahara, T.Highly Conductive Polyacetylene Film Prepared by the Liquid Crystal Polymerization Method Under Magnetic FieldSynth. Met.1987.17.241-246
Akagi, K.//Shirakawa, H.//Araya, K.//Mukoh, A.//Narahara, T.Highly Conducting Polyacetylene Films Prepared in a Liquid Crystal SolventPolym. J. (Tokyo)1987.19.185-189
Akagi, K.//Suezaki, M.//Shirakawa, H.//Kyotani, H.//Shimomura, M.//Tanabe, Y.Synthesis of Polyacetylene Films with High Density and High Mechanical StrengthSynth. Met.1989.28.D1-D10
Akagi, Kazuo//Hashimoto, Dai//Shirakawa, Hideki//Isoya, JunichiESR study on Ti(OR)4-AIR’3 catalyst systems – structural changes of Ti3+ complex upon high-temperature agingSynth. Met.1991.40.197-218
Akelah, AhmedTechnological Applications of Functionalized PolymersJ. Mater. Sci.1986.21.2977-3001
Aldissi, MahmoudAdvances in Inherently Conducting PolymersMakromol. Chem., Macromol. Symp.1989.24. 
Aldissi, MahmoudEffect of Chain Rigidity on Conductivity of Conjugated PolymersSynth. Met.1987.17.235-240
Aldissi, Mahmoud//Hou, M.//Farrell, J.Physical Characteristics of Diblock Polyacetylene Copolymers: Processability-Conductivity CorrelationSynth. Met.1987.17.229-234
Aldissi, Mahmoud//Liepins, R.Synthesis of Soluble Conducting Polymers: Polyacetylene and PolyaromaticsJ. Chem. Soc., Chem. Commun.1984.0.255-256
Aldissi, Mahmoud//Schue, FrancoisPolyacetylene Fibril Growth in Soluble Ziegler-Natta CatalystsMacromolecules1984.17.1633-1634
Aldissi, Mahmoud/Schue, F.Morphology-Properties Correlations in Doped PolyacetyleneSolid State Commun.1984.50.885-889
Andre, J. J.//Bernard, M.//Francois, Bernard//Mathis, C.Depinning of Charge Carriers in N-Type Semiconducting PolyacetyleneJ. de Physique1983.44.C3-199 – C3-202
Aoki, K.//Kakudate, Y.//Yoshida, M.//Usuba, S.//Tanaka, K.//Fujiwara, S.Solid-State Polymerization of Acetylene under PressureSynth. Met.1989.28.D91-D98
Aoki, K.//Usuba, S.//Yoshida, M.//Kakudate, Y.//Tanaka, K.//Fujiwara, S.Raman Study of the Solid-State Polymerization of Acetylene at High PressureJ. Chem. Phys.1988.89.529-534
Arakawa, T.//Furukawa, Y.//Takeuchi, H.//Harada, I.//Shirakawa, H.Role of Long Conjugated Segments n the Electrical Property of Trans-PolyacetyleneChem. Lett.1984.0.1637-1640
Araya, K.//Mukoh, A.//Narahara, T.//Akagi, K.//Shirakawa H.Morphology and Characterization of Polyacetylene Films Synthesized in a Liquid Crystal SolventSynth. Met.1987.17.247-252
Araya, K.//Mukoh, A.//Narahara, T.//Shirakawa H.Synthesis of Highly-Oriented Polyacetylene Film in a Liquid Crystal SolventSynth. Met.1986.14.199-206
Arbuckle, G. A.//MacDiarmid, A. G.//Lefrant, S.//Verdon, T.//Mulazzi, E.//Brivio, G. P.//Yang, X. Q.//Woo, H. S.//Tanner, D. B.Optical spectroscopic investigation of segmented trans-polyacetylenePhys. Rev. B: Condens. Matter33284.43.4739-4747
Armes, S. P.//Vincent, B.Post-Doping of Sterically-Stabilized Polyacetylene LatexesSynth. Met.1988.25.171-179
Audenaert, M.//Gusman, G.//Deltour, R.Comment on ‘Role of Solitons in Nearly Metallic Polyacetylene’Phys. Rev. Lett.1983.51. 
Baker, G. L.Progress Toward Processable, Environmentally Stable Conducting PolymersElectronic and Photonic Applications of Polymers1988.0.271-296
Baker, G. L.//Shelburne, III, J. A.//Bates, F. S.The Preparation of Low-Spin trans-PolyacetyleneJ. Am. Chem. Soc.1986.108.7377-7380
Bakhshi, A. K.//Ladik, J.Ab Initio Study of the Electronic Structures and Conduction Properties of Nitrogen Containing Analogues of PolyacetyleneSolid State Commun.1986.60.361-364
Bally, Thomas//Roth, Kuno//Tang, W.//Schrock, Richard R.//Knoll, Konrad//Park, Lee Y.Stable Polarons in Polyacetylene Oligomers: Optical Spectra of Long Polyene Radical CationsJ. Am. Chem. Soc.1992.114.2440-2446
Barker, J.//Baldwin, D.//Bott, D. C.//Porter, S. J.Electrochemical Voltage Spectroscopy: Dopant Diffusion in Durham PolyacetyleneSynth. Met.1989.28.D127-D134
Basescu, N.//Chiang, J.//Rughooputh, S.//Kubo, T.//Fite, C.//Heeger, Alan J.Implications of the New High Conductivity PolyacetyleneSynth. Met.1989.28.D43-D50
Basescu, N.//Liu, Z.-X.//Moses, D.//Heeger, Alan J.//Naarmann, Herbert//Theophilou, N.High Electrical Conductivity in Doped PolyacetyleneNature (London)1987.327.403-405
Baughman, R. H.//Bredas, J. L.//Chance, Ronald R.//Elsenbaumer, R. L.//Shacklette, Larry W.Structural Basis for Semiconducting and Metallic Polymer/Dopant SystemsChem. Rev.1982.82.209-222
Baughman, R. H.//Eckhardt, H.//Kertesz, M.Structure-property predictions for new planar forms of carbon: Layered phases containing sp2 and sp atomsJ. Chem. Phys.1987.87.6687-6699
Baughman, R. H.//Greene, R. L.//MacDiarmid, Alan G.//Schmidt, M.//Soos, Z. G.//Street, G. B.//Vogel, F. L.New Systems Comprised of Non-Metallic ElementsMolecular Metals (NATO Conf.)1979.0.505-510
Baughman, R. H.//Hsu, S. L.//Anderson, L. R.//Pez, G. P.//Signorelli, A. J.Structural Perspectives for Polymeric MetalsMolecular Metals1979.0.187-201
Baughman, R. H.//Hsu, S. L.//Pez, G. P.//Signorelli, A. J.The Structure of cis-polyacetylene and Highly Conducting DerivativesJ. Chem. Phys.1978.68.5405-5409
Baughman, R. H.//Murthy, N. S.//Miller, G. G.The Structure of Metallic Complexes of Polyacetylene with Alkali MetalsJ. Chem. Phys.1983.79.515-520
Baughman, R. H.//Shacklette, Larry W.The Dependence of Electronic Conductivity upon Conjugation Length for Conducting PolymersSynth. Met.1987.17.173-181
Baughman, Ray H.//Galvao, Douglas S.Cystalline networks with unusual predicted mechanical and thermal propertiesNature (London)34243.365.735-737
Bechgaard, K.//Jerome, D.Organic SuperconductorsSci. Amer.1982.0.52-61
Begin, D.//Lelaurain, M.//Billaud, D.Structural Variations of Highly-Oriented Polyacetylene Upon Doping With GaCl-4Synth. Met.1989.34. 
Beniere, F.//Corish, J.//Lyons, M. E. G.//McCabe, T.//Morin, A.Diffusion of Iodine in PolyacetyleneJ. Electrochem. Soc.33055.137.2181-2185
Beniere, F.//Haridoss, S.//Louboutin, J. P.//Aldissi, M.//Fabre, J. M.Doping of Polyacetylene By Diffusion of IodineJ. Phys. Chem. Solids1981.42.649-654
Benoit, C.//Bernard, O.//Palpacuer, M.//Rolland, M.//Abadie, M. J. M.Infrared Transmission of Heavily Doped PolyacetylenePhysics Abstracts0.0. 
Bernier, P.//El-Khodary, A.//Rachdi, F.//Fite, C.ESR Study of the Semiconductor-Metal Transition in Alkali Doped PolyacetyleneSynth. Met.1987.17.413-417
Bernier, P.//Linaya, C.//Rolland, M.//Aldissi, MahmoudEPR Study of the cis-trans Isomerization Process in Ppolyacetylene FilmsPhysics Abstracts1981.0.?
Bernier, P.//Rolland, M.//Linaya, C.//Disi, M.EPR Study of Polyacetylene FilmsPolymer1980.21. 
Billaud, D.//Ghanbaja, J.//Goulon, C.Heavy Alkali Meta Doping of (CH)x: New DataSynth. Met.1987.17.497-502
Bishop, A. R.//Campbell, D. K.//Lomdahl, P. S.//Horovitz, B.//Phillpot, S. R.Non-Linear Dynamics, Breathers and Photoinduced Absorption in PolyacetyleneSynth. Met.1984.9.223-239
Bleir, H.//Bernier, P.//Schafer-Siebert, D.//Roth, S.Magnetic Resonance Experiments on Segmented PolyacetyleneSynth. Met.1989.28.D407-D412
Block, H.The Nature and Application of Electrical Phenomena in PolymersAdvances in Polymer Science1979.33.93-158
Bloor, DavidConducting-Polymer ElectronicsNature (London)1988.335.115-117
Bloor, DavidPlastics That Conduct ElectricityNew Scientist1982.0.577-580
Bolognesi, A.//Catellani, M.//Destri, S.//Zamboni, R.//Taliani, C.Poly(dithieno[3,4-b:3′,4′-d]thiophene): a New Transparent Conducting PolymerJ. Chem. Soc., Chem. Commun.1988.0.246-247
Bott, D. C.//Brown, C. S.//Winter, J. N.//Barker, J.Order and Disorder in Durham PolyacetylenePolymer1987.28.601-616
Bowden, M. J.Polymers for Electronic and Photonic ApplicationsElectronic and Photonic Applications of Polymers1988.0. 
Bradley, D. D. C.//Friend, R. H.//Hartmann, T.//Marseglia, E. A.//Sokolowski, M. M.//Townsend, P. D.Structural Studies of Oriented Precursor Route Conjugated PolymersSynth. Met.1987.17.473-478
Brafman, O.//Ehrenfreund, E.//Vardeny, Z.//Weagley, Ronald J.//Epstein, Arthur J.Photoexcitation Spectroscopy of Iodine Doped PolyacetyleneSynth. Met.1987.17.373-376
Brafman, O.//Poplawski, J.//Ehrenfreund, E.//Vardeny, Z.//Tanaka, J.//Fujimoto, H.//MacDiarmid, Alan G.//Huang, W. S.Amplitude Modes in Mixed Polymers Trans[(C2H2)y(C2D2)1-y]xMol. Cryst. Liq. Cryst.1985.117.363-366
Bredas, J. L.Electronic and Transport Properties of Highly Conducting PolymersNATO Advanced Study Institute on Chemical Physics of Intercalation1987.0.253-269
Bredas, J. L.//Chance, Ronald R.//Silbey, R.Comparative Theoretical Study of the Doping of Conjugated Polymers: Polarons in Polyacetylene and PolyparaphenylenePhys. Rev. B: Condens. Matter1982.26.5843-5854
Bredas, J. L.//Silbey, R.//Boudreaux, D. S.//Chance, Ronald R.Chain-Length Dependence of Electronic and Electrochemical Properties of Conjugated Systems: Polyacetylene, Polyphenylene, Polythiophene, and PolypyrroleJ. Am. Chem. Soc.1983.105.6555-6559
Bredas, J. L.//Street, G. B.Polarons, Bipolarons, and Solitons in Conducting PolymersAcc. Chem. Res.1985.18.309-315
Bredas, J. L.//Toussaint, J. M.Theoretical investigation of the relaxed geometry in the first singlet Bu excited state of polyacetylene oligomersJ. Chem. Phys.32905.92.2624-2629
Bredas, J. L.//Toussaint, J. M.//Hennico, G.//Delhalle, J.//Andre, J. M.//Epstein, Arthur J.//MacDiarmid, Alan G.Theoretical Investigations on Segmented PolyacetyleneElectronic Properties of Polymers1987.0. 
BridgestoneBatteries from Conductive PolymersChemical Week1987.0. 
Brillante, A.//Hanfland, M.//Syassen, K.//Hocker, J.Optical Studies of Polyacetylene Under PressurePhysica B+C (Amsterdam)1986.0.533-536
Brivio, G. P.//Mulazzi, EvelinaA Lattice Dynamical Calculation of Photoinduced IR Spectra of trans-polyacetyleneSynth. Met.1987.17.273-276
Brivio, G. P.//Mulazzi, EvelinaTheoretical Analysis of Absorption and Resonance Raman Scattering Spectra of trans-(CH)xPhys. Rev. B: Condens. Matter1984.30.876-882
Brivio, G. P.//Mulazzi, EvelinaStructural Properties of trans (CH)x from Absorption and Resonant Raman Scattering Spectra AnalysisJ. de Physique1983.44.C3-261 – C3265
Bronson, GailNew Uses for PlasticsForbes1987.0.216-217
Bryce, Martin R.Organic ConductorsChem. in Britain1988.24.781-785
Burroughes, J. H.//Jones, C. A.//Friend, R. H.New Semiconductor Device Physics in Polymer Diodes and TransistorsNature (London)1988.335.137-141
Cadene, M.//Rolland, M.//Lefdil, M. A.//Bougnot, J.// Abadie, M. J. M.Thin Films Photovoltaic Cells from Undoped and Doped PolyacetyleneMol. Cryst. Liq. Cryst.1985.121.297-300
Calvert, PaulSoluble Conductors on the WayNature (London)1987.327. 
Cao, Yong//Smith, Paul//Heeger, Alan J.Mechanical and electrical properties of polyacetylene films oriented by tensile drawingPolymer1991.32.1210-1218
Cao, Yong//Smith, Paul//Heeger, Alan J.Mechanical and Electrical Properties of Highly Oriented Polyacetylene FilmsSynth. Met.1991.0.181-183
Cao, Yue//Gaines, James R.//Epstein, A. J.//Arbuckle, G.// MacDiarmid, A. G.Reduced intrachain spin diffusion in trans-polyacetylene due to sp3 orbital defectsPhys. Rev. B: Condens. Matter32735.40.3176-3181
Carter, Phillip W.//Porter, John D.Probing of p conjugation in trans-polyacetylene using near-infrared photoluminescence spectroscopyPhys. Rev. B: Condens. Matter33404.43.14478-14487
Cataliotti, R. S.//Paliani, G.//Dellepiane, G.//Fuso, S.//Destri, S.//Piseri, L.//Tubino, R.Resonance Raman Spectra of Souble trans PolyacetyleneJ. Chem. Phys.1985.82.2223-2227
Chaikin, P. M.//Greene, R. L.Superconductivitiy and Magnetism in Organic MetalsPhysics Today1986.0.24-32
Chaikin, P. M.//Greene, R. L.Superconductivity and Magnetism in Organic MetalsPhysics Today1986.0.24-32
Chandler, G. K.//Pletcher, D.The Electrochemistry of Conducting PolymersElectrochemistry Series?0.0.117-150
Chen, J.//Chung, T.-C.//Moraes, F.//Heeger, Alan J.Soliton Lattice to Metal: A First Order Phase TransitionSolid State Commun.1985.53.757-763
Chen, S. N.//Heeger, A. J.//Kiss, Z.//MacDiarmid, A. G.//Gau, S. C.//Peebles, D. L.Polyacetylene, (CH)x: Photoelectrochemical solar cellAppl. Phys. Lett.29221.36.96-98
Chen, Show-An//Chan, Wu-Chung//Li, Liang-ShunEffect of Pressing on the Diffusional Properties of PolyacetyleneDie Angewandte Makromolekulare Chemie1987.148.87-91
Chen, Show-An//Li, Liang-ShunDynamic Viscoelasticity of PolyacetyleneMakromol. Chem., Rapid Commun.1983.4.503-506
Chen, Show-An//Li, Liang-ShunDynamic Viscoelasticity of PolyacetyleneMakromol. Chem., Rapid Commun.1983.4.503-506
Chen, Y.-C.//Akagi, K.//Shirakawa, H.Anisotropic Electrical Conductivity of Partially Oriented Polyacetylene Doped with Iodine: Effects of Draw Ratio and Dopant ConcentrationSynth. Met.1986.14.173-178
Chen, Ying-Chung//Akagi, Kazuo//Shirakawa, HidekiAnisotropic Electrical Conductivity of Partially Oriented Polyacetylene Doped with Iodine: Effects of Draw Ratio and Dopant ConcentrationSynth. Met.1986.14.173-178
Chiang, C. K.//Blubaugh, E. A.//Yap, W. T.Electrochemical studies on doping of polyacetylenePolymer30895.25.1112-1116
Chiang, C. K.//Druy, Mark A.//Gau, S. C.//Heeger, Alan J.//Louis, E. J.//MacDiarmid, Alan G.//Park, Y. W.//Shirakawa, H.Synthesis of Highly Conducting Films of Derivatives of Polyacetylene, (CH)xJ. Am. Chem. Soc.1978.100.1013-1015
Chiang, C. K.//Fincher, Jr., C. R.//Park, Y. W.//Heeger, Alan J.//Shirakawa, H.//Louis, E. J.//Gau, S. C.//MacDiarmid, Alan G.Electrical Conductivity in Doped PolyacetylenePhys. Rev. Lett.1977.39.1098-1101
Chiang, C. K.//Gau, S. C.//Fincher, Jr., C. R.//Park, Y. W.//MacDiarmid, Alan G.//Heeger, Alan J.Polyacetylene, (CH)x: n-type and p-type Doping and CompensationAppl. Phys. Lett.1978.33.18-20
Chiang, C. K.//Park, Y. W.//Heeger, Alan J.//Shirakawa, H.//Louis, E. J.//MacDiarmid, Alan G.Conducting Polymers: Halogen Doped PolyacetyleneJ. Chem. Phys.1978.69.5098-5104
Chidsey, C. E. D.//Murray, Royce W.Electroactive Polymers and Macromolecular ElectronicsScience (Washington, D. C., 1883-)1986.231.25-31
Chien, James C. W.Creation and Annihilation of Solitons, Radicals, and Ions in Polyacetylene as Related to the Mechanisms of Isomerization, Doping and ConductionJ. Polym. Sci., Polym. Lett. Ed.1981.19.249-260
Chien, James C. W.//Karasz, F. E.//Schen, Michael A.//Hirsch, J. A.Determination of Polyacetylene Molecular Weight by RadioquenchingMacromolecules1983.16.1694-1697
Chien, James C. W.//Karasz, F. E.//Wnek, Gary E.Soliton Formation and cis trans Isomerization in PolyacetyleneNature (London)1980.285.390-392
Chien, James C. W.//Karasz, F. E.//Wnek, Gary E.//MacDiarmid, Alan G.//Heeger, Alan J.Polymerization of AcetyleneJ. Polym. Sci., Polym. Lett. Ed.1980.18.45-52
Chien, James C. W.//Schen, Michael A.Magnetic Properties of Very Low and Very High Molecular Weight PolyacetylenesMacromolecules1986.19.1042-1049
Chien, James C. W.//Warakomski, J. M.//Karasz, F. E.//Chia, W. L.//Lillya, C. P.Homogeneous doping and semiconductor-to-‘metal’ transition in polyacetylenePhys. Rev. B: Condens. Matter30651.28.6937-6952
Chien, James C. W.//Warakomski, J. M.//Karasz, F. E.//Schen, Michael A.Effect of Polyacetylene Molecular Weight and Dopant Concentration on the Temperature Dependence of Transport PropertiesMacromolecules1985.18.2380-2389
Chien, James C. W.//Yamashita, Y.//Hirsch, J. A.//Fan, J. L.//Schen, Michael A.//Karasz, F. E.Resolution of Controversy Concerning the Morphology of PolyacetyleneNature (London)1982.299.608-611
Choi//Han-Yong//Conwell, Esther M.Interchain Polaron Mobility in Polyacetylene at Finite TemperatureMol. Cryst. Liq. Cryst.1991.194.23-32
Chung, T.-C.//Feldblum, A.//Heeger, Alan J.//MacDiarmid, Alan G.Experimental Studies of Sodium-Doped Polyacetylene: Optical and ESR Results for Metallic (CHNay)xJ. Chem. Phys.1981.74.5504-5507
Chuvyrov, A. N.//Leplyanin, G. V.//Kornilov, V. M.//Lebedyev, Y. A.//Mochalov, A. P.//Ladenkova, I. M.Crystalline Polyacetylene: Structure, Optical Properties and Photo-Induced Spin StatesSov. Phys. JETP1986.63.158-163
Clarke, T. C.//Krounbi, M. T.//Lee, V. Y.//Street, G. B.Photoinitiated Doping of PolyacetyleneJ. Chem. Soc., Chem. Commun.1981.0.384-385
Clarke, T. C.//Yannoni, C. S.//Katz, T. J.Polymerization Mechanism of Acetylene, A Nutation NMR StudyJ. Am. Chem. Soc.1983.105.7787-7788
Cohen, H.//Brafman, O.//Ehrenfreund, E.//Vardeny, Z.Amplitude Modes and Absorption in T-polyacetylene-like Systems: Polaroid K and PolyvinyleneSynth. Met.1987.17.389-394
Conwell, E. M.//Jeyadev, S.Free Soliton and Polaron Transport and Photoconductivity in Trans-polyacetyleneMol. Cryst. Liq. Cryst.1988.160.443-456
Conwell, E. M.//Jeyadev, S.The Insulator-Metal Transition in Trans-PolyacetyleneSynth. Met.1989.28.D489-D494
Conwell, E. M.//Mizes, H. A.//Jeyadev, S.Metal-Insulator Transition in Trans-PolyacetylenePhys. Rev. B: Condens. Matter0.0. 
Conwell, E. M.//Mizes, H. A.//Jeyadev, S.Band structure of metallic trans-polyacetylene with alkai-metal dopingPhys. Rev. B: Condens. Matter32933.41.5067-5074
Conwell, Esther M.The Differences Between One-Dimensional and Three-Dimensional SemiconductorsPhysics Today1985.0.46-53
Conwell, Esther M.Contribution of Photogenerated Solitons to Photovoltage in PolyacetylenePhys. Rev. Lett.1983.51. 
Conwell, Esther M.Statistical Mechanics for Solitons in the Presence of Electrons and their Contribution to Photovoltage in Polyacetylene Schottky Barrier DiodesSynth. Met.1984.9.195-206
Conwell, Esther M.Statistics for Electrons, Solitons and Polarons in trans-polyacetylene and Consequences for ConductivityPhys. Rev. B: Condens. Matter1986.33.2465-2472
Conwell, Esther M.//Jeyadev, S.Polaron Mobility and Conductivity of Na-Doped trans-polyacetyleneSynth. Met.1987.17.69-74
Corish, J.//Hanratty, V. C. A.//Morton-Blake, D. A.An electrostatic investigation of the motion of alkali metal cations through polyacetyleneSynth. Met.1991.39.311-317
Costa, G.//Grosso, A.A Study by Solid-State and Solution 13C NMR on Silicon-Containing PolyacetylenesMacromolecules1991.24.2858-2861
Coter, F.//Vardeny, Z.//Ehrenfreund, E.//Brafman, O.Resonant Raman Scattering From Amplitude Modes in Trans-polyacetylene: Temperature EffectsSynth. Met.1987.17.331-336
Coustel, N.//Bernier, P.//Fischer, J. E.High-resolution study of conductivity and cell potential versus doping concentration in potassium-doped polyacetylene: Correlation with structural transitionsPhys. Rev. B: Condens. Matter33270.43.3147-3153
Coustel, N.//Foxonet, N.//Ribet, J. L.//Bernier, P.//Fischer, J. E.Structural Characterization of Oriented Polyacetylene Films Grown by the Liquid Crystal MethodMacromolecules1991.24.5867-5873
Cowan, Dwaine O.//Wiygul, Frank M.The Organic Solid StateChem. Eng. News1986.0.28-45
Cox, Sherman D.//Stucky, Galen D.Polymerization of Methylacetylene in Hydrogen ZeolitesJ. Phys. Chem.1991.95.710-720
Dalton, L. R.//Thomson, J.//Nalwa, H. S.The Role of Extensively Delocalized pi-Electrons in Electrical Conductivity, Non-Linear Optical Properties and Physical Properties of PolymersPolymer1987.28.543-552
Danielsen, P. L.//Ball, R. C.Interchain coupling in PolyacetyleneJ. Physique1985.46.131-137
Deiss, E.//Haas, O.//Schlenoff, J. B.Numerical Simulation of the Cyclic Voltammogram of PolyacetyleneJ. Electrochem. Soc.34973.142.3256-3262
Dias, A. J.//McCarthy, T. J.Poly(acetylene-co-ethylene) via Isomerization of Poly(1,3-butadiene)Macromolecules1985.18.869-871
Diaz, A. F.Gas-Phase Polymerization of AnilineChem. Eng. News1985.0. 
Diaz, A. F.//Clarke, T. C.Reversible Electrochemical Oxidation of (CH)x FilmsJ. Electroanal. Chem. Interfacial Electrochem.1980.111.115-117
Diaz, A. F.//Rubinson, J. F.//Mark, Jr., H. B.Electrochemistry and Electrode Applications of Electroactive/Conductive PolymersElectronic Applications1988.0. 
Dickinson, Charles L.//Hirsch, Jacob A.//Karasz, Frank E.//Chien, James C. W.Polyacetylene Crystal Transformation during Thermal IsomerizationMacromolecules1985.18.2374-2379
Djurado, D.//Fischer, J. E.//Heiney, P. A.//Ma, J.//Coustel, N.//Bernier, P.Staging in Potassium-Doped Polyacetylene: In Situ X-ray DiffractionSynth. Met.1989.0. 
Djurado, D.//Fischer, J. E.//Heiney, P. A.//Ma, J.//Coustel, N.//Bernier, P.Staging in Potassium-Doped Polyacetylene: In Situ X-Ray DiffractionSynth. Met.1989.34. 
Donckt, E. V.//Kanicki, J.//Fedorko, P.Electrical and Photovoltaic Properties of Pb/trans-(CH)x and Pb/[CH(AsF5)y]x Schottky BarriersJ. Appl. Polym. Sci.1984.29.619-627
Dorofeeva, Olga V.//Gurvich, Lev V.Thermodynamic Properties of Linear Carbon Chain Molecules with Conjugated Triple Bonds Part 1. Polyacetylenes, H(CC)nH (n=2-6), cyanopolyacetylenes, H(CC)n CN (n=1-5), and dicyanopolyacetylenes, NC (CC)n CN (n=1-4)Thermochim. Acta1991.178.273-286
Druy, Mark A.//Tsang, C.-H.//Brown, N.//Heeger, Alan J.//MacDiarmid, Alan G.Tensile Properties and Partial Alignment of Polyacetylene (CH)x, FilmsJ. Polym. Sci., Polym. Phys. Ed.1980.18.429-441
Duke, C. B.Frontiers in the Development of Polymers as Electronic MaterialsSynth. Met.0.0. 
Duke, C. B.//Gibson, H. W.Polymers, ConductiveKirk Othmer Encyl. of Chem.1983.18.755-793
Duke, C. B.//Paton, A.//Salaneck, W. R.//Thomas, H. R.//Plummer, E. W.//Heeger, Alan J.//MacDiarmid, Alan G.Electronic Structure of Polyenes and PolyacetyleneChem. Phys. Lett.1978.59.146-150
Eckhardt, H.On the Optical Properties of Trans-PolyacetyleneJ. Chem. Phys.1983.79.2085-2086
Eckhardt, H.//Chance, Ronald R.Defect States in Polyacetylene: A Photoacoustic and Diffuse Reflectance StudyJ. Chem. Phys.1983.79.5698-5704
Eckhardt, H.//Shacklette, Larry W.//Szobota, J. S.//Baughman, R. H.Resonance Raman Spectra of Alkali-Metal Doped PolyacetyleneMol. Cryst. Liq. Cryst.1985.117.401-409
Eckhardt, H.//Steinhauser, S. W.//Chance, Ronald R.//Schott, M.//Silbey, R.Anti-Stokes Raman Scattering in trans-polyacetyleneSolid State Commun.1985.55.1075-1079
Edelson, EdwardPolymers That Conduct ElectricityMosaic1983.0.40-48
Ehrenfreund, E.//Vardeny, Z.//Brafman, O.//Horovitz, B.Amplitude and Phase Modes in trans-polyacetylene: Resonant Raman Scattering and Induced Infrared Activitypreprint1986.0. 
Elert, M. L.//White, C. T.Lattice Parameters and Packing Energies for Helical PolyacetyleneMacromolecules1987.20.1411-1414
Elert, M. L.//White, C. T.Lattice Parameters and Packing Energies for Helical PolyacetyleneMacromolecules1987.20.1411-1414
Elliott, C. M.Electrodes, Polymer-ModifiedEncycl. Polym. Sci. Eng.1986.5.602-608
Ellis, J. R.Commercial Applications of Intrinsically Conducting PolymersHandbook of Conducting Polymers1986.0.489-505
Elsayed, T.//Elhout, J./Francois, Bernard//Mathis, Claude//Chatain, D.//Lacabanne, C.Thermostimulated Creep Study of Undoped Polyacetylene (CH)x FilmsJ. de Physique1983.44.C3-131 – C3-134
Epstein, Arthur J.//Bigelow, R. W.//Feldblum, A.//Gibson, H. W.//Hoffman, D. M.//Tanner, David B.Solitons, Disorder and Charge Conduction in Nearly Metallic PolyacetyleneSynth. Met.1984.9.155-164
Epstein, Arthur J.//Bigelow, R. W.//Rommelmann, H.//Gibson, H. W.//Weagley, Ronald J.//Feldblum, A.Density of States and Hopping Conductivity in Nearly Metallic PolyacetyleneMol. Cryst. Liq. Cryst.1985.117.147-154
Epstein, Arthur J.//Rommelmann, H.//Abkowitz, M.//Gibson, H. W.Anomalous Frequency-Dependent Conductivity of PolyacetylenePhys. Rev. Lett.1981.47.1549-1553
Epstein, Arthur J.//Rommelmann, H.//Bigelow, R. W.//Gibson, H. W.//Hoffman, D. M.//Tanner, David B.Role of Solitons in Nearly Metallic PolyacetylenePhys. Rev. Lett.1983.50.1866-1869
Epstein, Arthur J.//Rommelmann, H.//Bigelow, R. W.//Gibson, H. W.//Hoffman, D. M.//Tanner, David B.Epstein et al. Respond:Phys. Rev. Lett.1983.51. 
Epstein, Arthur J.//Rommelmann, H.//Druy, Mark A.//Heeger, Alan J.//MacDiarmid, Alan G.Magnetic Susceptibility of Iodine Doped Polyacetylene: The Effects of Nonuniform DopingSolid State Commun.1981.38.683-687
Epstein, Arthur J.//Rommelmann, H.//Gibson, H. W.Frequency Dependent Conductivity of Lightly Doped Cis-Polyacetylene: Role of Multiply Connected Doped Trans-Polyacetylene RegionsSynth. Met.1984.9.103-114
Etemad, S.//Baker, G. L.Nonlinear Optical Response in Polyacetylene and PolydiacetylenesSynth. Met.1989.28.D159-D166
Etemad, S.//Mitani, T.//Ozaki, M.//Chung, T. C.//Heeger, Alan J.//MacDiarmid, Alan G.Photoconductivity in PolyacetyleneSolid State Commun.1981.40.75-79
Etemad, S.//Ozaki, M.//Heeger, Alan J.//MacDiarmid, Alan G.Soliton Photogeneration in Tran-(CH)xChemica Scripta1981.17.159-160
Etemad, S.//Pron, A.//Heeger, Alan J.//MacDiarmid, Alan G.//Mele, E. J.//Rice, M. J.Infrared-active Vibrational Modes of Charged Solitons in (CH)x and (CD)xPhys. Rev. B: Condens. Matter1981.23.5137-5141
Fabish, T. J.Electronic Structure of PolymersCRC Crit. Rev. in Solid State and Mat. Sci.1979.0.383-420
Farren, T. R.//Amass, A. J.//Beevers, M. S.//Stowell, J. A.The Synthesis, Characterization and Electro-Optical Properties of Poly(pentenylene-b-acetylene)Polymer1989.30.1008-1011
Faulques, E.//Rzepka, E.//Lefrant, Serge//Mulazzi, Evelina//Brivio, G. P.//Leising, G.Polarized Resonant Raman Spectra of Fully Oriented Trans-Polyacetylene: Experiments and TheoryPhys. Rev. B: Condens. Matter1986.33.8622-8628
Faulques, E.//Rzepka, E.//Lefrant, Serge//Mulazzi, Evelina//Brivio, G. P.//Leising, G.Polarized Resonant Raman Spectra of Fully Oriented trans-polyacetylene: Experiments and TheoryPhys. Rev. B: Condens. Matter1986.33.8622-8628
Feast, W. J.Synthesis of Conducting PolymersHandbook of Conducting Polymers1986.0. 
Feast, W. J.Conducting PolymersChemical Sensors1988.0.117-131
Feast, W. J.//Taylor, M. J.//Winter, J. N.Precursor Route to Polyacetylene: The Microstructure of the Precursor PolymersPolymer1987.28.593-600
Feast, W. J.//Winter, J. N.An Improved Synthesis of polyacetyleneJ. Chem. Soc., Chem. Commun.1985.0.202-203
Fedorko, P.//Kanicki, J.Electrical and Photovoltaic Properties of Metal Contacts to Trans-PolyacetyleneThin Solid Films1984.113. 
Feldblum A.//Bigelow, R. W.//Gibson, H. W.//Epstein, Arthur J.//Tanner, David B.Nearly Metallic [CH(I3)y]x – Importance of Solitons, Crystal Order, Hopping and Band ConductionMol. Cryst. Liq. Cryst.1984.105.191-202
Feldblum, A.//Heeger, Alan J.//Chung, T.-C.//MacDiarmid, Alan G.Chemical and Electrochemical Isomerization of Polyacetylene: In situ Optical StudiesJ. Chem. Phys.1982.77.5114-5121
Feldman, A.//Kaufman, James H.//Etemad, S.//Heeger, Alan J.//Chung, T.-C.//MacDiarmid, Alan G.Opto-Electrochemical Spectroscopy of trans-(CH)xPhys. Rev. B: Condens. Matter1982.26.815-826
Fincher, C. R.//Peebles, D. L.//Heeger, Alan J.//Druy, Mark A.//Matsumura, Y.//MacDiarmid, Alan G.//Shirakawa, H.//Ikeda, S.Anisotropic Optical Properties of Pure and Doped PolyacetyleneSolid State Commun.1978.27.489-494
Fincher, Jr., C. R.//Ozaki, M.//Tanaka, M.//Peebles, D. L.//Lauchlan, L.//Heeger, Alan J.//MacDiarmid, Alan G.Electronic Structure of Polyacetylene: Optical and Infrared Studies of Undoped Semiconducting (CH)x and Heavily Doped Metallic (CH)xPhys. Rev. B: Condens. Matter1979.20.1589-1602
Fite, C.//Bernier, P.Intercalation Stages in Potassium Doped (CH)xSynth. Met.1989.28.D387-D391
Flood, J. D.//Ehrenfreund, E.//Heeger, Alan J.//MacDiarmid, Alan G.ESR Studies of Trans-(CH)x During PhotoexcitationSolid State Commun.1982.44.1055-1058
Forner, W.//Seel, M.//Ladik, J.Influence of Substitutional Impurities on Soliton Dynamics in trans-polyacetyleneJ. Chem. Phys.1986.84.5910-5918
Francois, Bernard//Bernard, M.//Andre, J. J.Isomerization and N-Type Doping of Polyacetylene: Pure trans-(CH)x and trans-(CD)xJ. Chem. Phys.1981.75.4142-4152
Francois, Bernard//Mermilliod, N.//Zuppiroli, L.Swelling of Polyacetylene When Doped by Iodine or SodiumSynth. Met.1981.4.131-138
Friend, R. H.//Bradley, D. D. C.//Townsend, P. D.//Bott, D. C.Conformational Defects in Durham PolyacetyleneSynth. Met.1987.17.267-272
Friend, R. H.//Schaffer, H. E.//Heeger, Alan J.//Bott, D. C.Conformational Defects in Durham Polyacetylene: Photoinduced IR AbsorptionJ. Phys. Chem.0.0.preprint
Fritzsche, H.//Fink, J.//Nucker, N.//Scheerer, B.Momentum dependent dielectric function of cis-transoid polyacetylene 0.0. 
Frommer, Jane E.Conducting Polymer SolutionsAcc. Chem. Res.1986.19. 
Frommer, Jane E.//Chance, Ronald R.Electrically Conductive PolymersEncycl. Polym. Sci. Eng.1986.5.462-507
Funt, B. L.Electrochemical InitiationEncycl. Polym. Sci. Eng.1986.5.587-601
Furukawa, Y.//Arakawa, T.//Takeuchi, H.//Harada, I.//Shirakawa, H.Vibrational Spectroscopic Study on Partly Hydrogenated Trans-PolyacetylenesJ. Chem. Phys.1984.81.2907-2914
Galluzzi, F.//Schwarz, M.//Pedretti, U.On the Photovoltaic Spectral Response of Polyacetylene FilmsSynth. Met.1985.10.205-211
Galtier, M.//Charbonnel, M.//Montaner, A.//Ribet, J. L.Infra-red Optical Absorption of Oriented PolyacetylenePolymer1984.25.1253-1257
Gavin, R. M. Jr.//Weisman, Charles//McVey, Jeffrey K.//Rice, Stuart A.Spectroscopic properties of polyenes. III 1,3,5,7-OctatetraeneJ. Chem. Phys.28491.68.522-529
Ghanbaja, J.//Billaud, D.//Perrin, E.//Verdon, T.//Lefrant, Serge(CH)x Doped with Heavy Alkali Metal in the Vapour Phase: Raman and EPR InvestigationsSynth. Met.1989.28.D339-D344
Ghanbaja, J.//Goulon, C.//Mareche, J. F.//Billaud, D.EPR Studies of Binary Alkali Metal Doped PolyacetyleneSolid State Commun.1987.64.69-72
Ghanbaja, J.//Mareche, J. F.//McRae, E.//Billaud, D.Conductivity of Heavy Alkali Metal Doped PolyacetyleneSolid State Commun.1986.60.87-90
Gibson, H. W.Control of Electrical Properties of Polymers by Chemical ModificationPolymer1984.25. 
Gibson, H. W.//Pochan, J. M.Acetylenic PolymersEncycl. Polym. Sci. Eng.0.1.87-130
Gibson, H. W.//Weagley, Ronald J.//Mosher, R. A.//Kaplan, Samuel//Prest, Jr., W. M.//Epstein, Arthur J.Chemical Evidence for Remnant cis Bonds in ‘trans’-PolyacetyleneBr. Polym. J.1986.18.115-119
Gibson, H. W.//Weagley, Ronald J.//Mosher, R. A.//Kaplan, Samuel//Prest, Jr., W. M.//Epstein, Arthur J.Molecular Structure of ‘trans’-polyacetylene: The Presence of Remnant Cis Units and Their Influence on Soliton Formation and DiffusionPhys. Rev. B: Condens. Matter1985.31.2338-2342
Ginsburg, Eric J.//Gorman, Christopher B.//Marder, Seth R.//Grubbs, Robert H.Poly(trimethylsilylcyclooctatetraene): A Soluble Conjugated Polyacetylene via Olefin MetathesisJ. Am. Chem. Soc.1989.111.7621-7622
Glasse, M. D.//Linford, R. G.Polymer Structure and ConductivityElectrochemical Science and Technology of Polymers – 11987.0.23-44
Goldberg, I. B.//Crowe, H. R.//Newman, P. R.//Heeger, Alan J.//MacDiarmid, Alan G.Electron Spin Resonance of Polyacetylene and AsF5-doped PolyacetyleneJ. Chem. Phys.1979.70.1132-1136
Gorman, Christopher B.//Ginsburg, Eric J.//Grubbs, Robert H.Soluble, Highly Conjugated Derivatives of Polyacetylene from the Ring-Opening Metathesis Polymerization of Monosubstituted Cyclooctatetraenes: Synthesis and the Relationship between Polymer Structure and Physical PropertiesJ. Am. Chem. Soc.1993.115.1397-1398
Gosch, JohnThin Plastic Battery Bends to FitElectronics1987.0. 
Green, M. L. H.//Nehme, M.//Wilkinson, G.A New Catalytic System for the Stereospecific Polymerisation of AcetyleneChem. Ind. London1960.0. 
Greene, R. L.//Street, G. B.Conducting Organic MaterialsScience (Washington, D. C., 1883-)1984.226.651-656
Guiseppi-Elie, A.//Wnek, Gary E.Introduction of Hydrophilicity of Polyacetylene Flim SurfacesJ. Polym. Sci., Polym. Chem. Ed.1985.23.2601-2613
Guiseppi-Elie, A.//Wnek, Gary E.Wettability of Polyacetylene: Surface Energetics and Determination of Material PropertiesLangmuir1986.2.508-513
Gussoni, M.Infrared Intensities: A New Tool in ChemistryJ. Mol. Struct.0.0.?
Gussoni, M.//Castiglioni, C.//Miragoli, M.//Lugli, G.//Zerbi, G.Derivation of Charge Distribution from Infrared Intensities: the Case of PolyacetyleneSpectrochim. Acta, Part A1985.41.371-380
Gussoni, M.//Castiglioni, C.//Zerbi, G.Physical Meaning of Electrooptical Parameters Derived from Infrared IntensitiesJ. Phys. Chem.1984.88.600-604
Halim, John//Enkelmann, Volker//Fischer, Hermann//Wegner, Gerhard//Albouy, Pierre-AntoineConductivity mechanism in oriented highly conducting polyacetylene: Temperature dependence of specific conductivity and lattice parameterMakromol. Chem., Rapid Commun.1991.12.301-305
Harada, I.//Furukawa, Y.//Arakawa, T.//Takeuchi, H.//Shirakawa, H.Dependence of Vibrational Spectra and Conductivities of Polyacetylenes on Isomerization Processes and HydrogenationMol. Cryst. Liq. Cryst.1985.117.335-342
Harada, I.//Furukawa, Y.//Tasumi, M.//Shirakawa, H.//Ikeda, S.Spectrosopic Studies on Beta-Carotene Doped with Iodine and Sulfur Trioxide-Doped Polyacetylene ModelsChem. Lett.1980.0.267-270
Harigaya, Kikuo//Terai, AkiraMetal-Insulator Transition in Doped Conducting Polymers: Disappearance of Electronic Gap With Persisting Bond AlternationSolid State Commun.1991.78.335-338
Hattangadi, ShekharIs Your Computer Going ‘Organic’?Industrial Chemist1987.0.26-29
Hayes, W.Conducting PolymersContemp. Phys.1985.26.421-441
Heeger, Alan J.Charge Transfer in Conducting Polymers Striving toward Intrinsic PropertiesFaraday Discuss. Chem. Soc.1989.88. 
Heeger, Alan J.//MacDiarmid, Alan G.Transport, Magnetic and Structural Studies of PolyacetyleneMol. Cryst. Liq. Cryst.1981.77. 
Heeger, Alan J.//Moses, D.//Sinclair, M.Semiconducting Polymers: Fast Response Non-Linear Optical MaterialsSynth. Met.1986.15.95-104
Heinze, J.//Storzbach, M.//Mortensen, J.Experimental and Theoretical Studies on the Redox Properties of Conducting PolymersBer. Bunsenges. Phys. Chem.1987.91.960-967
Hennico, G.//Delhalle, J.//Andre, J. M.//Toussaint, J. M.//Bredas, J. L.Electronic Structure of Segmented Polyacetylene: Influence of a Random Distribution of sp3 defects and Soliton Wavefunction CharacteristicsSynth. Met.1989.28.D259-D265
Hillman, A. R.Polymer Modified Electrodes: Preparation and CharacterisationElectrochemical Science and Technology of Polymers – 11987.0.103-240
Hillman, A. R.Reactions and Applications of Polymer Modified ElectrodesElectrochemical Science and Technology of Polymers – 11987.0.241-292
Hirooka, M.Development of Conductive PolymersNew Materials and New Processes1985.3.52-56
Hoffmann, RoaldHow Chemistry and Physics Meet in the Solid StatesAngew. Chem. Int. Ed. Engl.1987.26.846-878
Hoffmann, Roald//Janiak, Christoph//Kollmar, ChristianA Chemical Approach to the Orbitals of Organic PolymersMacromolecules33413.24.3725-3746
Horovitz, B.Optical Conductivity of Solitons in PolyacetyleneSolid State Commun.1982.41.593-596
Horovitz, B.//Vardeny, Z.//Ehrenfreund, E.//Brafman, O.Raman Scattering and Infrared Phonons in PolyacetyleneSynth. Met.1984.9.215-222
Horton, M. E.//Friend, R. H.//Foot, P. J. S.//Billingham, N. C.//Calvert, P. D.ESR Measurements in Durham PolyacetyleneSynth. Met.1987.17.395-400
Hsu, S. L.//Signorelli, A. J.//Pez, G. P.//Baughman, R. H.Highly Conducting Iodine Derivatives of Polyacetylene: Raman, XPS, and X-ray Diffraction StudiesJ. Chem. Phys.1978.69.106-111
Hughey, AnnInterest Is Growing in Plastics That Can Conduct ElectricityThe Wall Street Journal1982.0. 
Ignatious, F.//Francois, Bernard//Mathis, C.Ammonium Doping of Polyacetylene by a Chemical MethodSynth. Met.1989.28.D109-D114
Ikehata, S.//Kaufer, J.//Woerner, T.//Pron, Adam//Druy, Mark A.//Sivak, A.//Heeger, Alan J.//MacDiarmid, Alan G.Solitons in Polyacetylene: Magnetic SusceptibilityPhys. Rev. Lett.1980.45.1123-1126
Ikehata, S.//Oda, N.//Nagamine, K.//Nishiyama, K.//Shirakawa, H.Lattice Instability in Polyacetylene Probed by Muon Spin ResonanceSynth. Met.1989.28.D275-D280
Inganas, Olle//Lundstrom, Ingemar//Skotheim, Terje A.Photoelectrochemistry of Conducting PolymersHandbook of Conducting Polymers1986.1.525-541
Ito, T.//Shirakawa, H.//Ikeda, S.Thermal Cis-Trans Isomerization and Decomposition of PolyacetyleneJ. Polym. Sci., Polym. Chem. Ed.1975.13.1943-1950
Javadi, H. H. S.//Chakraborty, A.//Li, C.//Theophilou, N.//Swanson, D. B.//MacDiarmid, A. G.//Epstein, A. J.Highly conducting polyacetylene: Three-dimensional delocalizationPhys. Rev. B: Condens. Matter33239.43.2183-2186
Jeyadev, S.//Conwell, E. M.Properties of Trans-Polyacetylene with sp3 Defects?0.0.?
Jeyadev, S.//Conwell, Esther M.Optical Absorption Due to a Soliton Lattice in trans-polyacetyleneSynth. Met.1987.17.45-50
Jones, C. A.//Lawrence, R. A.//Martens, J.//Friend, R. H.//Parker, D.//Feast, W. J.//Logdlund, M.//Salaneck, W. R.Electronic properties of polyacetylene prepared by the Durham ‘photoisomer’ routePolymer1991.32.1200-1209
Jones, Susan R.For Sale, Conductive PlasticsChemical Week1985.0. 
Jow, T. R.//Shacklette, Larry W.Electrochmical Characteristics of Alkali-Metal Doped Polyacetylene ElectrodesJ. Electrochem. Soc.1988.135.541-548
Jow, T. R.//Shacklette, Larry W.//Maxfield, M.//Vernick, D.The Role of Conductive Polymers in Alkali-Metal Secondary ElectrodesJ. Electrochem. Soc.1987.134.1730-1733
Jozefiak, Thomas H.//Ginsburg, Eric J.//Gorman, Christopher B.//Grubbs, Robert H.//Lewis, Nathan S.Voltammetric Characterization of Soluble Polyacetylene Derivatives Obtained from the Ring-Opening Metathesis Polymerization (ROMP) of Substituted CyclooctatetraenesJ. Am. Chem. Soc.1993.115.4705-4713
Kalvoda, L.//Kminek, I.//Cimrova, V.//Nespurek, S.//Schnabel, W.//Sedlacek, J.Charge carrier photogeneration on some substituted polyacetylenesCollid Polym. Sci.1990.268.1024-1027
Kamiya, K.//Inokuchi, H.//Oku, M.//Hasegawa, S.//Tanaka, C.//Tanaka, J.//Seki, K.UPS of New Type PolyacetyleneSynth. Met.1991.0.155-163
Kamiya, K.//Tanaka, J.Comparative Studies on Electrical and Optical Properties of Iodine-Doped (CH)x and (CD)xSynth. Met.1988.25.253-263
Kamiya, K.//Tanaka, J.Optical Spectra and Optical Conductivities of Iodine-Doped PolyacetyleneSynth. Met.1988.25.59-70
Kaner, Richard B.//Huang, S. M.//Lin, C. H.//Kaufman, James H.Chemical Reduction of Polyacetylene with Incorporation of Divalent Dopant CationsSynth. Met.1989.28.D115-D125
Kaner, Richard B.//MacDiarmid, Alan G.Plastics That Conduct ElectricityScientific American1988.258.106-111
Kaner, Richard B.//MacDiarmid, Alan G.Reversible Electrochemical Reduction ofPolyacetylene, (CH)xSynth. Met.1986.14. 
Kaner, Richard B.//MacDiarmid, Alan G.Electrochemistry of Polyacetylene, (CH)x: Characteristics of the Reduced Polyacetylene ElectrodeJ. Chem. Soc., Faraday Trans. 11984.80.2109-2118
Kaner, Richard B.//Porter, S. J.//MacDiarmid, Alan G.The Electrochemical Reduction of Polyacetylene with Selected Reducing AgentsJ. Chem. Soc., Faraday Trans. 11986.82.2323-2332
Kaneto, K.//Maxfield, M.//Nairns, David P.//MacDiarmid, Alan G.//Heeger, Alan J.Electrochemistry of Polyacetylene, (CH)x: Characteristics of Polyacetylene CathodesJ. Chem. Soc., Faraday Trans. 11982.78.3417-3429
Kanicki, J.//Boue, S.//Donckt, E. V.Photovoltaic and Rectification Properties of In/trans-(CH)x/Electrodag +502 Schottky-Barrier CellsMol. Cryst. Liq. Cryst.1982.83.319-327
Kanicki, J.//Donckt, E. Vander//Boue, S.Photovoltaic Properties of In/Trans-Polyacetylene/Electrodag+502 Schottky Barrier CellsSolar Cells1983.9.281-288
Kanicki, J.//Fedorko, P.Electrical and Photovoltaic Properties of trans-polyacetyleneJ. Phys. D: Appl. Phys.1984.17.805-817
Karasz, Frank E.//Chien, James C. W.//Galkiewicz, R.//Wnek, Gary E.//Heeger, Alan J.//MacDiarmid, Alan G.Nascent morphology of polyaceytleneNature (London)29160.282.286-288
Karplus, M.//Gavin, Jr., R. M.//Rice, S. A.Comment: Reinterpretation of Hexatriene Spectrum and Comparison with TheoryJ. Chem. Phys.1975.63.5507-5508
Kaufman, James H.//Kaufer, J. W.//Heeger, Alan J.//Kaner, Richard B.//MacDiarmid, Alan G.Electrochemical Voltage Spectroscopy of trans-(CH)xPhys. Rev. B: Condens. Matter1982.26.2327-2330
Keane, M. P.//Naves de Brito, A.//Correia, N.//Svensson, S.//Karlsson, L.//Wannberg, B.//Gelius, U.//Lunell, Sten//Salaneck, W. R.//Logdlund, M.//Swanson, D. B.//MacDiarmid, A. G.Valence and Core-Shake-up Photoelectron Spectra of Solid Polyacetylene and Related Free Model MoleculesPhys. Rev. B: Condens. Matter0.0. 
Kim, Y. H.//Choi, K.//Masuda, T.//Higashimura, T.Photogenerated Solitions in Poly(phenylacetylene): Confinement by Short PolyenesSolid State Commun.1991.77.207-212
Kise, H.Dehydrochlorination of Poly(vinyl Chloride) by Aqueous Sodium Hydroxide Solution under Two-Phase ConditionsJ. Polym. Sci., Polym. Chem. Ed.1982.20.3189-3197
Kishimoto, Yasuhisa//Eckerle, Peter//Miyatake, Tatsuya//Ikariya, Takao//Noyori, RyojiLiving Polymerization of Phenylacetylenes Initiated by Rh(C-C-CC6H5)(2,5-norbornadiene)[P(C6H5)3]2J. Am. Chem. Soc.1994.116.1231-1232
Kivelson, S.Electron Hopping Conduction in the Soliton Model of PolyacetylenePhys. Rev. Lett.1981.46.1344-1348
Kivelson, S.Electron Hopping Conduction in the Soliton Model of PolyacetyleneMol. Cryst. Liq. Cryst.1981.77.65-79
Kivelson, S.Electron Hopping in a Soliton Band: Conduction in Lightly Doped (CH)xPhys. Rev. B: Condens. Matter1982.25.3798-3821
Kivelson, S. A.//Salkola, M. I.Metal-non-metal transition in polyacetyleneSynth. Met.1991.44.281-291
Kivelson, S.//Heeger, Alan J.Intrinsic Conductivity of Conducting PolymersSynth. Met.1988.22.371-384
Kivelson, S.//Heeger, Alan J.First-Order Transition to a Metallic State in Polyacetylene: A Strong-Coupling Polaronic MetalPhys. Rev. Lett.1985.55.308-311
Klavetter, F. L.//Grubbs, R. H.Polyacetylene Through Metathesis Polymerization of CyclooctatetraenePolym. Prepr. (Am. Chem. Soc., Div. Polym. Chem.)0.0.425-426
Klavetter, F. L.//Grubbs, Robert H.Condensed Phase Route to PolyacetyleneSynth. Met.1989.28.D99-D104
Klavetter, Floyd L.//Grubbs, Robert H.Polycyclooctatetraene (Polyacetylene): Synthesis and PropertiesJ. Am. Chem. Soc.1988.110.7807-7813
Knoll, Konrad//Schrock, Richard R.Preparation of tert-Butyl-Capped Polyenes Containing up to 15 Double BondsJ. Am. Chem. Soc.1989.111.7989-8004
Knoll, P.//Kuzmany, HansGeneration and Characterization of Chain Defects in PolyacetyleneMol. Cryst. Liq. Cryst.1984.106.317-329
Kobryansky, V. M.//Tereshko, E. A.Analysis of the electronic structure of polyacetylene based on its optical absorption spectraSynth. Met.1991.39.367-378
Koezuka, H.//Hyodo, K.//MacDiarmid, Alan G.Organic Heterojunctions Utilizing Two Conducting Polymers: Poly(acetylene)/poly(N-methylpyrrole) JunctionsJ. Appl. Phys.1985.58.1279-1284
Kommandeur, J.Organic ConductorsNouveau Journal de Chimie1985.9.341-345
Konig, G.//Stollhoff, G.Why Polyacetylene Dimerizes- Conclusive Results of Ab-Initio ComputationsSynth. Met.1991.0.3591-3596
Krivoshei, I. V.//Skorobogatov, V. M.3. Polyacetylene: Its Synthesis and Molecular PropertiesPolyacetylene and Polyarylenes Synthesis and Conductive Properties1991.0.20-75
Kucharski, Z.//Pron, A.//Jozefowicz, M.//Suwalski, J.//Lefrant, S.//Krichene, S.Doping of Polyacetylene with Tin Chloride – Mossbauer, EPR and Raman Spectroscopic StudiesSolid State Commun.1984.51.853-856
Kulszewicz-Bajer, I.//Billaud, D.AlCl3-Assisted Formation of Charge-Transfer Complexes Between Polyacetylene and Tetracyanoethylene, TCNESynth. Met.1988.22.239-245
Kulszewicz-Bajer, I.//Zagorska, M.//Pron, A.//Billaud, D.//Ehrhardt, J. J.Heteropolyanions Doped Polyacetylene: Studies of the Dopant Identity and Its DistributionMater Res. Bull.1991.26.163-170
Kuroda, S.//Shirakawa, H.Soliton Spin Density in Polyacetylene Studied by ENDOR in Pristine and 13C-Enriched Cis-Rich SampleSynth. Met.1987.17.423-428
Kuroda, S.//Shirakawa, H.Electron-Nuclear-Nuclear Triple Resonance of CIS-Rich Polyacetylene-Evidence for Negative Spin Sites of SolitonSolid State Commun.1991.77.937-941
Kurti, J.//Kuzmany, HansConjugation Length and Localization in Conjugated PolymersElectronic Properties of Polymers0.0. 
Kurti, J.//Kuzmany, HansDoping Induced Luminescence in PolyacetylenePREPRINT0.0. 
Kurti, J.//Kuzmany, Hans//Nagele, G.Defect Induced Interruption of Conjugation in Polymer Chains: Physical and Chemical ConsequencesPREPRINT0.0. 
Kuzmany, Hans//Knoll, P.Application of the Particle in the Box Model for Resonance Raman Scattering to Recent Experimental Results of PolyacetyleneMol. Cryst. Liq. Cryst.1985.117.385-392
Kuzmany, Hans//Kurti, J.The Physical Meaning of the Conjugation-Length in PolymersPREPRINT (Vadstena?)Synth. Met.?0.0. 
Kuzmany, Hans//Mueller, F.//Knoll, P.//Kuerti, J.Emission of Secondary Radiation from Neutral and Electrochemically Doped PolyacetyleneSynth. Met.1987.17.301-306
Kuzmany, Hans//Mueller, F.//Knoll, P.//Kurti, J.Emission of Secondary Radiation from Neutral and Electrochemically Doped PolyacetyleneSynth. Met.1987.17.301-306
La Brecque, MortCircuits and Devices a Molecule WideMosaic1989.20.16-27
La Brecque, MortDevices that Assemble ThemselvesMosaic1989.20.28-33
Latham, R. J.//Linford, R. G.Ionic and Electronic TransportElectrochemical Science and Technology of Polymers – 11987.0. 
Lauchlan, L.//Chen, S. P.//Etemad, S.//Kletter, Michael J.//Heeger, Alan J.//MacDiarmid, Alan G.Absolute Raman Scattering Cross Sections of trans-(CH)xPhys. Rev. B: Condens. Matter1983.27.2301-2307
Lauchlan, L.//Etemad, S.//Chung, T.-C.//Heeger, Alan J.//MacDiarmid, Alan G.Photoexcitations in PolyacetylenePhys. Rev. B: Condens. Matter1981.24.3701-3711
Lauchlan, L.//Woerner, T.//MacDiarmid, Alan G.//Adar, F.Raman Microprobe Analysis of Pristine and Iodine-Doped Polyacetylene FilmsMicrobeam Analysis1982.0.311-314
Lee, P. A.//Rice, T. M.//Anderson, P. W.Conductivity from Charge or Spin Density WavesSolid State Commun.1974.14.703-709
Lefrant, Serge//Aldissi, MahmoudThe Thermal Isomerization of Polyacetylene Studied by Raman ScatteringJ. Physique1983.44.235-239
Lefrant, Serge//Bernier, P.//Kaner, Richard B.An in situ Raman Study after n-Doping of a cis-Rich Polyacetylene Electrode in an Electrochemical CellJpn. J. Appl. Phys., Part 11984.23.L883-L885
Lefrant, Serge//Faulques, E.//Brivio, G. P.//Mulazzi, EvelinaResonant Raman Scattering of Partially Isomerized and Doped Polyacetylene: An Application of the Conjugation Length Distribution ModelSolid State Commun.1985.53.583-586
Lefrant, Serge//Faulques, E.//Lauchlan, L.//Kletter, Michael J.//Etemad, S.Resonance Raman Scattering from Partially Isomerized PolyacetyleneMol. Cryst. Liq. Cryst.1982.83.117-123
Lefrant, Serge//Faulques, E.//Rachdi, F.//Bernier, P.Raman Investigation of Alkali-Doped (CH)x FilmsMol. Cryst. Liq. Cryst.1985.117.377-384
Lefrant, Serge//Perrin, E.//Mulazzi, EvelinaStudy of the Properties of Trans-Polyacetylene Through the Raman Spectra AnalysisSynth. Met.1989.28.D295-D302
Levey, C. G.//Lang, D. V.//Etemad, S.//Baker, G. L.//Orenstein, J.Photo-Generation of Spins in Trans-polyacetyleneSynth. Met.1987.17.569-576
Liang, Wenbin//Martin, Charles R.Template-Synthesized Polyacetylene Fibrils Show Enhanced Supermolecular OrderJ. Am. Chem. Soc.1990.112.9666-9668
Lieser, G.//Wegner, G.//Muller, W.//Enkelmann, V.On the Morphology and Structure of cis-PolyacetyleneMakromol. Chem., Rapid Commun.1980.1.621-626
Lieser, G.//Wegner, G.//Muller, W.//Enkelmann, V.//Meyer, W. H.The Structure and Morphology of trans-PolyacetyleneMakromol. Chem., Rapid Commun.1980.1.627-632
Lindsey, S. E.//Street, G. B.Conductive Composites from Polyvinyl Alcohol and PolypyrroleSynth. Met.0.10.67-69
Logdlund, M.//Dannetun, P.//Sjogren, B.//Boman, M.//Fredriksson, C.//Strafstrom, S.//Salaneck, W. R.The Electronic Structure of a,w-Diphenyltetradecaheptaene, A Model Molecule for Polyacetylene, As Studied by Photoelectron SpectroscopyPolyconjugated Materials: Chemistry, Physics, and Technology33543.35893. 
Louboutin, J. P.//Beniere, F.Doping Mechanism of a Conducting Polymer Iodine-Doped PolyacetyleneJ. Phys. Chem. Solids1982.43.233-241
MacDiarmid, Alan G.Stable Conductive Polyaniline Makes Rechargeable BatteryHigh-Tech Materials Alert1984.0. 
MacDiarmid, Alan G.$9.4 Million for Conductive Polymer Research/TrainingAlmanac (pub. by U of P)1987.33. 
MacDiarmid, Alan G.Conductive Plastics: A Growing Market….The Coming BreakthroughChemical Week1983.0.38-42
MacDiarmid, Alan G.Polymer PowerScientific American1984.0.72,74
MacDiarmid, Alan G.Developing a Plastic BatteryNew Products and Processes1981.6.1,12
MacDiarmid, Alan G.Electrically Conducting PolymersESN (French Colloquium on Specialized Polymers)1983.0.92-94
MacDiarmid, Alan G.Polyacetylene: A Metallic ChameleonAlmanac (supplement) pub. of U of P1979.0. 
MacDiarmid, Alan G.Converting U. S. Scientific Leadership into Technological LeadershipConf. on Ind. Sci. and Tech. Innovation (NSF)1984.0. 
MacDiarmid, Alan G.Conducting Polymers: What Does the Future Hold?Synth. Met.1987.21.79-83
MacDiarmid, Alan G.Electronic Processes in Conducting Polymers 1986.0. 
MacDiarmid, Alan G.Metallic and Semiconducting Materials Derived from Non-Metallic ElementsMicrostructure Science, Eng. and Tech.0.0.13.1-13.8
MacDiarmid, Alan G.//Chung, T.-C.Polaron-Soliton Model for Macroscopic Conduction in Doped PolyacetyleneJournal de Physique1983.0.C3-513 – C3-516
MacDiarmid, Alan G.//Heeger, Alan J.Polyacetylene?Organic Coatings and Plastics Chemistry0.41.133-138
MacDiarmid, Alan G.//Maxfield, MacraeOrganic Polymers as Electroactive MaterialsElectrochemical Science and Technology of Polymers – 11987.0.67-102
Mammone, R. J.//MacDiarmid, Alan G.The Aqueous Chemistry and Electrochemistry of Polyacetylene, (CH)xSynth. Met.1984.9.143-154
Manecke, G.//Storck, W.Electron-Transfer PolymersEncycl. Polym. Sci. Eng.1986.5.725-755
Marder, Seth R.//Perry, Joseph W.//Klavetter, Floyd L.//Grubbs, Robert H.Third-Order Susceptibilities of Soluble Polymers Derived from the Ring-Opening Metathesis Copolymerization of Cyclooctatetraene and 1,5-CyclooctadieneChem. Mater.1989.1.171-173
Maricq, M. M.//Waugh, J. S.//MacDiarmid, A. G.//Shirakawa, H.//Heeger, A. J.Carbon-13 Nuclear Magnetic Resonance of cis-and trans-PolyacetyleneJ. Am. Chem. Soc.28795.100.7729-7730
Marks, Tobin J.Electrically Conductive Metallomacrocyclic AssembliesScience (Washington, D. C., 1883-)1985.227.881-889
Mascone, Cynthia FabianProgress Sparks Interest in Conductive PlasticsChemical Engineering1984.0.25-29
Masetti, G.//Campani, E.//Gorini, G.//Piseri, L.//Tubino, R.//Piaggio, P.//Dellepiane, G.Resonance Raman Spectra of Highly Oriented trans PolyacetyleneSolid State Commun.1985.55.737-742
McQuillan, B.//Street, G. B.//Clarke, T. C.The Reaction of HF with pPolyacetyleneJ. of Electronic Materials1982.11.471-490
Micka, K.//Rousar, I.//Papez, V.A Model of the Polyacetylene Electrode Voltammetric BehaviourElectrochim. Acta1991.36.2025-2029
Milgrom, LionelPlastics Conductors Catch up with Copper?0.0. 
Mizes, H. A.//Conwell, E. M.Tight-binding theory of interchain coupling in doped polyacetylenePhys. Rev. B: Condens. Matter33329.43.9053-90565
Mizoguchi, K.//Kume, K.//Masubuchi, S.//Shirakawa, H.Characerization of Neutral Soliton Dynamics in Pristine Trans-polyacetylene by Means of Aniostropic ESR T1 and Line WidthSolid State Commun.1986.59.465-468
Mizoguchi, K.//Kume, K.//Masubuchi, S.//Shirakawa, H.Neutral Soliton Diffusion and Anisotropic T1 and T2 of ESR and NMR in Stretch Oriented t-polyacetyleneSynth. Met.1987.17.405-411
Moore, Jeffrey S.//Gorman, Christopher B.//Grubbs, Robert H.Soluble, Chiral Polyacetylene: Synthesis and Investigation of Their Solution ConformationJ. Am. Chem. Soc.1991.113.1704-1712
Moraes, F.//Chen, J.//Chung, T.-C.//Heeger, Alan J.First Order Transition to a Novel Metallic State in [Nay+(CH)-y]x: In Situ Electron Spin Resonance During Chemical and Electrochemical DopingSynth. Met.1985.11.271-292
Moraes, F.//Park, Y. W.//Heeger, Alan J.Soliton Photogeneration in Trans-polyacetylene: Light-Induced Electron Spin ResonanceSynth. Met.1986.13.113-122
Mori, Y.//Kurihara, S.Chain Length Dependence of Localized Vibrational Modes Around a Soliton in Trans-PolyacetyleneSolid State Commun.1987.64.947-950
Mori, Y.//Kurihara, S.Calculation of Localized Vibrational Modes Around a Soliton in Trans-Polyacetylene Using the Molecular Orbital MethodSynth. Met.1987.22.219-229
Morin, A.//Beniere, M.//Beniere, F.Diffusion of FeCl4- in PolyacetyleneJ. Phys. Chem. Solids1989.50.611-618
Moses, D.//Feldblum, A.//Denenstein A.//Chung, T.-C.//Heeger, Alan J.//MacDiarmid, Alan G.Pressure Dependence of the Photoabsorption of PolyacetyleneMol. Cryst. Liq. Cryst.1982.83.87-93
Moses, D.//Feldblum, A.//Ehrenfreund, E.//Heeger, Alan J.//Chung, T.-C.//MacDiarmid, Alan G.Pressure Dependence of the Photoabsorption of PolyacetylenePhys. Rev. B: Condens. Matter1982.26.3361-3369
Moses, D.//Sinclair, M.//Heeger, Alan J.Picosecond Photoconductivity in Trans-polyacetyleneSynth. Met.1987.17.515-520
Mulazzi, EvelinaPolarized Resonance Raman Scattering Spectra from Stretched trans Polyacetylene. TheorySolid State Commun.1985.55.807-810
Mulazzi, Evelina//Brivio, G. P.Comments on ‘Conformational Defects in Durham-route Polyacetylene’ Evidence for Different Conjugation Length Segments in Trans Polyacetylene: New Resonance Raman Scattering ResultsSynth. Met.1986.16.381-384
Mulazzi, Evelina//Brivio, G. P.//Faulques, E.//Lefrant, SergeExperimental and Theoretical Raman Results in Trans-polyacetyleneSolid State Commun.1983.46.851-855
Mulazzi, Evelina//Lefrant, SergeN-Doped Trans-Polyacetylene Raman Spectra: Analysis of the Doping Induced BandsSynth. Met.1989.28.D323-D329
Mulazzi, Evelina//Lefrant, Serge//Perrin, E.//Faulques, E.Analysis of Resonant Raman Scattering Spectra of Fully Oriented Undoped and Iodine-Doped trans-Polyacetylene: Experiments and TheoryPhys. Rev. B: Condens. Matter1987.35.3028-3031
Mulazzi, Evelina//Tubino, R.//Dellepiane, G.On the Origin of the Red-Shift of the Resonant Raman Profile From the Electronic Absorption SpectrumChem. Phys. Lett.1982.86.347-352
Munardi, A.//Aznar, R.//Theophilou, N.//Sledz, J.//Schue, F.//Naarmann, HerbertMorphology of Polyacetylene Produced in the Presence of the Soluble Catalyst Ti(OBu)4-n-BuLiEur. Polym. J.1987.23. 
Munardi, A.//Theophilou, N.//Aznar, R.//Sledz, J.//Schue, F.//Naarmann, HerbertPolymerization of Acetylene with Ti(OC4H9)4/butyllithium as Catalyst System and Silicone Oil as Reaction MediumMakromol. Chem.1987.188.395-399
Munn, R. W.Molecular ElectronicsChem. in Britain1984.0.518-523
Naarmann, H.//Theophilou, N.Synthesis of New Electronically Conducting Polymers 0.0. 
Naarmann, HerbertSynthesis of New Conductive PolymersSynth. Met.1987.17.223-228
Naarmann, HerbertSynthese Elektrisch Leitfahiger PolymererAngew. Makromol. Chem.1982.0.295-338
Navarrete, J. T. Lopez//Zerbi, G.On the Problem of pi Electron Delocalisation Across sp3 Carbon Atoms Introduced as Defects in PolyacetyleneSolid State Commun.1987.64.1183-1186
Nigrey, Paul J.//MacInnes, Jr., D.//Nairns, D. P.//MacDiarmid, Alan G.//Heeger, Alan J.Utilization of Polyacetylene, (CH)x, in the Fabrication of Rechargeable BatteriesConductive Polymers1981.0.227-233
Nishio, Koji//Fujimoto, Masahisa//Yoshinaga, Noriyuki//Ando, Osamu//Ono, Hitoshi//Suzuki, TetsumiCharacteristics of a lithium secondary battery using chemically-synthesized conductive polymersJournal of Power Sources1991.34.153-160
Nosaka, Y.//Norimatsu, K.//Miyama, H.Effect of Doping of ClO4- on the Photoelectrochemical Properties of PolyacetyleneChem. Lett.1983.0.801-804
Ofer, David//Park, Lee Y.//Schrock, Richard R.//Wrighton, Mark S.Potential Dependence of the Conductivity of Polyacetylene: Finite Potential Windows of High ConductivityChem. Mater.1991.3.573-575
Olah, George A.//Zadok, Elazar//Edler, Ronald//Adamson, Douglas H.//Kasha, Walter//Prakash, G. K. SuryaFriedel-Crafts Dehydrohalogenative Polymerization of Acetyl and Enolizable Substituted Acetyl Halides to Polyketenes (Poly(oxyacetylenes))1aJ. Am. Chem. Soc.1989.111.9123-9125
Owen, J. R.Ion Conducting PolymersElectrochemical Science and Technology of Polymers – 11987.0.45-66
Parasuk, Vudhichai//Almlof, Jan//Feyereisen, Martin W.The [18] All-Carbon Molecule: Cumulene or PolyacetyleneJ. Am. Chem. Soc.1991.113.1049-1050
Park, L. Y.//Ofer, D.//Gardner, T. J.//Schrock, R. R.//Wrighton, M. S.Effect of Chain Length on the Conductivity of Polyacetylene. Potential Dependence of the Conductivity of a Series of Polyenes Prepared by a Living Polymerization MethodChem. Mater.1992.4.1388-1395
Park, Y. M.//Park, C.//Lee, Y. S.//Yoon, C. O. //Shirakawa, H.//Suezaki, Y.//Akagi, K.Electrical Conductivity of Highly-Oriented PolyacetyleneSolid State Commun.1988.65.147-150
Park, Y. W.//Han, W. K.//Choi, C. H.//Shirakawa, H.Metallic nature of heavily doped polyacetylene dervivatives: ThermopowerPhys. Rev. B: Condens. Matter0.30.5847-5850
Park, Y. W.//Lee, Y. S.//Kim, Y. K.//Lee, C. K.//Park, C.Electronic Structure of the Polyacetylene Film Oriented by a Liquid Crystal Solvent Under Magnetic FieldSynth. Met.1987.17.539-544
Park, Y. W.//Lee, Y. S.//Kim, Y. K.//Lee, C. K.//Park, C.//Shirakawa, H.//Akagi, K.//Kitagaki, T.//Katayama, S.Electronic Structure of the Polyacetylene Film Oriented by a Liquid Crystal Solvent Under Magnetic FieldSynth. Met.1987.17.539-544
Park, Y. W.//Yoon, C. O.//Lee, C. H.//Shirakawa, H.//Suezaki, Y.//Akagi, K.Conductivity and Thermoelectric Power of the Newly Processed PolyacetyleneSynth. Met.1989.28.D27-D34
Patil, A. O.//Heeger, Alan J.//Wudl, F.Optical Properties of Conducting PolymersChem. Rev.1988.88.183-200
Pekker, S.//Morin, A.//Beniere, F.Stability of doped and undoped polyacetylene over five yearsPolym. Commun.32905.31.75-77
Peramunage, D.//Siripala, W.//Tomkiewicz, M.// Ginley, D. S.Electroreflectance and Photoinduced Charge Separation in Electrochemcally Doped trans-polyacetylene Liquid Junction DeviceChem. Phys. Lett.1983.99.479-482
Pereira, C.//Kokotailo, G. T.//Gorte, R. J.Acetylene Polymerization in a H-ZSM-5 ZeoliteJ. Phys. Chem.1991.95.705-709
Perrin, E.//Faulques, E.//Lefrant, Serge//Mulazzi, Evelina//Leising, G.Fully Oriented Cis-(CH)x: Experimental and Theoretical Analysis of the Polarized Raman SpectraSynth. Met.1989.28.D317-D322
Perrin, E.//Lefrant, Serge//Fite, C.//Bernier, P.Raman Investigation of (CHKy)x: Properties During Electrochemical CyclesSynth. Met.1989.28.D303-D308
Piaggio, P.//Cuniberti, C.//Dellepiane, G.//Bolognesi, A.//Catellani, M.//Destri, S.//Porzio, W.//Tubino, R.Spectral Properties of Doped Soluble Trans-PolyacetyleneSynth. Met.1987.17.337-342
Piaggio, P.//Dellepiane, G.//Mulazzi, Evelina//Tubino, R.Doping and Photo-Induced IR Absorption Spectrum of Trans-polyacetylenePolymer1987.28.563-566
Piaggio, P.//Dellepiane, G.//Tubino, R.//Piseri, L.//Lugli, G.Infrared Anisotropy of Highly Oriented cis-rich PolyacetylenesSolid State Commun.1984.49.895-897
Plaggio, P.//Cuniberti, C.//Dellepiane, G.//Bolognesi, A.//Catellani, M.//Destri, S.//Porzio, W.//Tubino, R.Spectral Properties of Doped Soluble Trans PolyacetylenesSynth. Met.1987.17.337-342
Pochan, J. M.//Gibson, H. W.//Harbour, J.Effects of oxidation on I2 doping of trans-polyacetylene as studied via e.s.r. and conductivity measurementsPolymer30011.23.439-444
Polyakova, T. B.//Suris, R. A.Influence of Local Strains of Chemical Bonds on the Movement of Solitons in Trans-PolyacetyleneSolid State Commun.1991.77.825-828
Poplawski, J.//Brafman, O.//Ehrenfreund, E.//Vardeny, Z.Charge Density Waves and the Complete Raman and Photoinduced Absorption Spectra in Polyacetylene Copolymers t-[(C2H2)y(C2D2)1-y]xSynth. Met.1987.17.283-288
Potember, R. S.//Hoffman. R. C.//Hu, H. S.//Cocchiaro, J. E.//Viands, C. A.//Murphy, R. A.//Poehler, T. O.Conducting Organics and Polymers for Electronic and Optical DevicesPolymer1987.28.574-580
Potember, R. S.//Hoffman. R. C.//Hu, H. S.//Cocchiaro, J. E.//Viands, C. A.//Murphy, R. A.//Poehler, T. O.Electronic Devices from Conducting Organics and PolymersPolymer Journal1987.19.147-156
Pron, Adam//Faulques, E.//Lefrant, SergeOn the Hydrolysis of P-Type Doped PolyacetylenePolym. Commun.1987.28.27-29
Pron, Adam//MacDiarmid, Alan G.//Heeger, Alan J.Arsenic Pentafluoride-Doped Polyacetylene: Chemical Composition of the Dopant Species.Synth. Met.1984.9.115-123
Rachdi, F.//Bernier, P.Role of the Spin-Orbit Coupling on the ESR of Alkali-Doped PolyacetyleneSynth. Met.1987.17.401-404
Rakovic, D.//Bozovic, I.//Gribov, L. A.//Stepanyan, S. A.//Dementiev, V. A.Vibrational Spectroscopy and Stereochemical Structure of Poly(p-phenylene) and cis-PolyacetyleneSynth. Met.1987.17.613-616
Rebbi, ClaudioSolitonsSci. Amer.?0.0.92-116
Reynolds, John R.Electrically Conductive PolymersChemtech1988.0.440-447
Rice, M. J.Dynamical Properties of the Peierls-Frohlich State on the Many-Phonon-Coupling ModelSolid State Commun.1978.25.1083-1086
Rimai, L.//Heyde, M. E.//Gill, D.Vibrational Spectra of Some Carotenoids and Related Linear Polyenes. A Raman Spectroscopic StudyJ. Am. Chem. Soc.1973.95.4493-4501
Riseman, S. M.//Yaniger, Stuart I.//Eyring, E. M.//MacInnes, D.//MacDiarmid, Alan G.//Heeger, Alan J.Infrared Photoacoustic Spectroscopy of Conducting Polymers. I. Undoped and n-Doped PolyacetyleneAppl. Spectrosc.1981.35.557-559
Robin, P.//Pouget, J. P.//Comes, R.//Gibson, H. W.//Epstein, Arthur J.Structural Study of the cis-to-trans Thermal Isomerization in PolyacetylenePhys. Rev. B: Condens. Matter1983.27.3938-3941
Rolland, M.//Bernier, P.//Lefrant, Serge//Aldissi, MahmoudConductivity Measurements during the cis-trans Isomerization of (CH)x FilmsPolym. Commun.1980.21.1111-1112
Rommelmann, H.//Fernquist, R.//Epstein, Arthur J.//Aldissi, Mahmoud//Woerner, T.//Bernier, P.The Evolution of Polyacetylene Morphology upon DopingPolymer1983.24.1575-1580
Rommelmann, H.//Fernquist, R.//Gibson, H. W.//Epstein, A. J.//Druy, M. A.//Woerner, T.Morphology and Dopant Distribution in PolyacetyleneMol. Cryst. Liq. Cryst.1981.77.177-184
Roth, S.//Bleier, H.Temperature Dependence of Transient Photoconductivity in PolyacetyleneSynth. Met.1987.17.503-508
Roth, SiegmarConductive PolymersPhysica B+C (Amsterdam)1984.0.151-157
Rothberg, Lewis//Jedju, Thomas M.//Townsend, Paul D.//Etemad, Shahab//Baker, Gregory L.Short-Lived Photoinduced Excitation in Trans-polyacetyleneMol. Cryst. Liq. Cryst.1991.194. 
Rotman, David//Ushio, ShotaBetter Conducting Polymers Begin to EmergeIndustrial Chemist1987.0.34-37
Ruby, DanielNew Promise for the Electric Car: Plastic-Metal BatteriesPopular Science1982.0.89-91,136
Sailor, Michael J.//Ginsburg, Eric J.//Gorman, Christopher B.//Kumar, Amit//Grubb, Robert H.//Lewis, Nathan S.Thin Films of n-Si/Poly-(CH3)3Si-Cyclooctatetraene: Conducting-Polymer Solar Cells and Layered StructuresScience (Washington, D. C., 1883-)33117.249.1146-119
Sailor, Michael J.//Klavetter, Floyd L.//Grubbs, Robert H.//Lewis, Nathan S.Electronic properties of junctions between silicon and organic conducting polymersNature (London)33055.346.155-157
Saito, R.//Kamimura, H.Vibronic States of Bond Alternation Defect in Polyacetylene and ESR SpectrumSynth. Met.1987.17.81-86
Saldi, F.//Ghanbaja, J.//Mareche, J. F.//Billaud, D.Compared Temperature Dependence of the Electrical Conductivity of Unoriented and Stretched Polyacetylenes Doped with Heavy Alkali MetalsSolid State Commun.1991.78.941-945
Saline, CarolMiracles on 34th Street, etc.Penn Pub.0.0.112, 114-115
Sandman, D. J.//Chen, Y. J.Resonance Raman Spectra of the Polydiacetylene ETCD: Environmental Effects on the Electronic States of Conjugated Chains 0.0. 
Sandman, D. S.//Elman, B. S.//Chen, Y. J.//Velazquez, C. S.//Jones, M. T.Chemical Reactions in Macroscopic Fully-Ordered Crystals of Conjugated PolymersPolym. Prepr. (Am. Chem. Soc., Div. Polym. Chem.)1986.0.70-71
Sariciftci, N. S.//Kobryanskii, V. M.//Reghu M.//Smilowitz, L.//Halvorson, C.//Hagler, T. W.//Mihailovic, D.//Heeger, A. J.Polyacetylene is a Stable Material 0.0. 
Saunders, Randall S.//Cohen, Robert E.//Schrock, Richard R.Synthesis and Characterization of Diblock Copolymer Films Containing Self-Assembled Polyacetylene StructuresMacromolecules1991.24.5599-5605
Saxman, A. M.//Liepins, R.//Aldissi, MahmoudPolyacetylene: Its Synthesis, Doping and StructureProg. Polym. Sci.1985.11.57-89
Schaefer-Siebert, D.//Budrowski, C.//Kuzmany, H.//Roth, S.Influence of the Conjugation Length of Polyacetylene-Chains on the DC-ConductivitySynth. Met.0.0. 
Schafer-Siebert, D.//Roth, S.Limitation of the Conductivity of Polyacetylene by Conjugational DefectsSynth. Met.1989.28.D369-D374
Schaffer, H. E.//Chance, R. R.//Silbey, R. J.//Knoll, K.//Schrock, R. R.Conjugation length dependence of Raman scattering in a series of linear polyenes: Implications for polyacetyleneJ. Chem. Phys.33298.94.4161-4170
Schen, Michael A.//Lefrant, Serge//Perrin, E.//Chien, James C. W.//Mulazzi, EvelinaThe Influence of Molecular Weight on the Resonant Raman Scattering of PolyacetyleneSynth. Met.1989.28.D287-D294
Schimmel, T.//Denninger, G.//Riess, W.//Voit, J.//Schwoerer, M.//Schoepe, W.//Naarmann, HerbertHigh-Sigma Polyacetylene: DC Conductivity Between 14 mK and 300 KSynth. Met.1989.28.D11-D18
Schimmel, T.//RieB, W.//Gmeiner, J.//Denninger, G.//Schwoerer, M.DC-Conductivity on a New Type of Highly Conducting Polyacetylene, N-(CH)xSolid State Commun.1988.65.1311-1315
Schimmel, Th.//Glaser, D.//Schwoerer, M.//Naarmann, H.Conductivity Barriers and Transmission Electron Microscopy on Highly Conducting PolyacetyleneSynth. Met.1991.0.19-25
Schlenoff, J. B.//Chien, James C. W.The Cyclic Voltammetry of Pristine, Isomerized, Deuterated, and Partially Hydrogenated ‘P-Type’ PolyacetyleneJ. Electrochem. Soc.1987.134.2179-2187
Schlenoff, J. B.//Chien, James C. W.Efficiency, Stability and Self Discharge of Electrochemically-Doped Polyacetylene in Propylene Carbonate ElectrolyteSynth. Met.1988.22.349-363
Schlenoff, J. B.//Chien, James C. W.Exchange of Dopant Ions in PolyacetyleneJ. Chem. Soc., Chem. Commun.1987.0.1429-1430
Schlund, Ruger//Schrock, Richard R.//Crowe, William E.Direct Polymerization of Acetylene To Give Living PolyenesJ. Am. Chem. Soc.1989.111.8004-8006
Schulten, K.//Ohmine, I.//Karplus, M.Correlation effects in the spectra of polyenesJ. Chem. Phys.27912.64.4422-4441
Scott, Lawrence T.//Cooney, Mark J.//Johnels, DanHomoconjugated Cyclic PolydiacetylenesJ. Am. Chem. Soc.1990.112.4054-4055
Scott, Lawrence T.//Cooney, Mark J.//Rogers, Donald W.//Dejroongruang, KosolHomoaromaticity in a Cyclic PolyacetyleneJ. Am. Chem. Soc.1988.110.7244-7245
Scrosati, BrunoElectrochemical Properties of Conducting PolymersProg. Solid St. Chem.1988.18. 
Shacklette, Larry W.//Eckhardt, H.//Chance, Ronald R.//Miller, G. G.//Ivory, D. M.//Baughman, R. H.Solid-State Synthesis of Highly Conducting Polyphenylene from Crystalline OligomersJ. Chem. Phys.1980.73.4098-4102
Shacklette, Larry W.//Toth, J. E.Phase Transformations and Ordering in PolyacetylenePhys. Rev. B: Condens. Matter1985.32.5892-5901
Shimamura, K.//Karasz, F. E.//Hirsch, J. A.//Chien, James C. W.Crystal Structure of trans-PolyacetyleneMakromol. Chem., Rapid Commun.1981.2.473-480
Shirakawa, H.Synthesis and Properties of PolyacetyleneMol. Cryst. Liq. Cryst.1989.171.235-242
Shirakawa, H.//Ikeda, S.Infrared Spectra of PolyacetylenePolym. J. (Tokyo)1971.2.231-244
Shirakawa, H.//Ikeda, S.//Aizawa, M.//Yoshitake, J.//Suzuki, S.Polyacetylene Film: A New Electrode Material for Photoenergy ConversionSynth. Met.1981.4.43-49
Shirakawa, H.//Ito, T.//Ikeda, S.Electrical Properties of Polyacetylene with Various Cis-Trans CompositionsMakromol. Chem.1978.179.1565-1573
Shirakawa, H.//Ito, T.//Ikeda, S.Raman Scattering and Electronic Spectra of PolyacetylenePolym. J. (Tokyo)1973.4.460-462
Shirakawa, H.//Louis, Edwin J.//MacDiarmid, Alan G.//Chiang, Chwan K.//Heeger, Alan J.Synthesis of Electrically Conducting Organic Polymers: Halogen Derivatives of Polyacetylene, (CH)xJ. Chem. Soc., Chem. Commun.1977.0.578-580
Shirakawa, H.//Sato, M.//Hamano, A.//Kawakami, S.//Soga, K.//Ikeda, S.Formation of Soluble Polyethylene by Hydrogenation of Alkali-Metal Doped PolyacetyleneMacromolecules1980.13.457-459
Shirakawa, Hideki//Zhang, Yu-Xi//Mochizuki, Kazue//Akagi, KazuoS-(CH)x and N-(CH)x -What is the Difference?Synth. Met.1991.0.13-18
Shirakawa, Hideki//Zhang, Yu-Xi//Okuda, Tetsuo//Sakamaki, Kouichi//Akagi, KazuoVarious factors affecting the synthesis of highly conducting polyacetyleneSynth. Met.1994.65.93-101
Shuai, Z.//Bredas, J. L.Static and dynamic third-harmonic generation in long polyacetylene and polyparaphenylene vinylene chainsPhys. Rev. B: Condens. Matter33482.44.5962-5965
Simionescu. C. I.//Cascaval, C.//Blascu, V.//Negulescu, I. I.Modification of (CH)x Chains During Thermal cis-trans IsomerizationPolym. Commun.1982.23.1862-1863
Simon, J.//Bassoul, P.//Norvez, S.Molecular Materials. III. Towards Opto-Electronics FinalitiesNew J. Chem.1989.13.13-31
Simon, R. A.//Wrighton, Mark S.Stabilization of n-type Silicon Photoanodes Against Photoanodic Decomposition with Thin Films of PolyacetyleneAppl. Phys. Lett.1984.44.930-932
Sinclair, M.//Moses, D.//Akagi, K.//Heeger, A. J.Third Order Nonlinear Optical Susceptibility of Trans-(CH)x: A Degenerate Ground State Conjugated PolymerMater. Res. Soc. Symp. Proc.1988.109.205-215
Smith, P. J.Perfluorinated Ionomer Membranes for Use in the Production of Chlorine and Caustic SodaElectrochemical Science and Technology of Polymers – 11987.0.293-334
Soga, K.//Kawakami, S.//Shirakawa, H.//Ikeda, S.Hydrogenation of Potassium Doped Polyacetylene by MethanolMakromol. Chem., Rapid Commun.1980.1.643-646
Soga, K.//Kobayashi, Y.//Ikeda, S.//Kawakami, S.A Convenient Synthesis of PolyacetyleneJ. Chem. Soc., Chem. Commun.1980.0. 
Soga, K.//Nakamaru, M.The Relationship of the Conductivity of Polyacetylene to the Average Length of Double-bond ConjugationJ. Chem. Soc., Chem. Commun.1983.0.1495-1496
Soos, Z. G.//Ducasse, L. R.Electronic Correlations and Midgap Absorption in PolyacetyleneJ. Chem. Phys.1983.78.4092-4095
Soos, Z. G./Ramasesha, S.Segment Model for PolyacetyleneMol. Cryst. Liq. Cryst.1985.118.31-39
Spangler, C. W.//Little, D. A.Synthesis and Characterization of Representative Octa-1,3,5,7-tetraenes and Deca-1,3,5,7,9-pentaenesJ. Chem. Soc., Perkin Trans. 11982.0.2379-2385
Stafstrom, S.Soliton lattice in highly doped trans-polyacetylenePhys. Rev. B: Condens. Matter33343.43.9158-9170
Stafstrom, S.//Bredas, J. L.Band Structure Calculations for the Polaron Lattice in the Highly Doped Regime of Polyacetylene, Polythiophene, and PolyanilinePREPRINT0.0. 
Stelzer, F.//Grubbs, R. H.//Leising, G.Synthesis and properties of polyacetylene-polynorbornene-polyacetylene triblock copolymersPolymer1991.32.1851-1856
Stowell, J. A.//Amass, A. J.//Beevers, M. S.// Farren, T. R.Synthesis of Block and Graft Copolymers Containing Polyacetylene SegmentsPolymer1988.30.195-201
Su, W. P.//Schrieffer, J. R.//Heeger, Alan J.Solitons in PolyacetylenePhys. Rev. Lett.1979.42.1698-1701
Subramanyam, Sundar//Blumstein, AlexandreConjugated Ionic Polyacetylene 3. Polymerization of Ethynylpyridinium Salts1-3Macromolecules1991.24.2668-2674
Subramanyam, Sundar//Blumstein, AlexandreConjugated ionic polyacetylene, 2a) A new polymerization method for substituted acetylenesMakromol. Chem., Rapid Commun.1991.12.23-30
Surjan, P. R.//Kuzmany, HansInterruption of Conjugations of Polyacetylene ChainsPhys. Rev. B: Condens. Matter1986.33.2615-2624
Swager, T. M.//Grubbs, Robert H.The Synthesis of Low Crystallinity Polyacetylene from the Precursor Polymer PolybenzvaleneSynth. Met.1989.28.D57-D62
Swager, T. M.//Grubbs, Robert H.New Morphologies of Polyacetylene from the Precursor Polymer PolybenzvaleneJ. Am. Chem. Soc.1989.111.4413-4422
Swager, Timothy M.//Dougherty, Dennis A.//Grubbs, Robert H.Strained Rings as a Source of Unsaturation: Polybenzvalene, a New Soluble Polyacetylene PrecursorJ. Am. Chem. Soc.1988.110.2973-2974
Swanson, D. B.//MacDiarmid, A. G.//Epstein, A. J.Impedance Profiling: A Convenient Technique for Determining the Redox or Protonic Acid Doping Characteristics of Conducting PolymersSynth. Met.1991.0.2987-2990
Tanabe, Yoshikazu//Kyotani, Hiroko//Shimomura, Masaki//Akagi, Kazuo//Suezaki, Minoru//Kasai, Takanori//Shirakawa, HidekiKinetic Analysis of Cis-Trans Thermal Isomerization of PolyacetyleneJ. Polym. Sci., Polym. Phys. Ed.1991.29.501-507
Tanaka, J.//Kamiya, K.//Shimizu, M.//Tanaka, M.Optical and Electrical Conductivities of Iodine-Doped PolyacetyleneSynth. Met.1986.13.177-184
Tanaka, K.//Yamanaka, S.//Oiji, M.//Yamabe, T.Anderson Localization in a Polyacetylene Chain with sp3 Carbon DefectsSynth. Met.1988.22.247-256
Taubes, GaryElectrifying PlasticsDiscover1984.5.46-49
Terai, Akira//Ono, YoshiyukiElectric Field Induced Depinning of a Charged Soliton from an Impurity Center in PolyacetyleneJ. Phys. Soc. Jpn.33239.60.196-203
Theophilou, N.//Aznar, R.//Munardi, A.//Sledz, J.//Schue, F.Polymerization of Acetylene with New Catalytic Systems and Optimization of the Properties of the PolymersJ. Macromol. Sci., Chem.1987.0.797-812
Theophilou, N.//Boils, D.//Munardi, A.//Aznar, R.//Sledz, J.//Schue, F.//Galtier, M.//Montaner, A.Mechanism of Doping and Morphology of Lightly P-Doped cis Polyacetylene Film with Lanthanum Nitrate 0.0. 
Theophilou, N.//Munardi, A.//Aznar, R.//Sledz, J.//Schue, F.Polymerization of Acetylene in the Presence of a Tungsten-Based Catalyst, and Geometric Structure, Electrical Properties and Morphology of the PolymerEur. Polym. J.1987.23.15-20
Theophilou, N.//Munardi, A.//Aznar, R.//Sledz, J.//Schue, F.//Naarmann, H.Polymerization mechanism of acetylene by using a soluble catalyst based on tetrabenzyltitane and triethyaluminium 0.0. 
Theophilou, N.//Naarmann, H.Infrared Study of thermal isomerization of new polyacetylene 0.0. 
Theophilou, N.//Naarmann, HerbertInfluence of the Catalyst System on the Morphology, Structure and Conductivity of a New Type of PolyacetyleneMakromol. Chem., Macromol. Symp.1989.24.115-128
Theophilou, N.//Naarmann, HerbertIncreasing the Conductivity of Polyacetylene Films by ElongationConducting Polymers1987.0.65-75
Theophilou, N.//Swanson, D. B.//MacDiarmid, Alan G.//Chakraborty, A.//Javadi, H. H. S.//McCall, R. P.//Treat, S. P.//Zuo, Fulin//Epstein, Arthur J.Highly Conducting PolyacetyleneSynth. Met.1989.28.D35-D42
Theophilou, N.//Swanson, D. B.//MacDiarmid, Alan G.//Mantovani, J. G.//Annis, B. K.//Epstein, Arthur J.Influence of Catalyst on the Structure and Conductivity of Highly Conducting PolyacetyleneSolid State Science Series1989.0.?
Theophilou, Nicolas//Munardi, Adriantono//Aznar, Raymond//Sledz, Josef//Schue, Francois//Naarmann, HerbertPolymerization mechanism for acetylene prepared in the presence of a soluble catalyst based on tetrabenzyltitanium and triethylaluminium Polymerization kinetics in connection with the ESR studies of the catalyst system 0.0. 
Tober, R. L.//Ferraris, J. P.A Calorimetric Method for Determining the Isomer Content of PolyacetylenePolym. Commun.1987.28.342-343
Tolbert, L. M.//Schomaker, J. A.//Holler, F. J.A Carbanion Approach to ‘Doped’ Polyacetylene: Poly(Acetylene-co-1,3-butadiene)Synth. Met.1986.15.195-199
Townsend, P. D.//Pereira, C. M.//Bradley, D. D. C.//Horton, M. E.//Friend, R. H.Increase in Chain Conjugation Length in Highly Oriented Durham-Route PolyacetyleneJ. Phys. C: Solid State Phys.1985.18.L283-L289
Tsukamato, Jun//Takahashi, Akio//Kawasaki, KikukoStructure and Electrical Properties of Polyacetylene Yielding a Conductivity of 105 S/cmJpn. J. Appl. Phys., Part 11990.29.125-130
Tsukamoto, J.Recent advances in highly conductive polyacetyleneAdvances in Physics1992.41.509-546
Tsukamoto, Jun//Takahashi, AkioSynthesis and Electrical Properties of Polyacetylene Yielding Conductivity of 105 S/cmSynth. Met.1991.0. 
Tsukamoto, Jun//Takahashi, Akio//Kawasaki, KikukoStructure and Electrical Properties of Polyacetylene Yielding a Conductivity of 105 S/cmJpn. J. Appl. Phys., Part 132874.29.125-130
Usuki, Arimitsu//Murase, Makoto//Kurauchi, ToshioPhotovoltaic Effect of n-type Polyacetylene JunctionsSynth. Met.1987.18.705-710
Vainrub, A.//Heinmaa, I.//Alla, A.//Vija, S.//LippmasHigh Resolution NMR in Organic Conductors and SuperconductorsMaterials Science1988.14. 
Vardeny, Z.Soliton Defects in Trans-(CH)x and Dangling Bond Defects in a-Si:H; a Surprising AnalogySynth. Met.1989.28.D247-252
Vardeny, Z.//Ehrenfreund, E.//Brafman, O.Spectroscopy of trans-polyacetylene with Broken SymmetrySynth. Met.1987.17.349-354
Vardeny, Z.//Ehrenfreund, E.//Brafman, O.//Horovitz, B.Resonant Raman Scattering from Amplitude Modes in trans-(CH)x and -(CD)xPhys. Rev. Lett.1983.51.2326-2329
Vardeny, Z.//Ehrenfreund, E.//Brafman, O.//Horovitz, B.Classification of Disorder and Extrinsic Order in Polymers by Resonant Raman ScatteringPhys. Rev. Lett.1985.54.75-78
Vogl, P.//Leising, G.The Intrinsic Energy Gap of Crystalline Trans-PolyacetyleneSynth. Met.1989.28.D209-D214
Walser, A. D.//Dorsinville, R.//Tubino, R.//Alfano, R. R.Anisotropy of the picosecond photocurrent in stretched trans-polyacetylene for above-and below-gap excitationPhys. Rev. B: Condens. Matter33312.43.7194-7199
Wan, Mei Xiang//Arbuckle, Georgia A.//MacDiarmid, Alan G.//Epstein, Arthur J.Segmented Polyacetylene, (CHDy)x: Electrochemical n-Doping StudiesSynth. Met.1988.24.283-299
Wang, Daike//Tsukamoto, Jun//Takahashi, Akio//Muraki, Naoki//Katagiri, GenPolarized resonance Raman scattering of iodine-doped polyacetylene with high conductivitySynth. Met.1994.65.117-122
Wang, F.//Zhao, X.//Gong, Z.//Cao, Y.//Yang, Q.//Qian, R.Change of Morphology of Polyacetylene Obtained by Change of the Solvent Used for the Ti(n-C4H9O)4-Al(C2H5)3 Catalyst SystemMakromol. Chem., Rapid Commun.1982.3.929-932
Wang, Z. H.//Theophilou, N.//Swanson, D. B.//MacDiarmid, A. G.//Epstein, A. J.EPR of Naarmann-Theophilou polyacetylene: Critical role of interchain interactionsPhys. Rev. B: Condens. Matter33573.44.12070-12073
Wegner, G.Polymers with Metal-Like Conductivity-A Review of Their Synthesis, Structure and PropertiesAngew. Chem. Int. Ed. Engl.1981.20.361-381
Weinberger, B. R.Solitons and Solar Cells: The Non-Equilibrium Thermodynamics of the Photovoltaic Effect in PolyacetyleneSolid State Commun.1984.51.167-170
Weinberger, B. R.Photoconductivity, Photovoltages, and Photogenerated Solitons in PolyacetylenePhys. Rev. Lett.1983.50.1693-1696
Weinberger, B. R.//Akhtar, M.//Gau, S. C.Polyacetylene Photovoltaic DevicesSynth. Met.1982.4.187-197
Weinberger, B. R.//Ehrenfreund, E.//Pron, Adam//Heeger, Alan J.//MacDiarmid, Alan G.Electron Spin Resonance Studies of Magnetic Soliton Defects in PolyacetyleneJ. Chem. Phys.1980.72.4749-4755
Wessling, B.//Volk, H.Post-Polymerization Processing of Conductive Polymers: A Way of Converting Conductive Polymers to Conductive Materials?Synth. Met.1986.15.183-193
Whitney, D. H.//Wnek, Gary E.Reactions of N-Type (Reduced) Polyacetylene with Alkyl HalidesJ. Am. Chem. Soc.0.0.?
Will, F. G.Diffusion Coefficient of Dopants in PolyacetyleneJ. Electrochem. Soc.1985.0.743-744
Williams, J. M.Organic Superconductors 1985.0.183-220
Williams, J. M.//Beno, M. A.//Wang, H. H.//Leung, P. C. W.//Emge, T. J.//Geiser, U.//Carlson, K. D.Organic Superconductors: Structural Aspects and Design of New MaterialsAcc. Chem. Res.1985.18.261-267
Winkokur, M. J.//Maron, J.//Cao, Yong//Heeger, A. J.Disorder and Staging in Iodine Doped-Polyacetylene 0.0. 
Winokur, M. J.//Moon, Y. B.//Heeger, Alan J.//Barker, J.//Bott, D. C.The Relationship Between Charge Transfer and Structure in Alkali Doped PolyacetyleneSolid State Commun.1988.68.1055-1059
Wnek, Gary E.Electrically Conductive Polymer CompositesHandbook of Conducting Polymers1986.0.205-212
Wolf, RonCharged with Potential: A New Plastic is StudiedPhiladelphia Inquirer0.0. 
Woo, H. S.//Tanner, D. B.//Theophilou, N.//MacDiarmid, A. G.Polarized Adsorption in Oriented ‘New’ (CH)xSynth. Met.1991.41. 
Wu, Hsien-Ming//Chen, Show-AnX-ray photoelectron spectroscopic studies on WCl6- and MoCl5- doped polyacetylene: an occurrence of electron back-donationPolym. Commun.31837.87. 
Wu, W.-K.//Kivelson, S.Breaking of Charge-conjugation Symmetry in trans-polyacetylene: Neutral Soliton Pair ProductionSynth. Met.1987.17.51-56
Yacoby, Y.//Roth, S.Resonance Raman Scattering in Polyacetylene under Hydrostatic PressureSolid State Commun.1985.56.319-322
Yamabe, T.//Akagi, K.//Matsui, T.//Fukui, K.//Shirakawa, H.Electronic Excited States of Linear Conjugated PolyenesJ. Phys. Chem.1982.86.2365-2369
Yamase, Toshihiro//Harada, Hideo//Ikawa, Tsuneo//Ikeda, Sakuji//Shirakawa, HidekiA Photoelectrochemical Study of Polyacetylene (CH)xBull. Chem. Soc. Jpn.1981.54.2817-2818
Yang, X. Q.//Tanner, David B.//Rice, M. J.//Gibson, H. W.//Feldblum, A.//Epstein, Arthur J.Transition to a Gapless Peierls Insulator in Heavily-Doped PolyacetyleneSolid State Commun.1987.61.335-340
Yaniger, S. I.//Kletter, M. J.//MacDiarmid, Alan G.Dependence of Physical and Electronic Properties of Polyacetylene on Conjugation LengthPolym. Prepr. (Am. Chem. Soc., Div. Polym. Chem.)1984.25.264-265
Yannoni, C. S.//Kendrick, R. D.NMR Nutation Spectroscopy: A Method for Determining Molecular Geometry in Amorphous SolidsJ. Chem. Phys.1981.74.747-749
Zanchetta, J.V.//Balou, J.//Giuntini, J. C.//Abadie, M. J. M.Influence De La Morphologie De Films De Polyacetylene Sur Les Properties De Transport ElectriqueEur. Polym. J.1991.27.1049-1054
Zannoni, G.//Zerbi, G.Changes in the Vibrational Density of States in the C=C Stretching Region of Polyacetylene upon DopingChem. Phys. Lett.1982.87.55-58
Zurer, P.Organic Polymer Exhibiting Copperlike Conductivity DevelopedChem. Eng. News1987.0.20-21
Zuzok, R.//Pukacki, W.//Roth, S.Electronic Transport Properties Stretch Oriented ‘New’ PolyacetyleneSynth. Met.1991.0.197-200
van der Velden, G.//Didden, C.//Veermans, T.//Beulen, J.New Method for the Microstructure Determination of Polybutadiene with Cis-1,4, Trans-1,4, and Vinyl-1,2 Units by 13C NMRMacromolecules1987.20.1252-1256