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28篇 您的检索式:作者名="Salaneck"
    题名 作者 年代 出处 被引量
1Electroluminescence in conjugated polymers 显示文摘FRIEND R H GYMER R W HOLMES A B BURROUGHES J H MARKS R N TALIANI C BRADLEY D D C DOS SANTOS D A BREDAS J L LOGDLUND M SALANECK W R 1999Nature1999,397,:1
2Polymer based light-emitting devices:Investigations on the role of the indium-tin oxide(ITO) electrode显示文摘Osada T Kugler T H Salaneck W R 1998Synthetic Metals1998,96,:1
3查看详情显示文摘Salaneck W R Lundstrom I Haung W S a nd MacDiarmid AG 0,,:1
4A two-dimensional surface state diagram for polyaniline显示文摘SALANECK W R LUNDSTROM I 1986Synthetic Metals1986,13,:1
5Polymer Based Light-emitting Devices:Investigations on the Role of the Indium-tin Oxide (ITO)Electrode显示文摘Osada T Kugler T H Salaneck W R 1998Synthetic Metals1998,96,:1
6Characterization of the PEDOT-PSS system by means of X-ray and ultraviolet photoelectron spectroscopy 显示文摘Grzegorz Greczynski Thomas Kugler William Salaneck Thin Solid Films0,354,12:1
7ELECTROCHEMICAL AND STRUCTURAL STUDIES OF POLYSELENIENYL THIOPHENE NUCLEATION显示文摘roems P Birgersson J Johansson N Loegdlund M Salaneck WR 0,,:1
8N1s Electron Binding Energies of CN_x Thin Films Grown by Magnetron Sputtering at Different Temperature显示文摘Carbon nitride thin films deposited using dc unbalanced magnetron sputtering system have been analyzed by X-ray photoelectron spectroscopy (XPS), Fourier transform infrared spectroscopy (FT1R) and Raman spectroscopy. The XPS data show that N1s binding states depend on substrate temperature Ts, in which the peak at 400.0 eV increases with Ts, whereas the peak at 398.3 eV decreases with Ts slightly On the basis of XPS, FT1R and Raman spectra, the assignment of N1s electron binding energies was made. The peak at 400.0 eV is attributed to N atoms bonded to sp2 coordinated C atoms. The peak at 398.3 eV is attributed to N atoms bonded to sp3 coordinated C atoms as well as N C bonds.Zheng, WT Xing, KZ Hellgren, N Ivanov, I Salaneck, WS Sundgren, JE 1998Journal of Materials Science & Technology1998,14,1:1
9Electronic structure of poly(9,9-dioctylfluorene) in the pristine and reduced state 显示文摘Greczynski G Fahlman M Salaneck W R 2002J Chem Phys2002,116,:1
10Electroluminescence in conjugated polymers显示文摘Friend R H Gymer R W Holmes A B Burroughes J H Marks R N Taliani C Bradley D D C Santos D A D Bredas J L Loglund M Salaneck W R 1999Nature1999,397,:1
11Electroluminescence in conjugated polymers显示文摘Friend R H Gymer R W Holmes A B Burroughes J H Marks R N Taliani C Bradley D D C Santos D A D Brdas J L Lgdlund M Salaneck W R 0,,6715:1
12Surfaces and interfaces in polymer-based electronics显示文摘Fahlman M Salaneck W R 2002Surface Science2002,500,:1
13Physical Characterization of some polyaniline显示文摘Salaneck W R Liedberg B Inganas O etal 1985Mol Cryst Liq Cryst1985,121,:1
14Molecular evolution of NPY receptor subtypes显示文摘LARHAMMAR D SALANECK E 2004Neuropeptides2004,38,:1
15Birth and death of neuropeptide Y receptor genes in relation to the teleost fish tetraploidization显示文摘SALANECK E LARSSON T A LARSON E T 2008Gene2008,409,12:1
16Electroluminescence in conjugated polymers显示文摘Friend R H Gymer R W Homes A B Burroughes J H Marks R N Taliani C Bradley D D C Bredas J L Logdlund M Salaneck W R 1999Nature1999,397,:1
17Molecular evolution of NPY receptor subtypes 显示文摘LARHAMMAR D SALANECK E 2004Neuropeptides2004,38,4:1
18A two-dimensional-surface state diagram for polyaniline显示文摘SALANECK W R LUNDSTORM I HAUNG W S 1986Synthetic Metals1986,13,4:1
19The effects of solvents on the morphology and sheet resistance in poly(3,4-ethylenedioxythiophene)–polystyrenesulfonic acid (PEDOT–PSS) films显示文摘S.K.M J?nsson J Birgerson X Crispin G Greczynski W Osikowicz A.W Denier van der Gon W.R Salaneck M Fahlman 2003Synthetic Metals2003,,1:1
20Electronicstructure of Emeraldine and Pemigraniline Base: A Joint Theoretical and Experimental Study 显示文摘Barta P Kugler Th Salaneck W R 1998Synth Met1998,93,:1
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