<http://schema.org/description>
"CONTENTS /  (0006.jp2)\nPREFACE /  (0004.jp2)\nACKNOWLEDGMENT /  (0005.jp2)\nCHAPTER1.CHARACTERIZATIONS OF PHTHALOCYANINES / p1 (0009.jp2)\n1-1 History of phthalocyanines / p2 (0010.jp2)\n1-2 Characteristics of phthalocyanines / p3 (0010.jp2)\n1-3 Synthesis / p4 (0011.jp2)\n1-4 Polymorphism / p8 (0013.jp2)\n1-5 Spectroscopic properties / p14 (0016.jp2)\n1-6 Electron spin resonance / p18 (0018.jp2)\n1-7 Solid-state cross-polarization magic-angle spinning \u00B9\u00B3C-nuclear magnetic resonance / p18 (0018.jp2)\n1-8 Photoelectron spectroscopy / p19 (0018.jp2)\nCHAPTER2.ORGANIC PHOTORECEPTORS FOR ELECTROPHOTOGRAPHIC SYSTEMS / p24 (0021.jp2)\n2-1 Electrophotography / p25 (0021.jp2)\n2-2 Electrophotographic process / p26 (0022.jp2)\n2-3 Electrophotographic photoreceptors / p30 (0024.jp2)\n2-4 Materials for organic photoreceptors / p31 (0024.jp2)\n2-5 Electric properties of photoconductive materials / p37 (0027.jp2)\n2-6 Electric properties of photoreceptors / p41 (0029.jp2)\nCHAPTER3.SYNTHESIS OF PHTHALOCYANINES AT LOW TEMPERATURE / p53 (0035.jp2)\n3-1 Polymorphs and direct synthesis of metal-free phthalocyanines / p54 (0036.jp2)\n3-2 Synthetic processes of phthalocyanines by DBU methods / p55 (0036.jp2)\n3-3 Analytical instruments / p57 (0037.jp2)\n3-4 Direct synthesis of \u03C4-form metal-free phthalocyanine from phthalonitrile by seeding procedure / p57 (0037.jp2)\n3-5 Direct synthesis of \u03B5-form cobalt phthalocyanine / p61 (0039.jp2)\n3-6 Direct synthesis of \u03B5-form nickel phthalocyanine / p68 (0043.jp2)\n3-7 Synthesis of \u03C3-form copper phthalocyanine with DBU / p73 (0045.jp2)\nCHAPTER4.CRYSTAL STRUCTURE OF METAL-FREE PHTHALOCYANINE / p86 (0052.jp2)\n4-1 Crystal structure of \u03B2-form metal-free phthalocyanine single crystal in argon atmosphere / p87 (0052.jp2)\nCHAPTER5.NEW APPROACHES FOR THE MORPHOLOGIC CHARACTERIZATIONS OF PHTHALOCYANINES / p96 (0057.jp2)\n5-1 Solid-state cross polarization magic-angle-spinning \u00B9\u00B3C-NMR spectroscopy of metal-free phthalocyanines / p97 (0057.jp2)\n5-2 Temperature dependences of \u00B9\u00B3C-NMR spectra and conductivities with metal-free phthalocyanines dispersed in bisphenol-A-polycarbonate / p105 (0061.jp2)\n5-3 Solid-state CP/MAS \u00B9\u00B3C-NMR spectra of oxotitanium phthalocyanines at room temperature / p109 (0063.jp2)\n5-4 Solid-state ESR spectroscopy of oxotitanium phthalocyanines / p112 (0065.jp2)\nCHAPTER6.ELECTRIC PROPERTIES OF PHTHALOCYANINES AS CHARGE GENERATION MATERIALS / p117 (0067.jp2)\n6-1 Thermally stimulated current for analysis of trapping sites in photoconductive films / p118 (0068.jp2)\n6-2 Thermally stimulated current of \u03B2-form oxotitanium phthalocyanine dispersed in polyester / p119 (0068.jp2)\nCHAPTER7.HOLE CARRIER MOBILITIES OF CHARGE TRANSPORT MATERIALS / p127 (0072.jp2)\n7-1 Morphology of butadiene derivative / p128 (0073.jp2)\n7-2 Hole carrier mobility of butadiene derivative / p136 (0077.jp2)\nCHAPTER8.APPLICATIONS FOR ELECTROPHOTOGRAPHIC USES / p146 (0082.jp2)\n8-1 Polymorphs of oxotitanium phthalocyanine and their applications for photoreceptors / p147 (0082.jp2)\n8-2 Effects of particle sizes for charge carrier generation with \u03C4-form metal-free phthalocyanine / p166 (0092.jp2)\n8-3 Electrophotographic dual-layered photoreceptors incorporating copper phthalocyanines / p176 (0097.jp2)\nCHAPTER9.ELECTROPHOTOGRAPHIC PROPERTIES AND ULTRAVIOLET LIGHT FATIGUE OF CONDUCTIVE POLYMERS / p198 (0108.jp2)\n9-1 Light fatigue and hole carrier mobilities of conductive polymers / p199 (0108.jp2)\nCONCLUSION / p222 (0120.jp2)\nLIST OF PUBLICATIONS /  (0120.jp2)\n\u535A\u58EB\u8AD6\u6587\n"^^<http://www.w3.org/2001/XMLSchema#string>
<http://ci.nii.ac.jp/naid/500000084116>