<http://schema.org/description>
"CONTENTS / p4 (0008.jp2)\nACKNOWLEDGMENT /  (0004.jp2)\nABSTRACT / p1 (0005.jp2)\nTABLE OF CONTENT / p4 (0008.jp2)\nCHAPTER I INTRODUCTION / p1 (0010.jp2)\n\u00A71.1 Preface / p1 (0010.jp2)\n\u00A71.2 Electroclinic Effect / p2 (0011.jp2)\n\u00A71.3 The research of the electroclinic effect / p3 (0012.jp2)\n\u00A71.4 The content of this thesis / p4 (0013.jp2)\nCHAPTER II THE ELECTRO OPTICAL EFFECTS IN LIQUID CRYSTAL / p7 (0016.jp2)\n\u00A72.1 Introduction / p7 (0016.jp2)\n\u00A72.2 The basic property of liquid crystal / p9 (0018.jp2)\n\u00A72.3 The continuum theory for liquid crystal / p13 (0022.jp2)\n\u00A72.4 The electroclinic effects in liquid crystal / p14 (0023.jp2)\nCHAPTER III THE FERROELECTRICITY IN LIQUID CRYSTAL / p19 (0028.jp2)\n\u00A73.1 General discussion of ferroelectricity in LCs / p19 (0028.jp2)\n\u00A73.2 A general discussion of ferroelectricity in chiral smectic phase / p24 (0033.jp2)\n\u00A73.3 The experimental results of ferroelectric liquid crystal / p27 (0036.jp2)\n\u00A73.4 Conclusion / p39 (0048.jp2)\nCHAPTER IV ELECTROCLINIC EFFECT / p40 (0049.jp2)\n\u00A74.1 The phenomenal theory of electroclinic effect / p40 (0049.jp2)\n\u00A74.2 The electroclinic effect in chiral smectic-A phase / p43 (0052.jp2)\n\u00A74.3 The experimental results on electroclinic effect / p46 (0055.jp2)\n\u00A74.4 Conclusion / p59 (0068.jp2)\nCHAPTER V SEVERAL PROPERTY OF ELECTROCLINIC EFFECT / p60 (0069.jp2)\n\u00A75.1 The dielectric property of electroclinic effect / p60 (0069.jp2)\n\u00A75.2 The dynamic behavior of electroclinic effect / p72 (0081.jp2)\n\u00A75.3 The layer response in electroclinic effect / p77 (0086.jp2)\n\u00A75.4 Conclusion / p81 (0090.jp2)\nCHAPTER VI THE SURFACE ANCHORING DEPENDENCE OF ELECTROCLINIC EFFCET / p83 (0092.jp2)\n\u00A76.1 The optical variation of electroclinic effect result from surface anchoring potential / p85 (0094.jp2)\n\u00A76.2 The influence of surface anchoring strength on dielectric constant / p86 (0095.jp2)\n\u00A76.3 Conclusion / p104 (0112.jp2)\nCHAPTER VII THE PHENOMENAL THEORY FOR SURFACE ANCHORING EFFECTS IN ELECTROCLINIC EFFECT / p105 (0113.jp2)\n\u00A77.1 The surface potential energy / p105 (0113.jp2)\n\u00A77.2 The electroclinic coefficient and dielectric constant in smectic A phase / p111 (0119.jp2)\n\u00A77.3 The electroclinic effect in smectic C phase / p113 (0121.jp2)\n\u00A77.4 The surface potential dependence of the transition point / p118 (0126.jp2)\n\u00A77.5 Conclusion / p122 (0130.jp2)\nCHAPTER VIII CONCLUSION / p123 (0131.jp2)\nREFERENCE / p126 (0134.jp2)\nLIST OF PUBLICATION / p129 (0137.jp2)\n\u535A\u58EB\u8AD6\u6587\n"^^<http://www.w3.org/2001/XMLSchema#string>
<http://ci.nii.ac.jp/naid/500000086871>