Characteristics of Li[1+x]V[3]O[8]-type vanadium oxides as lithium insertion hosts Li[1+x]V[3]O[8]型バナジウム酸化物のリチウム挿入ホストとしての性質
この論文にアクセスする
この論文をさがす
著者
書誌事項
- タイトル
-
Characteristics of Li[1+x]V[3]O[8]-type vanadium oxides as lithium insertion hosts
- タイトル別名
-
Li[1+x]V[3]O[8]型バナジウム酸化物のリチウム挿入ホストとしての性質
- 著者名
-
川喜多, 仁
- 著者別名
-
カワキタ, ジン
- 学位授与大学
-
慶應義塾大学
- 取得学位
-
博士 (工学)
- 学位授与番号
-
甲第1665号
- 学位授与年月日
-
1998-09-21
注記・抄録
博士論文
目次
- 論文目録 (1コマ目)
- Contents (7コマ目)
- Chapter1 Preface and general introduction/p1 (10コマ目)
- 1.1.Backgrounds of evolution of secondary battery research/p1 (10コマ目)
- 1.2.Cells with high energy and power density/p2 (11コマ目)
- 1.3.Cathode materials for lithium cells/p7 (16コマ目)
- 1.4.Insertion reaction/p11 (20コマ目)
- 1.5.Vanadium oxides as insertion host/p23 (32コマ目)
- 1.6.Previous studies on Li₁₊χV₃O₈/p28 (37コマ目)
- 1.7.Standpoints of the thesis/p42 (51コマ目)
- Chapter2 Control of“electronic sites”of Li₁₊χV₃O₈/p44 (53コマ目)
- 2.1.Lithium insertion behaviour of manganese or molybdenum substituted Li₁₊χV₃O₈/p44 (53コマ目)
- 2.2.Preparation and lithium insertion behaviour of oxygen-deficient Li₁₊χV₃O₈₋δ/p61 (70コマ目)
- 2.3.Summary/p78 (87コマ目)
- Chapter3 Modification of“ionic sites”of Li₁₊χV₃O₈/p79 (88コマ目)
- 3.1.Preparation and lithium insertion behaviour of LiyNa₁.₂₋yV₃O₈/p79 (88コマ目)
- 3.2.Lithium insertion behaviour of silver vanadium bronze/p94 (103コマ目)
- 3.3.Summary/p113 (122コマ目)
- Chapter4 Structural changes upon lithium insertion into Li₁₊χV₃O₈/p114 (123コマ目)
- 4.1.Structural properties of Li₁₊χV₃O₈ upon lithium insertion at ambient and high temperature/p114 (123コマ目)
- 4.2.Lithium insertion behaviour of Li₁₊χV₃O₈ prepared by precipitation technique in CH₃OH/p128 (137コマ目)
- 4.3.Summary/p147 (156コマ目)
- Chapter5 Comparison of Li₁₊χV₃O₈ with related materials/p148 (157コマ目)
- 5.1.Preparation and characteristics of (NayAg₁₋y)₂V₄O₁₁ for lithium secondary battery/p148 (157コマ目)
- 5.2.Characteristics of δ-AgyV₂O₅ as a lithium insertion host/p168 (177コマ目)
- 5.3.Preparation and lithium insertion behaviour of Sr¹¹ substituted δ-SryAg₀.₇₅₋₂yV₂O₅/p186 (195コマ目)
- 5.4.Summary/p203 (212コマ目)
- Chapter6 General conclusion/p204 (213コマ目)
- Acknowledgements/p208 (217コマ目)