作者：林炜
页数：192
出版社：四川大学出版社
出版日期：2021
ISBN：9787569034653
电子书格式：PDF
PDF下载地址
内容简介
本书为四川大学本科生教材，以制革中由皮胶原转变为革的结构与反应性能变化为主线，融合本专业胶原化学领域国内外学科前沿研究，并结合作者近年的一些研究成果编著而成。主要内容包括胶原的结构与反应性及成革特征、鞣制基本理论、皮革的湿热稳定性测定原理及方法等。本书以系统而丰富的理论知识和详实的案例分析介绍制革加工过程中的理论知识体系，可作为高等院校本科、专科教育等的教学用书和皮革科研工作者的参考用书。
作者简介
林炜，四川大学研究员、博士生导师，四川省皮革学会理事长，四川省学术和技术带头人，主持项目13项。 石佳博，陕西科技大学讲师、硕士生导师，主持完成陕西省自然科学基础研究计划项目、陕西省教育厅专项科研项目、轻化工程国家实验教学示范中心开放课题和企业课题等6项。 〔德〕Reich Günter，德累斯顿工业大学和开姆尼茨工业大学教授，曾任德国皮革与塑料薄膜研究所所长（1967—1993年），先后获得德国皮革技术协会Stiasny纪念章（1995年）、英国皮革工艺师与化学家协会Atkin纪念讲座（1998年）、美国皮革工艺师与化学家协会A. M. Wilson纪念讲座（2006年）以及国际皮革工艺师与化学家协会Merit Award（2013年）。
目录
Chapter 1 The Structure and Reactivity of Collagen
1.1 Occurrence and Industrial Significance of Collagen
1.2 What is Collagen
1.3 How is Collagen Formed
1.4 The Role of Water in Collagen
1.5 The Reactivity of Collagen
1.6 The Nature of Leather Formation and the Characteristics of Leather
1.7 Concluding Remarks
Chapter 2 Physical and Chemical Processes on Collagen and Its Transformation
into the Leather Matrix
2.1 Introduction
2.2 Preliminary Remarks
2.3 Principles of Tanning Theory, Basic Assumptions, Definitions and Methods
2.4 Diffusion and Penetration
2.5 Material Binding in and on the Collagen
2.6 Interaction Equivalents of Active Substances with Collagen
2.7 Summary
Chapter 3 The Theory of Tanning–Past, Present, Future
3.1 Introduction
3.2 The History of Tanning Theory
3.3 Current Knowledge of the Nature of Tanning
3.4 Tanning Theory in the Future
Chapter 4 The Significance of Water for the Structure and Properties of Collagen
and Leather
4.1 Introduction
4.2 Collagen and Water: An Integral System
4.3 The Consequences for the Collagen Structure of a Change in Water Content
4.4 Water Determines the Collagen Characteristics
4.5 Thermal and Hydrothermal Stability of Collagen and Leather
4.6 The (Hydro) Thermal Stability of Collagen and Leather as a Function of the
Water Content and Tanning
4.7 The Role of Water in the Conversion of Collagen to Leather
4.8 Tanning as Dehydration:A Chapter of Tanning Theory
Chapter 5 Introduction of Modern Tanning Chemistry
5.1 Vegetable Tanning
5.2 Mineral Tanning
5.3 Oil Tanning
5.4 Aldehyde Tanning
5.5 Syntans
5.6 Combination Tanning
Biography
Appendix I
Process
Material
Equipment
Performance
Appendix Ⅱ
Prefix
Suffix
Appendix III
Representative Research Articles
1.1 Occurrence and Industrial Significance of Collagen
1.2 What is Collagen
1.3 How is Collagen Formed
1.4 The Role of Water in Collagen
1.5 The Reactivity of Collagen
1.6 The Nature of Leather Formation and the Characteristics of Leather
1.7 Concluding Remarks
Chapter 2 Physical and Chemical Processes on Collagen and Its Transformation
into the Leather Matrix
2.1 Introduction
2.2 Preliminary Remarks
2.3 Principles of Tanning Theory, Basic Assumptions, Definitions and Methods
2.4 Diffusion and Penetration
2.5 Material Binding in and on the Collagen
2.6 Interaction Equivalents of Active Substances with Collagen
2.7 Summary
Chapter 3 The Theory of Tanning–Past, Present, Future
3.1 Introduction
3.2 The History of Tanning Theory
3.3 Current Knowledge of the Nature of Tanning
3.4 Tanning Theory in the Future
Chapter 4 The Significance of Water for the Structure and Properties of Collagen
and Leather
4.1 Introduction
4.2 Collagen and Water: An Integral System
4.3 The Consequences for the Collagen Structure of a Change in Water Content
4.4 Water Determines the Collagen Characteristics
4.5 Thermal and Hydrothermal Stability of Collagen and Leather
4.6 The (Hydro) Thermal Stability of Collagen and Leather as a Function of the
Water Content and Tanning
4.7 The Role of Water in the Conversion of Collagen to Leather
4.8 Tanning as Dehydration:A Chapter of Tanning Theory
Chapter 5 Introduction of Modern Tanning Chemistry
5.1 Vegetable Tanning
5.2 Mineral Tanning
5.3 Oil Tanning
5.4 Aldehyde Tanning
5.5 Syntans
5.6 Combination Tanning
Biography
Appendix I
Process
Material
Equipment
Performance
Appendix Ⅱ
Prefix
Suffix
Appendix III
Representative Research Articles