- 生物质碳(Ⅰ制备与应用英文版)(精)
- - 作者：(日)稻垣道夫//斋藤幸惠//陈明鸣//康飞宇|责编:李双双
  - 出版社：清华大学
  - ISBN：9787302703860
  - 出版日期：2026/01/01
  - 页数：702
- 售价：159.2

内容大纲
本书共分五章，第一章绪论，重点论述了生物质碳材料的重要性并解释了几个基本概念；第二章讨论木本、草本和水生植物纤维素碳材料的合成与改性；第三章介绍壳、荚、秆等纤维素碳材料的制备与应用；第四章论述与动物相关的生物质碳材料的制备与应用；第五章对全书进行了总结与展望。众所周知，石墨烯在材料领域扮演着越来越重要的角色，这方面的研究仍在深入进行。到目前为止，石墨烯的制备主要来自天然石墨（属于矿物），而生物质碳材料作为来源更为广泛的碳质材料，有望在替代石墨和制备各种新型合成材料方面发挥更大的作用。
作者介绍
目录
Chapter 1 Introduction
  1.1 Biomass and carbon
  1.2 Purpose and concept of this book
  1.3 Fundamentals
    1.3.1 Carbon materials
    1.3.2 Applications for energy storage and conversion
    1.3.3 Applications for environment remediation
  1.4 Contents of each chapter
  1.5 Abbreviation of technical terms employed
  References
Chapter 2 Carbons derived from plant biomasses
  2.1 Woody plants
    2.1.1 Sustainability for carbon precursors
    2.1.2 Carbonization and activation
    2.1.3 Applications for energy storage and conversion
    2.1.4 Applications for environment remediation
  2.2 Herbaceous plants
    2.2.1 Sustainability for carbon precursors
    2.2.2 Carbonization and activation
    2.2.3 Applications for energy storage and conversion
    2.2.4 Applications for environment remediation
  2.3 Under-water plants (Aquatic plants)
    2.3.1 Sustainability for carbon precursors
    2.3.2 Carbonization and activation
    2.3.3 Applications for energy storage and conversion
    2.3.4 Applications for environment remediation
  References
Chapter 3 Carbons derived from parts of lignocellulosic plants
  3.1 Shells and husks of plants
    3.1.1 Sustainability for carbon precursors
    3.1.2 Carbonization and activation
    3.1.3 Application for energy storage and conversion
    3.1.4 Applications for environment remediation
  3.2 Stalks and peels of plants
    3.2.1 Sustainability for carbon precursors
    3.2.2 Carbonization and activation
    3.2.3 Applications for energy storage and conversion
    3.2.4 Applications for environment remediation
  3.3 Stones and beans of plants
    3.3.1 Sustainability for carbon precursors
    3.3.2 Carbonization and activation
    3.3.3 Applications for energy storage and conversion
    3.3.4 Applications for environment remediation
  References
Chapter 4 Carbons derived from creature-related biomasses
  4.1 Crustaceans
    4.1.1 Sustainability for carbon precursors
    4.1.2 Carbonization and activation
    4.1.3 Applications for energy storage and conversion
    4.1.4 Applications for environment remediation

  4.2 Microorganisms
    4.2.1 Sustainability for carbon precursors
    4.2.2 Carbonization and activation
    4.2.3 Applications for energy storage and conversion
    4.2.4 Applications for environment remediation
  4.3 Bones, scales and hairs
    4.3.1 Sustainability for carbon precursors
    4.3.2 Carbonization and activation
    4.3.3 Applications for energy storage and conversion
    4.3.4 Applications for environment remediation
  4.4 Sewage sludges, manures and fly ashes
    4.4.1 Sustainability for carbon precursors
    4.4.2 Pyrolysis, carbonization and activation
    4.4.3 Applications for energy storage and conversion
    4.4.4 Applications for environment remediation
  References
Chapter 5 Concluding remarks
  5.1 Comparison of carbonization behaviors among biomasses
  5.2 Structure inheritance and control
  5.3 Texture inheritance and control
  5.4 Morphology inheritance and control
  5.5 Property inheritance and enhancement for applications
    5.5.1 Energy storage and conversion
    5.5.2 Environment remediations
  References

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