Advanced carbon nanomaterials， especially fullerene， carbon nanotubes and graphene are the hottest research topics in recent years.The investigations of fullerene， carbon nanotubes and graphene drive a full develop in the fields of new process， new method and new technology etc. and affect science technology and social development. This textbook consists of six chapters selected from the published literatures and partially from our research achievements. The coverage of this book is as follows：

Chapter 1 Introduction
1．1 Fundamental concept of nano
1．2 Fundamental concept of nanometer
1．3 Nanotechnology
1．4 Nanomaterials
Activities and problems for students

Chapter 2 Carbon nanomaterials
2．1 Fundamental concepts of carbon
2．2 Allotropes of carbon
2．3 The development of carbon nanomaterials
2．4 The classification of carbon nanomaterials
Activities and problems for students

Chapter 3 Fullerenes
3．1 Prediction and discovery of fullerene
3．2 Naming of fullerene
3．3 The discovery of C60
3．4 The synthesis and separation of fullerenes
3．5 The structure confirmation of fullerenes
3．6 Chemistry of fullerenes
3．7 The doped treatment and application of fullerenes
3．8 Possible applications of fullerenes and their derivatives
Activities and problems for students

Chapter 4 Carbon nanotube
4．1 History of carbon nanotube
4．2 The discovery of carbon nanotube
4．3 The type of carbon nanotube
4．4 The synthesis of carbon nanotube
4．5 The growth mechanism of carbon nanotubes
4．6 Purification methods of carbon nanotube
4．7 The micro-characterization and properties of carbon nanotube
Activities and problems for students

Chapter 5 The applications of carbon nanotubes
5．1 Overview of potential and current applications
5．2 Functionalized carbon nanotubes
5．3 Applications of carbon nanotubes in energy conversion
5．4 Application of carbon nanotubes in military
5．5 Application of carbon nanotubes in electrochemistry
Activities and problems for students

Chapter 6 Graphene
6．1 History and discovery of graphene
6．2 Mother of all graphitic forms
6．3 Structure and properties of graphene
6．4 The synthesis methods of graphene
6．5 Graphene growth with great size by CVD
6．6 Potential applications of graphene
6．7 The future of graphene
Activities and problems for students
References