This chapter provides a systematic comparison of band structures, physical properties as well as associated applications between carbon nanotubes and graphene. Both these two carbon-based nanomaterials are composed of hexagonally arranged carbon atoms based on sp2 hybridization and thus share some relevant characteristics. However, they have significantly different electronic states due to their morphological variation in quantum confinement, which is responsible for their different electrical, mechanical, and optical properties. This chapter provides readers some basic knowledge, hints, and insights for choosing appropriate carbon-based nanomaterials for specific applications in electronics, machines, composites, optics, optoelectronics, and other areas.
The relationships, both historical and philosophical, among the Zhuangzi’s Inner, Outer, and Miscellaneous chapters are the subject of ancient and enduring controversy. Liu marshals linguistic, intertextual, intratextual, and historical evidence to establish an objectively demonstrable chronology and determine the philosophical affiliations among the various chapters. This major advance in Zhuangzi scholarship furnishes indispensable data for all students of the great Daoist text. In a lengthy afterword, Liu compares his conclusions with those of A. C. Graham and addresses the relationship between the Zhuangzi and the Laozi.
The relationships, both historical and philosophical, among the Zhuangzi’s Inner, Outer, and Miscellaneous chapters are the subject of ancient and enduring controversy. Liu marshals linguistic, intertextual, intratextual, and historical evidence to establish an objectively demonstrable chronology and determine the philosophical affiliations among the various chapters. This major advance in Zhuangzi scholarship furnishes indispensable data for all students of the great Daoist text. In a lengthy afterword, Liu compares his conclusions with those of A. C. Graham and addresses the relationship between the Zhuangzi and the Laozi.
This chapter provides a systematic comparison of band structures, physical properties as well as associated applications between carbon nanotubes and graphene. Both these two carbon-based nanomaterials are composed of hexagonally arranged carbon atoms based on sp2 hybridization and thus share some relevant characteristics. However, they have significantly different electronic states due to their morphological variation in quantum confinement, which is responsible for their different electrical, mechanical, and optical properties. This chapter provides readers some basic knowledge, hints, and insights for choosing appropriate carbon-based nanomaterials for specific applications in electronics, machines, composites, optics, optoelectronics, and other areas.
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