Yingying Zhang

Fei Wei

Rufan Zhang

Ultralong carbon nanotubes (CNTs) are ideal building blocks for nanodevices and superstrong fibers. Due to their high-aspect-ratio structure formed from sp2 hybrid C–C bonds, they have extraordinary mechanical, electrical and thermal properties. It is of great importance to synthesize ultralong CNTs with controlled structures as well as optimized properties for their applications. This chapter discusses the synthesis methods, growth mechanisms, structures, electrical and mechanical properties, as well as the applications of ultralong CNTs. We show that the controlled synthesis of ultralong CNTs with certain structures and properties is of fundamental importance for their applications. Finally, we also show that the mechanical properties of ultralong CNTs are near the theoretical value, showing great potential for their applications in superstrong fibers.

Chapter 4. Synthesis and Properties of Ultralong Carbon Nanotubes

Nanotube Superfiber Materials

Anne S. Tsui

Xiao-Ping Chen

This original book presents in-depth research into thirteen successful Chinese private enterprises through interviews with their founder-entrepreneurs. While Chinese economic growth has focused primarily on governmental policies and institutional factors, Leadership of Chinese Private Enterprises proposes that the success of these firms was primarily due to the ‘visible hands’ of these entrepreneurs. The authors present insights into the managerial realities of four separate industries- Financial and insurance, IT and e-commerce, construction and real estate, and consumer goods. Through a critical evaluation of interviews, this book identifies the managerial recipe for entrepreneurial success in competitive and inhospitable environments and offers a model of private firm leadership and leadership principles that guide their strategies and relationships.

Yingying Zhang

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