Synthesis of Nanomaterials

1. Front Matter

   Pages i-xxiii

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2. Introduction

   • S. Noor Mohammad

   Pages 1-11

3. Nanomaterials Synthesis Routes

   • S. Noor Mohammad

   Pages 13-26

4. Catalyst Nanoparticles

   • S. Noor Mohammad

   Pages 27-51

5. Pre-synthesis and Synthesis Events

   • S. Noor Mohammad

   Pages 53-68

6. The VLS Mechanism

   • S. Noor Mohammad

   Pages 69-99

7. Vapor–Solid–Solid Growth Mechanism

   • S. Noor Mohammad

   Pages 101-119

8. Vapor–Solid Growth Mechanism

   • S. Noor Mohammad

   Pages 121-138

9. Solution and Supercritical Fluid-Based Growth Mechanisms

   • S. Noor Mohammad

   Pages 139-157

10. Solid–Liquid–Solid Growth Mechanism

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    Pages 159-172

11. Oxide-Assisted Growth Mechanism

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    Pages 173-186

12. Self-catalytic Growth (SCG) Mechanism

    • S. Noor Mohammad

    Pages 187-205

13. VQS Mechanism for Nanomaterials Syntheses

    • S. Noor Mohammad

    Pages 207-252

14. Growths on METANO Surface by the VQS Mechanism

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    Pages 253-287

15. Growths on SUBSANO Surface by the VQS Mechanism

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    Pages 289-319

16. Simple Theoretical Model for Growth by the VQS Mechanism

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    Pages 321-345

17. The General, Versatile Growth Mechanism

    • S. Noor Mohammad

    Pages 347-412

18. Conclusions

    • S. Noor Mohammad

    Pages 413-426

19. Back Matter

    Pages 427-446

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This book deals with the synthesis of nanomaterials with a strong focus on the underlying reaction kinetics and various synthesis mechanisms. It gives a detailed description of all major synthesis routes of many types of novel nanomaterials including nanowires, carbon nanotubes, semiconductor nanotubes, carbon nanobelts, nanofibers, nanorings, nanodots and quantum dots. In addition, it articulates the fundamental mechanisms of nanomaterials synthesis via vapor-phase, liquid-phase and solid-phase processes, highlighting the various strengths and weaknesses of each mechanism. This monograph provides the reader with a thorough review of the known state-of-the-art, along with a detailed comparison and analysis of all possible nanomaterials synthesis mechanisms. An important element of the book is how to obtain critical knowledge for controlling the morphology of nanomaterials and thereby fine tune their materials properties. The book is an ideal guide for graduate students and researchersnew to the field seeking to establish or enhance their understanding of the physical and chemical fundamentals of nanomaterials synthesis mechanisms.

• Carbon Nanowires
• Carbon Nanotubes
• Carbon Nanobelts
• Semiconductor Nanotubes
• Vapor-Liquid-Solid Growth Mechanism
• Vapor-Solid-Solid Growth Mechanism
• Solid-Liquid-Solid Growth Mechanism
• Self-Catalytic Growth
• Vapor Deposition Techniques
• Quasiliquid Nanoparticle Surface
• Carbon Nanotubes and Fullerenes
• Nanomaterial

• Washington, USA

  S. Noor Mohammad

S. Noor Mohammad was born in the village of Paruldihi, West Bengal, India, and graduated from Golgram High School with the highest distinction. He was one of the top 20 graduating students among 1,760,000 students who were examinees at the School Final Examination in the entire West Bengal State Board of Secondary Education, West Bengal, India. He obtained his B.Sc. with Honors in Physics from Midnapore College (University of Calcutta), his M.Sc. in Physics from North Bengal University, Darjeeling, West Bengal, India, his PhD in Physics (Chemical and Solid-State Physics) from the Indian Institute of Technology, Kharagpur, West Bengal, India, and his D.Sc. degree in Physics from the University of Calcutta. Following his D.Sc., he came to the USA in September of 1979, where he carried out extensive postdoctoral research in materials science and engineering at Case Western Reserve University and the University of Illinois at Urbana-Champaign. He had been with the IBM Semiconductor Research and Development Center in New York before moving to Howard University in Washington, DC. He became Professor of Electrical Engineering at Howard University, where he founded externally funded large Nanomaterials Science and Engineering Research Program. He is currently retired and affiliated with a small, self-established non-profit organization, Sciencotech.

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