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Books by Keyword: Cyclic Voltammetry (CV)
Books
Edited by:
Yi Sheng Lai and Fu Yuan Hsu
Online since: September 2013
Description: Volume is indexed by Thomson Reuters CPCI-S (WoS).
The volume of 21 peer reviewed papers addresses the fundamental and applied research focused on various fields of engineering materials including metal alloys, fuel cell, corrosion, computer simulation, glass and ceramics. Some papers cover experimental, theoretical, and manufacturing issues associated with development of new materials and process.
The volume of 21 peer reviewed papers addresses the fundamental and applied research focused on various fields of engineering materials including metal alloys, fuel cell, corrosion, computer simulation, glass and ceramics. Some papers cover experimental, theoretical, and manufacturing issues associated with development of new materials and process.
Edited by:
Wen Jin
Online since: August 2013
Description: Collection of selected, peer reviewed papers from the 2013 Asian Pacific Conference on Chemical, Material and Metallurgical Engineering (APCCMME 2013), May 22-23, 2013, Beijing, China.
The 110 papers are grouped as follows:
Chapter 1: Chemical Engineering;
Chapter 2: Applied Materials Engineering;
Chapter 3: Technologies in Metallurgical and Mining Industry;
Chapter 4: Related Themes.
The 110 papers are grouped as follows:
Chapter 1: Chemical Engineering;
Chapter 2: Applied Materials Engineering;
Chapter 3: Technologies in Metallurgical and Mining Industry;
Chapter 4: Related Themes.
Edited by:
S. Velumani and N. Muthukumarasamy
Online since: March 2013
Description: Volume is indexed by Thomson Reuters CPCI-S (WoS).
In this special issue, we have several papers that are addressing the current status of the fundamental issues related to synthesis and the diverse applications of semiconducting nanowires and nanotubes. The papers related to nanocrystalline polymer materials presented in chapter IV discusses the different aspects associated with the synthesis and properties of polymer materials and provides good scope for researchers to carry out further research on polymer materials. Demonstration about the usage of specific nanocrystalline materials for efficient drug delivery and antimicrobial activities are being discussed in chapter V under the title nanostructured materials for biological applications and will be an impetus for carrying out research in this area. Finally, in the chapter VI papers related to sensors and devices using nanostructured materials give an overview about the fabrication of devices like, field effect transistors, gas sensors and solar cells using nanomaterials.
In this special issue, we have several papers that are addressing the current status of the fundamental issues related to synthesis and the diverse applications of semiconducting nanowires and nanotubes. The papers related to nanocrystalline polymer materials presented in chapter IV discusses the different aspects associated with the synthesis and properties of polymer materials and provides good scope for researchers to carry out further research on polymer materials. Demonstration about the usage of specific nanocrystalline materials for efficient drug delivery and antimicrobial activities are being discussed in chapter V under the title nanostructured materials for biological applications and will be an impetus for carrying out research in this area. Finally, in the chapter VI papers related to sensors and devices using nanostructured materials give an overview about the fabrication of devices like, field effect transistors, gas sensors and solar cells using nanomaterials.
Edited by:
Moussa Karama
Online since: July 2010
Description: The increased use of advanced materials in high efficiency structures – electronic devices, medical equipment, aircraft and vehicles – requires improved reliability, resistance to breakdown and improved failure and life-span forecasting for a wide range of loading conditions. The development of materials having advanced structural properties is becoming a key factor in industrial and technological progress.
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