Examining the technology's global development and deployment activities, WiMAX: A Wireless Technology Revolution presents its unique features and evaluates its revolutionary approach. The book covers the mission, product, and services of WiMAX, as well as specific features such as security and mobility. It discusses the implementation of the IEEE 802.16 standard and also explores how WiMax stacks up to 3G and 4G and the economic and opportunity costs. This reference also analyzes the future prospects of WiMAX and its contribution to the wireless and mobile communication technology field. It is a must-have resource for those who are either intrigued or involved with this standards-based technology.
During the last few decades silicon - nitrogen compounds have gained a lot of importance. These compounds have emerged as a precursor for many Si containing compounds. There are only a few synthetical methods to prepare these compounds. The Si-X bond is of particularly great importance in the chemistry of organosilicon compounds as almost all organosilicon compounds are ultimately obtained from elementary silicon through SiCl4, and alkyl(aryl)halosilanes. The Si-X bond is much more reactive than the C-X bond toward polar reagents. The ease of hydrolysis of halosilanes decreases with the successive replacement of halogens by alkyls or aryls. The Si-H bond is much more reactive than the C-H bond. Silicon nitrogen has very high potential application in semiconductor industries. Triamino silanes are a class of compounds having silicon -nitrogen compounds characterized by the presence of three amino (NH2) groups attached to a silicon atom. Hence these compounds play a major role in the applications in material science, catalysis etc. Exploring their potential and different methods of preparation, stability and reactivity open a promising avenues for fundamental research and practical applications.
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