By Stojan S. Djokić
By David A. Dana
By Zhe Chuan Feng
Through their program in energy-efficient and environmentally pleasant units, zinc oxide (ZnO) and similar sessions of broad hole semiconductors, together with GaN and SiC, are revolutionizing various components, from lighting fixtures, strength conversion, photovoltaics, and communications to biotechnology, imaging, and medication. With an emphasis on engineering and fabrics technological know-how, Handbook of Zinc Oxide and comparable Materials presents a entire, updated assessment of varied technological elements of ZnO.
Volume One offers basic wisdom on ZnO-based fabrics and applied sciences. It covers the fundamental physics and chemistry of ZnO and comparable compound semiconductors and alloys. the 1st a part of this quantity discusses practise tools, modeling, and doping concepts. It then describes epitaxial tools used to create skinny motion pictures and useful fabrics. The ebook concludes with a evaluate of alloys and comparable fabrics, exploring their training, bulk homes, and applications.
Covering key houses and significant applied sciences of ZnO-based units and nano-engineering, the guide highlights the opportunity of this broad hole semiconductor. It additionally illustrates the remainder not easy concerns in nanomaterial coaching and gadget fabrication for R&D within the twenty-first century.
By Soumya Pandit,Chittaranjan Mandal,Amit Patra
Reliability matters and the restrictions of strategy know-how can occasionally limit the innovation technique excited about designing nano-scale analog circuits. The good fortune of nano-scale analog circuit layout calls for repeat experimentation, right research of the gadget physics, approach expertise, and enough use of the data database.
Starting with the fundamentals, Nano-Scale CMOS Analog Circuits: types and CAD ideas for High-Level layout introduces the fundamental basic suggestions for designing analog circuits with optimum performances. This booklet explains the hyperlinks among the physics and know-how of scaled MOS transistors and the layout and simulation of nano-scale analog circuits. It additionally explores the improvement of dependent computer-aided layout (CAD) thoughts for architecture-level and circuit-level layout of analog circuits.
The e-book outlines the final developments of expertise scaling with recognize to gadget geometry, technique parameters, and provide voltage. It describes versions and optimization thoughts, in addition to the compact modeling of scaled MOS transistors for VLSI circuit simulation.
• comprises learning-based tools: the unreal neural community (ANN) and the least-squares help vector computer (LS-SVM) method
• presents case reviews demonstrating the sensible use of those methods
• Explores circuit sizing and specification translation tasks
• Introduces the particle swarm optimization strategy and offers examples of sizing analog circuits
• Discusses the complicated results of scaled MOS transistors like slim width results, and vertical and lateral channel engineering
Nano-Scale CMOS Analog Circuits: types and CAD recommendations for High-Level Designdescribes the types and CAD recommendations, explores the physics of MOS transistors, and considers the layout demanding situations regarding statistical diversifications of procedure know-how parameters and reliability constraints relating to circuit design.
By Robert Tinker,Joseph Krajcik
By Mohamed Gad-el-Hak
The first of 3 volumes, MEMS: creation and basics covers the theoretical and conceptual underpinnings of the sector, emphasizing the actual phenomena that dominate on the micro-scale. It additionally explores the mechanical homes of MEMS fabrics, modeling and simulation of MEMS, keep watch over conception, and bubble/drop delivery in microchannels. Chapters have been up-to-date the place worthwhile, and the publication additionally contains new chapters on microscale hydrodynamics and lattice Boltzmann simulations. This quantity builds a robust beginning for additional examine and paintings within the MEMS field.
MEMS: creation and basics includes contributions from the main specialists of their respective specialties from world wide. Acclaimed writer and specialist Mohamed Gad-el-Hak has back raised the bar to set a brand new common for excellence and authority within the fledgling fields of MEMS and nanotechnology.
By David Tolfree,Mark J. Jackson
The booklet starts by means of detailing the stairs required to show an concept right into a marketable product. The editors supply examples of formerly winning items and relate to their very own stories in improvement. subsequent, the textual content specializes in the significance of entrepreneurship and the necessary steps to finance and enhance a business plan. It includes a number of definitions of nanotechnology and the way each one pertains to roadmap and creation matters. 3 specified case reviews from the prime MNT improvement and production businesses describe how each one enterprise all started and advanced to develop into a marketplace chief. those reviews supply helpful perception into overcoming the demanding situations on the topic of attaining monetary backing and specifying the ideal product for improvement.
This reference offers the single insightful appraisal of the present prestige of micro-nanotechnology items. It describes a concise method for product commercialization, from industry examine to finish product cognizance. Commercializing Micro-Nanotechnologies presents a transparent approach for selecting the suitable product to improvement and overcoming demanding situations within the becoming international market.
By J.C. Marijnissen,Leon Gradon
A large attempt is positioned into the technological know-how of nanoparticles and their creation. in lots of situations it really is unavoidable that nanoparticles are published into the surroundings, both through the construction procedures or through the use of a product made of those debris. it's also learned that combustion techniques like site visitors and gear vegetation free up nanoparticles into the ambience. but it isn't recognized how nanoparticles have interaction with the human physique, particularly upon inhalation. whilst study actions are dedicated to know how nano-sized drugs debris can be utilized to manage medications through inhalation. at least it truly is totally essential to understand how the nanoparticles intervene with the inhalation method, how they deposit and impact at the human approach.
Three major subject matters are mentioned:
- Nanoparticle resources and construction
- Nanoparticle inhalation and deposition
- Toxicological and scientific effects of nanoparticles
Each topic is roofed comprehensively, beginning at nano-quantum results as much as technical and scientific purposes equivalent to measuring gear and inhalation instrumentation. This ebook brings jointly all sub-disciplines within the box with regards to aerosol nanoparticles. each one bankruptcy is written via a global specialist, giving the cutting-edge details and not easy open questions. The final bankruptcy summarizes in an interdisciplinary means what's already identified and what nonetheless is sooner than us.
By Jerzy Leszczynski,Manoj K. Shukla
By Fuqian Yang,James C.M. Li
Nanoscale and nanostructured fabrics have exhibited diversified actual homes from the corresponding macroscopic coarse-grained fabrics a result of dimension confinement. therefore, there's a want for brand spanking new innovations to probe the mechanical habit of complex fabrics at the small scales. Micro and Nano Mechanical trying out of fabrics and Devices offers the newest advances within the ideas of mechanical trying out at the micro- and nanoscales, that are beneficial for characterizing the mechanical homes of low-dimensional fabrics and structures.
Written by way of a gaggle of across the world famous authors, this e-book covers themes such as:
- Techniques for micro- and nano- mechanical characterization;
- Size results within the indentation plasticity;
- Characterization of low-dimensional constitution together with nanobelts and nanotubes;
- Characterization of clever fabrics, together with piezoelectric fabrics and form reminiscence alloys;
- Analysis and modeling of the deformation of carbon-nanotubes.
Micro and Nano Mechanical trying out of fabrics and Devices is a necessary source for engineers and researchers operating within the region of mechanical characterization of complicated materials.