KOSEN 한인과학기술자네트워크

웹상으로 검색을 해 본 결과 문의하신 보고서의 가격은 $2450입니다. 이처럼 고가의 자료는 저희가 입수를 한다치더라도 저작권과 관련하여 회원 다수에게 copy를 한다거나 하는 방식으로 제공을 해드릴 수가 없습니다. 방문 열람만이 가능하게 됩니다. 따라서 아직까지는 이처럼 고가의 자료는 입수하고 있지 않습니다. 문의하신 자료에 대한 요약사항만을 올려드립니다. Enter the world of nanotechnology, a world where size, or, more precisely, the lack of size, really does matter. Nanodevices, a new Report by Technical Insights takes you inside this invisible world that once seemed rooted in science fiction, but is today promising practical applications in such diverse industries as electronics, semiconductors, biological and medical devices (including drug delivery), polymer composites, optical devices, dispersions, and coatings. This unique and indispensable Report by Technical Insights examines not only the principal research segments of nanotechnology (nanotubes, nanodevices, and novel research), but provides a broad and comprehensive industry profile as well. You will learn about current R&D that is poised to take commercial markets by storm. Opportunities for investment, partnering, licensing and technology transfer are highlighted. Every nano-focused company, from the big player with a demonstrated research commitment to the startup emerging from a university project, will value this original research. December 2000 TABLE OF CONTENTS Executive Summary Corporate Research Basic Research and Spinoffs Novel Research Nanodevices on the Market Motivators: Incentives and Initiatives 1. Introduction It's a Small, Small World: Terminology Nano Quantum Nano Background: Discoveries and Advances "There's Plenty of Room at the Bottom" Finding the Tools Decade of Progress Status in 2000 Nanofabrication: Synthesis and Assembly "Bottom Up" and "Top Down" Manipulation and Self-Assembly Critical Issues What Being 'Nano' Does to the Properties Some Properties Unique to Nanostructured Materials Implications for Computers Applications of Nanostructures In Dispersions, Coatings, and Large-Surface-Area Applications In Electronics, Semiconductors, and Optical Devices In Composite Materials For Biological and Medical Devices Nano R&D Modeling and Simulation Support for R&D: Government Initiatives 2. The Major Players Leaders in Nanodevices Research Nanotube Research Delft University of Technology: Award-Winning Studies of Single Molecule Electronics Northwestern University: Putting Nanotubes to the Test Trinity College: Complex Nano-Assemblies of Polymers and Carbon Nanotubes University of California, Berkeley: Oxygen Adsorption Changes Electronic Properties of Carbon Nanotubes Nanodevices Harvard University: New Tools for Nanotechnology Massachusetts Institute of Technology: Synthesis of Durable Nanodevices for Industrial Applications Northwestern University: Nanoplotter Can Perform Parallel Dip-Pen Nanolithography Ohio State University: Biomedical Nanotechnology for Drug Delivery University of North Carolina-Chapel Hill: Getting a Good Look at Carbon Nanotubes with the nanoManipulator University of Texas at Austin: Silicon Wires Down to Nanometers Novel Research: Universities and National Laboratories Argonne National Laboratory: Nanofluids for Heat Transfer Applications Georgia Institute of Technology: Studies of 2D Quantum Dots and Metal Clusters Leiden University: Quantum Properties of Atomic-Size Conductors Princeton University: Lithographically Induced Self-Assembly Sandia National Laboratory and the University of New Mexico: Rapid Production Process for Nanostructures: Evaporation-Induced Self-Assembly Sandia National Laboratory: Light-Based Sensors Invented to Study Quantum Dots University of California, Berkeley: Designing Nanometer-Scale Dendrimers for Drug Delivery and Other Applications University of California, Santa Barbara: Silicon Biotechnology-Biomimetic Routes to Nanofabrication University of Michigan Medical School: A New Tool for Nanomedicine-Nanosized `Smart Bombs' Virginia Polytechnic Institute: Ionic Self-Assembly Monolayer of Nanocomposite Thin Films Companies with a Nanodevices Connection Industrial Labs Hewlett-Packard IBM's Thomas J. Watson Research Center Lucent Technologies: Extending Moore's Law Samsung Advanced Institute of Technology: Flat-Panel Displays-Will Carbon Nanotubes Be the New Technology? Companies At or Close to Market Advanced Refractory Technologies: ART Dylyn, Diamond-Like Nanocomposite Altair International: Economic Volume Production Technologies for Titania Nanoparticles Argonide Corp.: Novel Nanosize Metal Powders with Uses from Rocket Propellants to Thin Films CeraMem Corp.: Novel Process for Nanoparticle Production Hyperion Catalysis International: Markets Opening for Hyperion's FIBRIL Nanotubes Nanophase Technologies Corp.: Nanocrystalline Materials for Industrial Applications Orthovita/Partisyn Corp.: Nanoparticle Technology for Bone Substitutes, and Other Applications Startups: Innovative Marketing for the Products of University Research and More The University of Kentucky iMEDD: Intelligent Micro-Engineered Drug Delivery NanoLab Inc.: Large Arrays of Well-Aligned Carbon Nanotubes on Glass NanoSonic Inc.: A Virginia Tech Spinoff Nanosphere Inc.: DNA Nanoparticle Probe Technology Developed at Northwestern NanoWave Inc.: Subnanometer Precision for Semiconductor and Related Industries Nanox Ltd.: Nanoparticle Phosphors and Related Technologies Zyvex Corp.: Assembling Tomorrow? 3rdTech Inc.: Bringing the NanoManipulator to Market 3. Hightlights of Some Current Research Research Directed Toward an Application Cornell University: Nanofluidic Device for DNA Separation Kansas State University: A New Family of Nanocrystalline Inorganic Adsorbents and Catalysts Los Alamos National Laboratory: Nanocrystal Quantum Dot Lasers Pacific Northwest National Laboratory: A New Approach to Getting Nanotube Properties into Composites University of New Mexico/Sandia National Laboratories: Light Used to Control Size of Nanopores University of Pittsburgh: Nanorods Self-Assemble into Network Structures University of Toronto: A New Tool for Nanoscale Patterning Research Directed Toward Basic Science McGill University: A Technique to Grow Conducting Plastic Nanowires Oak Ridge National Laboratory: A Study of Nanotube Synthesis by Laser Vaporization Oklahoma State University: Nanotribologists Study Atomic-Scale Friction Purdue University: Stabilizing Nanoparticles University of Illinois at Chicago: Carbon Nanotubes Seed Growth of Polyhedral Graphite University of Illinois at Urbana-Champaign: Self-Assembled Nano-Capsules Resemble Artificial Bacterium University of Oxford: One-Dimensional KI Single-Crystal Wires 4. Conclusions Status of R&D for Nanodevices What Is Happening Now: Who, Where, What What Is Expected in the Next 5-10 Years Markets Present Commercialization Potential for Commercialization in the Near Future Beyond the Near Future: Time-to-Market for Other Applications The Big Picture: Nanodevices and the Next Industrial Revolution 5. Glossaries Nano-Related Terms Acronyms 6. References and Resources References Books US Government Publications Useful Journals and Other Periodicals Organizations Patents Summary of Available Contacts for Major Players Nanotubes Nanodevices Novel Research Industrial Labs Companies At or Close to Market Startups: Innovative Marketing for the Products of University Research Figures 1. Photograph of Sandia's Double Electron Layer Tunneling Transistor (DELTT) 2. Schematic of Sandia's DELTT Stucture 3. Various views of single-walled nanotubes 4. Molecular mechanics simulations reveal the axial and cross-sectional deformations of two overlapping SWNTs 5. An atomic force microscope image of a nanotube ring spanning two gold electrodes 6. A field-effect transistor in which an individual nanotube is used as the channel of the FET 7. Transmission electron microscope (TEM) cross-sectional image of a V-groove silicon field-effect transistor Tables 1. Federal Funding by Agency, FY 2000 and FY 2001 >Frost & Sullivan의 기술 분석 보고서인 "Nanodevices: Future Markets, Applications, and Technology"를 입수하고 싶습니다.