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00702421 contributor B287574.
00702421 created "2000.".
00702421 date "2000".
00702421 date "2000.".
00702421 dateCopyrighted "2000.".
00702421 description "Includes bibliographical references (p. 121-129).".
00702421 description "Machine generated contents note: Executive Summary -- Definition -- Scope and Methodology -- Definitions by Material Type -- 1. Markets: Current Size and Growth Forecasts -- Global Markets -- Market Forecasts by Application -- Piezoelectric Ceramics and Polymers -- Electrostrictive Ceramics and Polymers -- Shape Memory Alloys -- Magnetorheological Fluids -- Ionic Polymers -- Electric vs. Magnetic Actuation -- Optics and Structural Monitoring -- Analysis of Promising Technologies -- Shape Memory Alloys -- Conducive Polymers -- 2. Piezoelectric and Electroactive Materials -- Military Applications -- PZT Motors and Engines -- Active Control Experts, Carving a Niche -- CSA Engineering, Developing a PZT Workstation -- Single-Crystal Piezoceramics -- Novel Single-Crystal Applications -- Current Uses for Piezoelectrics -- Polyvinylidene Fluoride -- Measurement Specialties Inc. -- Los Alamos: Electrically Conductive Warning Device -- Novel Piezoelectric Materials Developments -- Cryogenic Strontium Titanate -- PZT Films Made from Sol-Gels -- PZT Ceramics Combined with Metal -- Non-Lead-Containing Piezoelectrics -- Tactile Sensing Arrays -- Smart Antennas -- Moving Microcomponents -- Smart Bolts -- Piezoelectric Composites -- Piezoceramic Tubes -- Near-Net-Shape Ceramics -- High-Tech Fibers -- Piezoceramic Microrods -- Piezoelectric Film -- Low-Cost, Single-Crystal Piezofibers -- 3. Electrostrictive and Magnetostrictive Materials -- Lead Magnesium Niobate -- The Revolution in Polymers -- Electrostrictive Polymers -- Polymer Actuator Applications -- Loudspeakers -- Micro-electromechanical Systems (MEMS) -- Research in Electrostrictive Materials -- Polymer Wiper Blades -- Ultracapacitors -- Artificial Muscles -- Add Cubes to Nanotubes -- Research in Magnetostrictive Materials -- The Magnetostrictive Terfenol-D -- Applications -- Industry Outlook -- Brite/Euram: Magnetostrictive Actuators for Damage Analysis -- and Vibration Control -- Linear Poistion Sensing -- Detecting Magnetic Fields -- Nanoscale Nickel Dichloride Magnets -- Thin-Film Research Improves Sensor Technology -- 4. Rheological Materials -- Description -- ER Fluids -- MR Fluids -- MR Fluid Markets -- Other MR Players -- Automotive Applications -- 5. Thermoresponsive Materials -- Shape Memory Alloys -- Nitinol -- Thermoresponse in Medicine -- Market for Stents -- MedLogic Corp. -- Shape Memory Polymers -- Jergens Inc. -- Mitsubishi Heavy Industries -- Magnetically Activated SMAs -- More SMA Applications -- TiNi Alloy Co. -- Sandia National Laboratory -- SMAs and Actuation -- Drawbacks of SMA Actuation -- 6. Electrochromic Materials -- Description -- World Market for Smart Glass -- System Design -- Major Electrochromic Players -- Gentex Corp -- Donnelly Corp -- Sage Electrochromics -- 3M Corp -- Research Frontiers Inc. -- Electrochromic Market Statistics -- Considerations for Commercialization -- UV Light-Induced Polymers -- 7. Fullerenes -- Description -- Fullerene Nanotubes -- Commercial Sales of Fullerenes -- Potential Fullerene Applications -- From Carbon to Diamond -- C6 as an HIV Agent -- Doping Carbons -- Developments to Watch -- 8. Smart Gels -- Fnoine.ererl RPennnqpe. flel -- Drug Delivery -- How Engineered Response Gels Work -- Developments to Watch -- Breaking into Medicine -- Temperature-Sensitive Hydrogel -- Rapid Swell-Shrink Cycle -- Gel Pulsates on its Own -- Composite Gels -- Drug Delivery -- Hydrogel Coatings -- Hydrogels Fix Biomolecules -- Reversible Shrinking and Swelling Hydrogel Film -- Forming Shapes and Patterns -- Organic Biomolecules -- 9. R&D in pH- and Light-Sensitive Materials -- Targeting pH of Subcellular Compartments -- Detecting Corrosion -- Monitor pH in Blood in Real Time -- Light-Sensitive Materials -- 10. Patents -- Piezoelectric and Electroactive Materials -- Magnetostrictive Materials -- Rheological Materials -- Thermoresponsive Materials -- Electrochromic Materials -- Fullerenes -- Smart Gels -- Conductive Polymers -- 11. Resources -- Key Contacts -- Bibliography -- Figures -- 1. Worldwide sales of smart materials -- 2. Value of market per type of smart material -- 3. Smart material application areas in billions of dollars, 2005 -- 4. Electrochemistry behind the ceramic thin-film electrochromic system -- 5. C60 and C70 fullerenes and single- and multi-walled nanotubes -- Tables -- 1. Properties of ionic polymer-metal composites -- 2. Responsiveness of common smart materials -- 3. Actuator candidates for smart materials and their characteristics -- 4. Electrostrictive properties of various polymers -- 5. Typical MR Fluid Properties -- 6. Lord Corp.'s MR Fluids -- 7. Properties of Nitinol -- 8. Comparison of oxygen gas storage on various absorbents.".
00702421 extent "129 p. :".
00702421 identifier "047138464X".
00702421 identifier 00702421.html.
00702421 issued "2000".
00702421 issued "2000.".
00702421 language "eng".
00702421 publisher "New York : Technical Insights,".
00702421 subject "380.1/45620112 21".
00702421 subject "Smart materials.".
00702421 subject "TA418.9.S62 S518 2000".
00702421 tableOfContents "Machine generated contents note: Executive Summary -- Definition -- Scope and Methodology -- Definitions by Material Type -- 1. Markets: Current Size and Growth Forecasts -- Global Markets -- Market Forecasts by Application -- Piezoelectric Ceramics and Polymers -- Electrostrictive Ceramics and Polymers -- Shape Memory Alloys -- Magnetorheological Fluids -- Ionic Polymers -- Electric vs. Magnetic Actuation -- Optics and Structural Monitoring -- Analysis of Promising Technologies -- Shape Memory Alloys -- Conducive Polymers -- 2. Piezoelectric and Electroactive Materials -- Military Applications -- PZT Motors and Engines -- Active Control Experts, Carving a Niche -- CSA Engineering, Developing a PZT Workstation -- Single-Crystal Piezoceramics -- Novel Single-Crystal Applications -- Current Uses for Piezoelectrics -- Polyvinylidene Fluoride -- Measurement Specialties Inc. -- Los Alamos: Electrically Conductive Warning Device -- Novel Piezoelectric Materials Developments -- Cryogenic Strontium Titanate -- PZT Films Made from Sol-Gels -- PZT Ceramics Combined with Metal -- Non-Lead-Containing Piezoelectrics -- Tactile Sensing Arrays -- Smart Antennas -- Moving Microcomponents -- Smart Bolts -- Piezoelectric Composites -- Piezoceramic Tubes -- Near-Net-Shape Ceramics -- High-Tech Fibers -- Piezoceramic Microrods -- Piezoelectric Film -- Low-Cost, Single-Crystal Piezofibers -- 3. Electrostrictive and Magnetostrictive Materials -- Lead Magnesium Niobate -- The Revolution in Polymers -- Electrostrictive Polymers -- Polymer Actuator Applications -- Loudspeakers -- Micro-electromechanical Systems (MEMS) -- Research in Electrostrictive Materials -- Polymer Wiper Blades -- Ultracapacitors -- Artificial Muscles -- Add Cubes to Nanotubes -- Research in Magnetostrictive Materials -- The Magnetostrictive Terfenol-D -- Applications -- Industry Outlook -- Brite/Euram: Magnetostrictive Actuators for Damage Analysis -- and Vibration Control -- Linear Poistion Sensing -- Detecting Magnetic Fields -- Nanoscale Nickel Dichloride Magnets -- Thin-Film Research Improves Sensor Technology -- 4. Rheological Materials -- Description -- ER Fluids -- MR Fluids -- MR Fluid Markets -- Other MR Players -- Automotive Applications -- 5. Thermoresponsive Materials -- Shape Memory Alloys -- Nitinol -- Thermoresponse in Medicine -- Market for Stents -- MedLogic Corp. -- Shape Memory Polymers -- Jergens Inc. -- Mitsubishi Heavy Industries -- Magnetically Activated SMAs -- More SMA Applications -- TiNi Alloy Co. -- Sandia National Laboratory -- SMAs and Actuation -- Drawbacks of SMA Actuation -- 6. Electrochromic Materials -- Description -- World Market for Smart Glass -- System Design -- Major Electrochromic Players -- Gentex Corp -- Donnelly Corp -- Sage Electrochromics -- 3M Corp -- Research Frontiers Inc. -- Electrochromic Market Statistics -- Considerations for Commercialization -- UV Light-Induced Polymers -- 7. Fullerenes -- Description -- Fullerene Nanotubes -- Commercial Sales of Fullerenes -- Potential Fullerene Applications -- From Carbon to Diamond -- C6 as an HIV Agent -- Doping Carbons -- Developments to Watch -- 8. Smart Gels -- Fnoine.ererl RPennnqpe. flel -- Drug Delivery -- How Engineered Response Gels Work -- Developments to Watch -- Breaking into Medicine -- Temperature-Sensitive Hydrogel -- Rapid Swell-Shrink Cycle -- Gel Pulsates on its Own -- Composite Gels -- Drug Delivery -- Hydrogel Coatings -- Hydrogels Fix Biomolecules -- Reversible Shrinking and Swelling Hydrogel Film -- Forming Shapes and Patterns -- Organic Biomolecules -- 9. R&D in pH- and Light-Sensitive Materials -- Targeting pH of Subcellular Compartments -- Detecting Corrosion -- Monitor pH in Blood in Real Time -- Light-Sensitive Materials -- 10. Patents -- Piezoelectric and Electroactive Materials -- Magnetostrictive Materials -- Rheological Materials -- Thermoresponsive Materials -- Electrochromic Materials -- Fullerenes -- Smart Gels -- Conductive Polymers -- 11. Resources -- Key Contacts -- Bibliography -- Figures -- 1. Worldwide sales of smart materials -- 2. Value of market per type of smart material -- 3. Smart material application areas in billions of dollars, 2005 -- 4. Electrochemistry behind the ceramic thin-film electrochromic system -- 5. C60 and C70 fullerenes and single- and multi-walled nanotubes -- Tables -- 1. Properties of ionic polymer-metal composites -- 2. Responsiveness of common smart materials -- 3. Actuator candidates for smart materials and their characteristics -- 4. Electrostrictive properties of various polymers -- 5. Typical MR Fluid Properties -- 6. Lord Corp.'s MR Fluids -- 7. Properties of Nitinol -- 8. Comparison of oxygen gas storage on various absorbents.".
00702421 title "Smart materials : emerging markets for intelligent gels, ceramics, alloys, and polymers.".
00702421 type "text".