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Nanoparticle News Review, 2008

Publication Date May 2009
Publisher BCC Research
Product Type Report
Pages 217
ISBN Number not applicable
Product Code BCC00302
Buy this product or for assistance call +44 20 7060 7474

Summary

The Scope of This Report Is Broad and Includes:

  • An in-depth assessment of the investment patterns in the global nanotechnology industry
  • Emerging technologies within the nanotech field
  • Descriptions of the most active organizations within the industry and applications achievable within the next 5 years
  • Recent commercial developments shaping activity within the industry
  • Overviews of all editions of Nanoparticle News published in 2008.

Content

  • Chapter One: Overview
    • Progress in Nanotechnology
      • Market Assessment of Nanotechnology
      • Report Highlights
    • Quantum Dots: Technical Status and Market Prospects
      • New Funding for Telecommunication Qd Laser Products
      • Funding Boosts Quantum Dot Solar Cell Products
      • Newer Carbon Nanotubes and Quantum Dot Products
    • Nanoparticle Targeting Cancer
  • Chapter Two: Processing and Characterization
    • Nano-Limits in Transmission Electron Microscopy
      • Transmission Nanoscale Imaging Dynamics
      • Images of Graphene
      • Fabrication Method for Graphene Nanoelectonics
      • Carbon Nanotube-Graphene Composite
    • Graphene Based Nanoelectronic Devices
    • Insights into Graphene's Properties
      • Electrowetting in Nanofluids
    • Copper Nanorods Increase Boiling Efficiency
      • Nanoimprint Lithography Attracts Government Support
    • Higher Resolution in Electron Microscopy
      • 3D Images of Common Virus Structure
      • 3D Transmission Electron Microscopy Imaging's Commercial Reality
      • True Color Added to Electron Microscopy
    • Nanofibers and 3D Structures
      • More Applications of Nanoemulsions
    • Measuring Nanoscale Liquid Viscosity
    • Synthesis of Nanoparticle for Biochemistry
      • Self-Assembly Single-Walled Nanotubes
    • Nanoparticle Colloidal Stabilization
    • Magnetic Shape-Memory Alloy
    • Progress in Instrumentation
      • High-Resolution Transmission Microscopy Captures Fullerene Growth
      • Chemical Force Microscopy Measures Carbon Nanotube Interactions
    • Process for Nanofiber Polymer Composites
    • Liquid Repellant Coatings for Industrial Applications
      • Super Water Repellent Coating
      • Super Oil Repellent Coating
  • Chapter Three: Electronics, Optics and Optoelectronics
    • Higher Resoluion Optical Imaging
      • Single Walled Carbon Nanotube Electronics
    • Carbon Nanotube Transistor Coating Process
    • Giant Nanocapacitor Memory
    • Carbon Nanotube Logic Circuits
    • Nanoscale Switchable Electrical Properties
    • Organic Electronics on Polymer Sheets
    • Nanotubes on Par with Copper Interconnects
    • Impressive Display Demonstrations
      • Ease of Fabrication for Semiconductor Devices
    • Easier Sorting Brings Nanoelectronics Closer to Reality
    • Flexible Electronics-Closer to Reality
      • Polymer-Based Lithography Improves Device Miniaturization
    • Theory Suggests New Generation of Electronic Materials
    • Photonic Crystal Creates Low Power Optical Memory68
    • Particle Self-Assembly Process Aids Optical Materials
    • Model to Understanding Lasing without Inversion
    • Advances in Conventional Microprocessor Technology
      • Nanoscale Details in Photoresists
    • Single Walled Nanotubes Directed Assembly
    • at Semiconductor Swnt-Based Transistor Evaluated
    • Synthetic Diamond Device Fabrication
    • Vertically Aligned Carbon Nanotubes Create The Darkest Material
    • Silicon Transistors Benefit from Quantum Size Effects
    • Practical Developments in Metamaterials
  • Index of Refraction
    • Index of Refraction
      • 3D Gold Photonic Metamaterials
    • Nanolaser Promises Memory Capacity Breakthrough
    • Process for Flexible Silicon Ics Heralds New Applications
    • Nanowires Key to New Generation of Amoled Displays
    • Manipulating Block Copolymers
    • Semi-Transparent Conductive Cnts Demonstrate Tunable Color
    • Risk Assessment of Manufactured Cnts
    • Synthesizing Magnetic Nanoparticles Naturally
    • Model Predicts Defect Free Nanoparticle Self- Assembly
  • Chapter Four: Energy and Environment
    • Tungsten Oxide Nanotubes as Indoor Photocatalysts
    • Nanofiber-Np Fabrics Target Toxic Chemical Protection
    • Researching Lower Cost Copper-Indium-Gallium- Selenide Solar Cells
      • Nanosolar Achieves High Cigs Throughput
      • Surface Texturing Improves Solar Efficiency
      • Nanorod Synthesis Promises Thermoelectrics Improvements
    • Cnts Hydrogen Storage Capacity Exceeds Doe Goal
    • Konarka Demonstrates Inkjet Printed Solar Cells
    • Saudi's and Ibm Create Nt Sustainable Resources Center
    • Diesel Exhaust Puts Nanoparticles in Lungs
    • Climate Change and Carbon Capture
      • Enzyme-Laden Nanoparticles Sequester Greenhouse Gases
    • Synthetic Zeolites Offer Carbon Dioxide Capture
    • Rubbing Shoulders with Nano- Wires Yields Portable Power
    • Carbon Aerosol Nanoparticles Help in Climate Forecast
    • Efficient Thermoelectric Materials
      • Thermoelectric Performance of Rough Silicon Nanowires
      • Energy-Efficient Rectangular Silicon Nanowires
    • Nanocatalyst Aids Hydrogen Fuel Cell Efficiency
    • Mesoporous Metal Oxides Synthesis
    • Canada Invests in Fuel Cell Industry
    • Research on Hydrogen Storage in Nanoparticles
    • Efficient Silicon Nanowire Solar Cell
    • Rit's Renewable Energy and Sustainability Boosted
    • Flexible Nanoantennas Aid Solar Harvesting
      • Flexible Nanoantennas Promise
    • Cnt X-Ray Source to Undergo Airport Explosives Screening
    • Adverse Effects of Nanoparticle Vehicle Emissions
    • Paint Nanoparticles Scavenge Power Plant Mercury Emissions
    • Higher Surface Area Should Boost Solar Cell Efficiency
  • Chapter Five: Biotechnology and Drug Delivery
      • Strong Antimicrobial Coatings Promise Widespread Usage
      • Nano Emulsion Vaccines Show Potential
      • Colloidal Nanoparticle Systems Promise Advances in Nanomedicine
        • Smaller Magnetic Nps Improve Cancer Detection
        • Nanoparticles Image, Target, and Treat Tumors144
        • Mass-Production of Tunable Magnetic Nanoparticles
        • Dendrimer-Functionalized Magnetic Nanoparticles
        • Polymer Micelles Pave Way for Cancer Treatment
      • Nanosuspension for Delivery of Non-Soluble Drugs
        • The Microfluidics Reaction Technology Process
        • Mrt Experimental Results
        • Nanosuspensions Development Roadmap
        • Mrt Nanosuspension Processing Summary
      • Telomerase and Its Potential Cancer Role
      • Imaging Nanoparticles Reveals Adverse Effects
      • Polymer Pen Lithography Activity
        • Quantum Dots Aid Gene Silencing in Live Human Cells
      • Light Activated Cnts Destroy Anthrax Toxin
      • Tumor Embedded Carbon Nanotubes Enhance Cancer Destruction
      • Enhancing in Vivo Imaging
      • Quantum Rods Traverse The Blood-Brain Barrier
        • Targeted Probes for Efficient Transmigration
        • Assay Screening for Nanoparticle Cytotoxicity164
      • Developments in Bionanotechnology
        • Commercialization of Nanopore DNA Sequencing Manufacturing
      • Developments in Layer-by-Layer Technology
        • Two-Photon Porous Silicon Nps Enhance Cell Detection
  • Chapter Six: Carbon Nanostructures
      • Buckypaper Composites Enabled by Tunable Mechanics Model
      • Carbon Nanotube Synthesis Using Themoset Resins
      • Novel Nanopower Storage Aims to Tap New Market
        • Buckypaper Supercapacitor Shows Significant Storage Potential
        • Electrowetting Keeps Battery Going
        • Thin-Film Rechargeable Lithium Batteries
      • Carbon Dioxide -to-Fuel Prototype
      • Europe Commits to Major Fuel Cell/H2 Initiative
        • Carbon Nanotubes-Rubber Could Be Used in Robotic Skins and E-Displays
      • Biogenic as-S Nanotubes Promise Green Electronics
      • Dense Arrays of Long Cnts Carbon Nanotubes
      • Centrifugation Process Sorts Carbon Nanotubes
      • Graphene Enhances Polymer Nanocomposites
        • Microelectrode Process Aids Use in Sensors and Fuel Cells
  • Chapter Seven: Administrative Watch
      • Regulatory Stage for next Administration
      • Budget Request Reflects Steady Growth
      • Canadian Nanoproducts Study
        • Nni Updates Strategic Plan
      • Energy Research Centers and Nt-Based Funding
        • Direct Conversion of Solar Energy to Electricity and Chemical Fuels
        • Understanding of How Biological Feedstocks Are Converted into Portable Fuels
        • Addressing Fundamental Knowledge Gaps in Energy Storage
        • Transforming Energy Utilization and Transmission
        • Science-Based Geological Carbon Sequestration
      • Korean Government Supports U S. Nanocomposites Research
      • Report Challenges Commercial Proliferation of Nanosilver
      • Nano Forms of Carbon Raise Eu Safety Concerns
      • Cnt Manufacturer Receives Epa Approval
  • Chapter Eight: Industry News
      • Nanoparticles Manufacturer Meets Niosh Guidelines
      • Consortium Targets Optimized Np Dispersion Process201
      • Oxonica's Woes Deepen Further
      • Nanosafe's Safe Tested Product Registry
      • Eu-Funded Project Targets Nts Pros and Cons
      • Uc Davis Licenses Solar Know-How to Q1 Nanosystems204
      • Unidym Ramps up Cnt Production to Meet Demand
      • Chip Characterization
      • Nanographene Platelet Production Scales up
      • Strategic Alliance Strengthens Lightweight Product Performance
      • E-Beam on-A-Chip Moves to Pilot Commercial Production
      • Global Alliance Promises Impartiality
      • Cnt-Based Composite Flies High in First Aerial Tests
      • First Commercial Biomedical Dendrimer Products Launched
      • Graphite Nanoplatelets Potential
      • Michigan State Scientists Get Award
      • Method for Large-Scale Graphene Sheets
      • Diamondoids Launched for Coating Applications
      • Conventional Top down Pushed to next Limit
  • Chapter Nine: Briefly Noted
      • Applied Materials Expands Manufacturing
      • Nanocomp Awardedbody Armor Contract
      • Fei's Strong Revenue Growth Continues
      • Ibm Earmarks $1 5 Billion Nt Investment
      • Microfluidics Appoints New Cto
      • Fei Launch Extreme High Resolution Sem
      • Hitachi Showcases State-of-The-Art Sem
  • List of Tables
    • Table 1 Nanotech Investments Reported in 2007
    • Table 2 Nanotechnology Driven Partnerships, 2007
    • Table 3 Emerging Nanotechnology Market Activities, 2007
    • Table 4 Carbon Nanotube Commercial Developments, 2007
    • Table 5 Selected Nanomaterial Products Commercialized, 2007
    • Table 6 Crystallization Results Using Microfluidics Reaction Technology
  • List of Figures
    • Figure 1 Global Nanotechnology Market, through 2007- 2013
    • Figure 2 Global Market Growth for Quantum Dots in Promising Commercial Market Sectors, 2008-2013 ($ Millions)
    • Figure 3 Team Image of Graphene
    • Figure 4 Cnt-Graphene Composite Structure
    • Figure 5 Graphene's Unique Latent Properties
    • Figure 6 Nanoparticles Modify Electrowetting
    • Figure 7 Cryo-Em Image of A Common Virus
    • Figure 8 Stem/Electron Energy Loss Spectroscopy
    • Figure 9 Atomic Force Microscopy Liquid Rheometer
    • Figure 10 Microwave Synthesis of Quantum Dots
    • Figure 11 Lab-on-A-Chip Microfluidics Nanoparticle Synthesis
    • Figure 13 Schematic of Nanowire Metamaterial
    • Figure 14 Porous Metamaterial
    • Figure 15 Flexible Circuits Created Using Carbon Nanotubes
    • Figure 16 Possible New Generation of Electronic Materials
    • Figure 17 Photonic Crystal Memory: Structure of New Ingaasp Photonic Crystal Device
    • Figure 18 Fabrication of A near Perfect 2d Colloidal Crystal
    • Figure 19 Schematic of The Photolithography Process
    • Figure 20 Schematic of Artifically Structured
    • Figure 21 3D Gold Photonic Metamaterials
    • Figure 22 Nanolaser-Based Memory Scanning
    • Figure 23 Process for Flexible Siliconics Heralds New Applications
    • Figure 24 Inducing Order in Polymer Disorder
    • Figure 25 Bacteria Induce Order in Magnetic Nps
    • Figure 26 High Surface Area Tungsten Oxide Nanotubes
    • Figure 27 Photocatalytic Activity under Visible Light Irradiation
    • Figure 28 Nylon Nanofibers Coated with Metal Nanoparticles
    • Figure 29 Thermoelectric Material Comprising Rough Silicon Nanowire Arrays
    • Figure 30 Schematic Structure Formed by Surrounding Ru Nanoparticles
    • Figure 31 Novel Mesoporous Metal Oxide Synthesis
    • Figure 32 Novel Nanowire-Polymer Solar Cell
    • Figure 33 Schematic Depiction of H2 (Green) Storage
    • Figure 34 Plastic Sheet of Nanoantenna Arrays
    • Figure 35 Impact of Freeway Air Pollutant Particles
    • Figure 36 Dye-Sensitized Solar Cells
    • Figure 37 Composite Structure
    • Figure 38 Dispersion of Oil-in-Water Emulsion- Containing Vaccines
    • Figure 39 Quantum Dots in Food Chain Aquatic Organisms
    • Figure 40 New Smaller Magnetic Nps Enhance Cancer Detection
    • Figure 41 Polymer Micelle Aids Cancer Treatment
    • Figure 42 Principal of Operation of Microfluidics Reaction Technology
    • Figure 44 Live Cell Fluorescent Images
    • Figure 45 Tem Images of Cnts Conjugated with Anthrax Toxin
    • Figure 47 Monolayer- Functionalized Porous Nps
    • Figure 48 Atomic Force Micrograph
    • Figure 49 Schematic of Model
    • Figure 50 Buckypaper-Based (Swnt) Polymer Composite
    • Figure 51 Inexpensive Biocatalytic Co2-to-Fuel Process180
    • Figure 52 Researcher Holding A Highly Conductive Elastic Sheet
    • Figure 53 Growth of Straight, Long, Dense Single- Walled Nanotubes
    • Figure 54 Sorting Cnts by Length
    • Figure 55 Nanosafe Tested Mark
    • Figure 56 Large Scale Graphene Sheet
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