透明導電体としての銀ナノワイヤーのグローバル市場機会分析...市場調査レポートについてご紹介

Chapter One: Introduction
1.1 Background to this Report
1.1.1 Recent R&D Focus
1.1.2 Business Development and Funding Continues
1.1.3 Competition and the Future
1.2 Objectives and Scope of this Report
1.3 Methodology of this Report
1.4 Plan of this Report

Chapter Two: The Evolution of Ag NW Transparent Conductor Technology
2.1 Where Are Ag NWs Today?
2.2 Challenges with Ag NWs
2.2.1 Surface Roughness
2.2.2 Haze
2.2.3 Stability
2.3 Understanding the Ag NW Supply Chain
2.3.1 Benefits of Vertical Integration
2.4 What’s New in Ag NW TC Research
2.4.1 Stretching the Limits
2.4.2 Different Sensor Design Patterns
2.4.3 Laser Patterning for Touch Panels
2.4.4 Switching Substrates
2.4.5 Is Copper an Option?
2.4.6 Ag NWs for InGaN LEDs
2.5 Surveying the TC Landscape: How Silver Nanowires Size Up
2.5.1 ITO: Protecting the Kingdom
2.5.2 Other TCOs: Little Progress to Report
2.5.3 Metal Mesh versus AG NWs
2.5.4 Carbon Nanotubes: Back on the Agenda
2.5.5 Conductive Polymers: Niche Now as Then
2.5.6 Fourth Generation TCs: Still Taking Shape
2.5.7 Graphene: The Next TC Cinderella Story
2.5.8 Metallic Films: The Perfect Material for Future Transparent Conductors?
2.6 Key Points from this Chapter

Chapter Three: Applications and Opportunities for Ag NW Transparent Conductors
3.1 Touch-Screen Sensors: The Foremost TC Opportunity
3.1.1 The Rise of Pro-Cap, and a Touch Sensor Revolution
3.1.2 Reasons to Replace ITO in Pro-Cap Displays
3.1.3 Analog-Resistive Touch Sensors and TCs
3.1.4 Opportunities for Ag NWs in Large Touch Panels
3.2 OLEDs: Large Markets – Potentially
3.2.1 Why OLEDs Want to Drop ITO for Alternative TCs
3.2.2 Opportunities for Ag NWs in OLED Displays
3.2.3 OLED TVs: Great Promise for TCs, But Problems Still to Solve
3.2.4 OLED Lighting: Also Seeking an Alternative TC
3.2.5 OLEDs and Alternative TCs: Ifs, Ands, and Buts
3.3 Conventional Flat-panel LCDs: Will ITO Ever be Dethroned?
3.3.1 A Note on Transparent Displays and the Transparent Conductor Market
3.3.2 Reality Check: Updating our Thinking on Flexible Electronics
3.3.3 E-paper: A Shrinking TC Market
3.4 Transparent Conductors in Solar Panels
3.4.1 Silver Nanowires and Thin-film PV
3.4.2 DSC and OPV: Looking Beyond Metal Oxides
3.5 Other Applications for Ag NW TCs
3.5.1 EMI/RFI Shielding
3.5.2 Anti-static Coatings
3.6 Key Points from this Chapter

Chapter Four: Key Suppliers of Ag NWs for Transparent Conductors
4.1 Cambrios (U.S.)
4.1.1 Competition, Customers, and Markets
4.1.2 How Cambrios Views Verticalization
4.1.3 Solar Panels and Armor
4.1.4 Financial Backing and Strategic Investors
4.2 Carestream (U.S.)
4.2.1 Why Carestream Says Verticalization Matters
4.2.2 Overcoming Haze
4.2.3 Bigger Sizes
4.2.4 Future Developments
4.3 Cima NanoTech (U.S.)
4.3.1 Ag Nanoparticles vs. Nanowires
4.3.2 Large Touchscreens and Applications
4.3.3 Competition
4.3.4 Touch and Other Applications
4.3.5 Funding
4.4 Other Silver Nanowire Suppliers
4.4.1 3M
4.4.2 ClearJet (Israel)
4.4.3 InkTec (Korea)
4.4.4 Innova Dynamics
4.4.5 Blue Nano (U.S.)
4.4.6 Saint-Gobain (France)
4.4.7 Seashell Technology (U.S.)

Chapter Five: Eight-Year Forecasts for Ag NW Transparent Conductors
5.1 Forecasting Methodology
5.1.1 Assumptions about Materials Utilization, Wastage and Yields
5.1.2 Cost Assumptions
5.1.3 General Economic Assumptions
5.2 Eight-Year Forecast of Ag NW Transparent Conductor Markets by Application
5.3 Eight-Year Forecasts of Ag NW TCs in the Touch-Screen Sensor Industry
5.4 Eight-Year Forecasts of Ag NW TCs in Flat-Panel Displays
5.5 Eight-Year Forecasts of Ag NW TCs in OLED Displays
5.6 Eight-Year Forecasts of Ag NW TCs in E-Paper Displays
5.7 Eight-Year Forecasts of Ag NW TCs in OLED Lighting
5.8 Eight-Year Forecast for Ag NW TCs in Solar Panels
5.9 Eight-Year Forecast of Ag NW TCs for EMI Shielding
5.10 Eight-Year Forecast of Ag NW TCs for Antistatic Coatings
Acronyms and Abbreviations Used In this Report
About the Author