GB-300 Thin Films: Raw Materials, Technology and Applications

TABLE OF CONTENTS

• INTRODUCTION
  • STUDY GOALS AND OBJECTIVES
  • REASONS FOR DOING THIS STUDY
  • CONTRIBUTION TO THE STUDY AND FOR WHOM
  • SCOPE AND FORMAT
  • METHODOLOGY
  • INFORMATION SOURCES
  • ANALYST CREDENTIALS
  • RELATED BCC, INC. RESEARCH
    • REPORTS
    • MONTHLY NEWSLETTERS
  • BCC ON-LINE SERVICES
  • DISCLAIMER
• SUMMARY
  • Summary Table:
    WORLDWIDE MARKET FOR THIN FILM RAW MATERIALS BY PROCESS TECHNOLOGIES, THROUGH 2009 ($ MILLIONS)
  • Summary Figure:
    WORLDWIDE MARKET FOR THIN FILM RAW MATERIALS BY PROCESS TECHNOLOGIES, 2002-2009 ($ MILLIONS)
• OVERVIEW
  • IMPORTANCE OF THE THIN FILM INDUSTRY
  • Table 1 BASIC CONSTRUCTION STEPS OF A THIN FILM DEVICE
    • ADVANTAGES OF THIN FILM TECHNOLOGY
      • Deposition of Layers at the Nanometer Level
      • Coating of Objects with Complex Shapes
      • Modification of Surface Properties
      • Wide Selection of Raw Materials
      • Wide Selection of Deposition Methods
    • DRAWBACKS
    • HISTORY AND CURRENT STATUS OF THIN FILM PROCESSING
    • DESCRIPTION OF THE THIN FILM INDUSTRY: PROCESSES AND APPLICATIONS
      • PHYSICAL PROCESSES
      • CHEMICAL PROCESSES
  • Table 2 THIN FILM TECHNOLOGIES
  • Table 2 (CONTINUED)
  • Table 2 (CONTINUED)
    • MAJOR APPLICATIONS
      • Electronic Sector
      • Mechanical/Chemical Sector
      • Energy Supply/Management Sector
      • Optical Sector
      • Other Sectors
  • Table 3 APPLICATIONS FOR THIN FILM TECHNOLOGIES
• RAW MATERIALS MARKETS BY TECHNOLOGY
  • THIN FILM TECHNOLOGIES, MATERIALS AND APPLICATIONS - ANALYSIS OUTLINE
  • PHYSICAL VAPOR DEPOSITION BY EVAPORATION
    • THERMAL EVAPORATION
  • Table 4 THERMAL EVAPORATION: BASIC PROCESS
    • Raw Materials
  • Table 5 THERMAL EVAPORATION: TYPICAL RAW MATERIALS
    • Applications
  • Table 6 THERMAL EVAPORATION: DEVICES/APPLICATIONS
    • New Features and Improvements
    • Flash Evaporation
    • Induction Evaporation
    • ELECTRON BEAM
  • Table 7 ELECTRON BEAM EVAPORATION: BASIC PROCESS
    • Raw Materials
  • Table 8 ELECTRON BEAM EVAPORATION: TYPICAL RAW MATERIALS
    • Applications
  • Table 9 ELECTRON BEAM EVAPORATION: DEVICES/APPLICATIONS
    • New Features and Improvements
    • Electron Beam-Directed Vapor Deposition
    • REACTIVE EVAPORATION
      • Raw Materials
      • Applications
      • New Features and Improvements
      • Activated Reactive Evaporation (ARE)
    • MOLECULAR BEAM EPITAXY
  • Table 10 MOLECULAR BEAM EPITAXY: BASIC PROCESS
    • Raw Materials
  • Table 11 MOLECULAR BEAM EPITAXY: TYPICAL RAW MATERIALS
    • Applications
  • Table 12 MOLECULAR BEAM EPITAXY: DEVICES/APPLICATIONS
    • New Features and Improvements
    • Laser MBE (LMBE)
    • Laser Assisted MBE (LAMBE)
    • Gas Source MBE (GSMBE)
    • Metal-Organic MBE (MOMBE)
    • Chemical Beam Epitaxy (CBE)
    • Plasma Source MBE (PSMBE)
    • Plasma Assisted MBE (PAMBE) and Radical Source MBE (RSMBE)
    • Raw Materials for MBE Advanced Processes
  • Table 13 MODIFICATIONS OF MOLECULAR BEAM EPITAXY: TYPICAL RAW MATERIALS
    • LASER ABLATION AND PULSED LASER DEPOSITION
  • Table 14 LASER ABLATION/PLD: BASIC PROCESS
    • Raw Materials and Applications
  • Table 15 LASER ABLATION/PLD: TYPICAL RAW MATERIALS
  • Table 16 LASER ABLATION/PLD: DEVICES/APPLICATIONS
    • JET VAPOR DEPOSITION (JVD?)
  • Table 17 JET VAPOR DEPOSITION?: BASIC PROCESS
    • Raw Materials
  • Table 18 JET VAPOR DEPOSITION?: TYPICAL RAW MATERIALS
    • Applications
  • Table 19 JET VAPOR DEPOSITION?: DEVICES/APPLICATIONS
    • EVAPORATION METHODS: CURRENT RAW MATERIALS MARKET STATUS
      • Current Market Summary
      • Revenues by Type
  • Table 20 RAW MATERIALS FOR EVAPORATION METHODS: REVENUES BY TYPE, WORLDWIDE, 2004
  • Figure 1 RAW MATERIALS FOR EVAPORATION METHODS: MARKET BY TYPE, WORLDWIDE, 2004 (%)
    • Revenues by Deposition Technology
  • Table 21 RAW MATERIALS FOR EVAPORATION METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
    • Revenues by Applications
  • Table 22 RAW MATERIALS FOR EVAPORATION METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
  • Figure 2 RAW MATERIALS FOR EVAPORATION METHODS: MARKET BY APPLICATION, WORLDWIDE, 2004 (%)
    • Revenues by Region
  • Table 23 RAW MATERIALS FOR EVAPORATION METHODS: REVENUES BY REGION, 2002-2004 ($ MILLIONS)
  • Figure 3 RAW MATERIALS FOR EVAPORATION METHODS: MARKETS BY REGION, 2004 (%)
    • GROWTH TRENDS
      • Electronic Sector
      • Mechanical/Chemical Sector
      • Energy Supply Sector
      • Optical Sector
      • Other Sectors
    • PROJECTED RAW MATERIALS MARKET FOR EVAPORATION TECHNOLOGIES
      • Key Observations
  • Table 24 FACTORS AFFECTING SALES OF RAW MATERIALS FOR EVAPORATION METHODS, THROUGH 2009
    • Market Forecast by Application
  • Table 25 FORECAST - RAW MATERIALS FOR EVAPORATION METHODS: REVENUES BY APPLICATION, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
  • Figure 4 FORECAST - RAW MATERIALS FOR EVAPORATION METHODS: MARKET BY APPLICATION, WORLDWIDE, 2009 (%)
    • Market Forecast by Region
  • Table 26 FORECAST ｾ RAW MATERIALS FOR EVAPORATION METHODS: REVENUES BY REGION, THROUGH 2009 ($ MILLIONS)
  • Figure 5 FORECAST - RAW MATERIALS FOR EVAPORATION METHODS: MARKET BY REGION, 2009 (%)
    • PHYSICAL VAPOR DEPOSITION BY SPUTTERING
      • BRIEF HISTORY OF THE SPUTTERING PROCESS
      • BASIC SPUTTERING TECHNOLOGY
  • Table 27 SPUTTERING: BASIC PROCESS
    • DC/RF Diode Sputtering
    • DC/RF Triode Sputtering
    • DC/RF Magnetron Sputtering
    • Raw Materials
  • Table 28 SPUTTERING: TYPICAL RAW MATERIALS
  • Table 28 (CONTINUED)
    • Applications
  • Table 29 SPUTTERING: DEVICES/APPLICATIONS
    • NEW FEATURES AND IMPROVEMENTS
      • Inductively Coupled Plasma (ICP) Assisted Magnetron Sputtering
      • Bias Sputtering
      • Helicon Plasma Sputtering
      • Microwave Plasma Sputtering
      • Electron Cyclotron Resonance (ECR) Plasma Sputtering
      • Ion Beam Sputtering
      • Dual Ion Beam Deposition
      • Direct Ion Beam Deposition
      • Ion Beam Assisted Deposition
      • Reactive Sputtering
      • Cosputtering
      • Laser Assisted Sputtering
    • SPUTTERING METHODS: CURRENT RAW MATERIALS MARKET STATUS
      • Current Market Summary
      • Revenues by Type
  • Table 30 RAW MATERIALS FOR SPUTTERING METHODS: REVENUES BY TYPE, WORLDWIDE, 2004
  • Figure 6 RAW MATERIALS FOR SPUTTERING METHODS: MARKET BY TYPE, WORLDWIDE, 2004 (%)
    • Revenues by Deposition Technology
  • Table 31 RAW MATERIALS FOR SPUTTERING METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
    • Revenues by Applications
  • Table 32 RAW MATERIALS FOR SPUTTERING METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
  • Figure 7 RAW MATERIALS FOR SPUTTERING METHODS: MARKET BY APPLICATION, WORLDWIDE, 2004 (%)
    • Revenues by Region
  • Table 33 RAW MATERIALS FOR SPUTTERING METHODS: REVENUES BY REGION, THROUGH 2004 ($ MILLIONS)
  • Figure 8 RAW MATERIALS FOR SPUTTERING METHODS: MARKETS BY REGION, 2004 (%)
    • GROWTH TRENDS
      • Electronic Sector
      • Optical Sector
      • Energy Supply Sector
      • Mechanical/Chemical Sector
      • Other Sectors
    • PROJECTED RAW MATERIALS MARKET FOR SPUTTERING TECHNOLOGIES
      • Key Observations
  • Table 34 FACTORS AFFECTING SALES OF RAW MATERIALS FOR SPUTTERING METHODS, THROUGH 2009
  • Table 34 (CONTINUED)
    • Market Forecast by Application
  • Table 35 FORECAST - RAW MATERIALS FOR SPUTTERING METHODS: REVENUES BY APPLICATION, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
  • Figure 9 FORECAST - RAW MATERIALS FOR SPUTTERING METHODS: MARKET BY APPLICATION, WORLDWIDE, 2009 (%)
  • Figure 9 (CONTINUED)
    • Market Forecast by Region
  • Table 36 FORECAST - RAW MATERIALS FOR SPUTTERING METHODS: REVENUES BY REGION, THROUGH 2009 ($ MILLIONS)
  • Figure 10 FORECAST - RAW MATERIALS FOR SPUTTERING METHODS: MARKET BY REGION, 2009 (%)
    • PHYSICAL VAPOR DEPOSITION BY IONIC DEPOSITION
      • ION PLATING
  • Table 37 ION PLATING: BASIC PROCESS
    • Raw Materials
  • Table 38 ION PLATING: TYPICAL RAW MATERIALS
    • Applications
  • Table 39 ION PLATING: DEVICES/APPLICATIONS
    • New Features and Improvements
    • Cathodic Arc Plasma Deposition
    • Hollow Cathode Discharge
    • Magnetron Sputter Ion Plating
    • IONIZED PHYSICAL VAPOR DEPOSITION
  • Table 40 IONIZED PVD: BASIC PROCESS
    • Raw Materials
    • Applications
    • PLASMA IMMERSION ION DEPOSITION
  • Table 41 PLASMA IMMERSION ION DEPOSITION: BASIC PROCESS
    • Raw Materials
  • Table 42 PLASMA IMMERSION ION DEPOSITION: TYPICAL RAW MATERIALS
    • Applications
  • Table 43 PLASMA IMMERSION ION DEPOSITION: DEVICES/APPLICATIONS
    • IONIZED CLUSTER BEAM DEPOSITION
  • Table 44 IONIZED CLUSTER BEAM DEPOSITION: BASIC PROCESS
    • Raw Materials
  • Table 45 IONIZED CLUSTER BEAM DEPOSITION: TYPICAL RAW MATERIALS
    • Applications
  • Table 46 IONIZED CLUSTER BEAM DEPOSITION: DEVICES/APPLICATIONS
    • ION IMPLANTATION
  • Table 47 ION IMPLANTATION: BASIC PROCESS
    • Raw Materials
  • Table 48 ION IMPLANTATION: TYPICAL RAW MATERIALS
    • Applications
  • Table 49 ION IMPLANTATION: DEVICES/APPLICATIONS
    • New Features and Improvements
    • Plasma Immersion Ion Implantation
    • IONIC DEPOSITION METHODS: CURRENT RAW MATERIALS MARKET STATUS
      • Current Market Summary
      • Revenues by Type
  • Table 50 RAW MATERIALS FOR IONIC DEPOSITION METHODS: REVENUES BY TYPE, WORLDWIDE, 2004
  • Figure 11 RAW MATERIALS FOR IONIC DEPOSITION METHODS: MARKET BY TYPE, WORLDWIDE, 2004
    • Revenues by Deposition Technology
  • Table 51 RAW MATERIALS FOR IONIC DEPOSITION METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
    • Revenues by Applications
  • Table 52 RAW MATERIALS FOR IONIC DEPOSITION METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
  • Figure 12 RAW MATERIALS FOR IONIC DEPOSITION METHODS: MARKET BY APPLICATION, WORLDWIDE, 2004 (%)
    • Revenues by Region
  • Table 53 RAW MATERIALS FOR IONIC DEPOSITION METHODS: REVENUES BY REGION, THROUGH 2004 ($ MILLIONS)
  • Figure 13 RAW MATERIALS FOR IONIC DEPOSITION METHODS: MARKET BY REGION, 2004 (%)
    • GROWTH TRENDS
      • Electronic Sector
      • Mechanical/chemical Sector
      • Medical Sector
    • PROJECTED RAW MATERIALS MARKETS FOR IONIC DEPOSITION TECHNOLOGIES
      • Key Observations
  • Table 54 FACTORS AFFECTING SALES OF RAW MATERIALS FOR IONIC DEPOSITION METHODS, THROUGH 2009
    • Market Forecast by Application
  • Table 55 FORECAST - RAW MATERIALS FOR IONIC DEPOSITION METHODS: REVENUES BY APPLICATION, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
  • Figure 14 FORECAST ｾ RAW MATERIALS FOR IONIC DEPOSITION METHODS: MARKET BY APPLICATION, WORLDWIDE, 2009 (%)
  • Figure 14 (CONTINUED)
    • Market Forecast by Region
  • Table 56 FORECAST ｾ RAW MATERIALS FOR IONIC DEPOSITION METHODS: REVENUES BY REGION, THROUGH 2009 ($ MILLIONS)
  • Figure 15 FORECAST - RAW MATERIALS FOR IONIC DEPOSITION METHODS: MARKET BY REGION, 2009 (%)
    • CHEMICAL VAPOR DEPOSITION
      • BASIC CVD TECHNOLOGY
  • Table 57 CHEMICAL VAPOR DEPOSITION: BASIC PROCESS
    • Raw Materials
  • Table 58 CHEMICAL VAPOR DEPOSITION: TYPICAL RAW MATERIALS
    • Applications
  • Table 59 CHEMICAL VAPOR DEPOSITION: DEVICES/APPLICATIONS
    • THERMAL CVD
      • Raw Materials and Applications
      • New Features and Improvements
      • Hot Filament CVD (HFCVD)
      • Rapid Thermal CVD (RTCVD)
      • Medium Temperature CVD (MTCVD)
    • ATMOSPHERIC PRESSURE CVD
      • Raw Materials
      • Applications
      • New Features and Improvements
      • Combustion CVD (CCVD)
  • Table 60 COMBUSTION CVD: TYPICAL RAW MATERIALS
  • Table 61 COMBUSTION CVD: DEVICES/APPLICATIONS
    • LOW-PRESSURE CVD (LPCVD)
      • Raw Materials
      • Applications
  • Table 62 LOW-PRESSURE CVD: DEVICES/APPLICATIONS
    • ULTRA-HIGH VACUUM CVD
      • Raw Materials
      • Applications
    • ATOMIC LAYER DEPOSITION/ATOMIC LAYER EPITAXY
      • Raw Materials
      • Applications
  • Table 63 ATOMIC LAYER DEPOSITION: DEVICES/APPLICATIONS
    • PLASMA ENHANCED CVD
      • Raw Materials
      • Applications
  • Table 64 PLASMA ENHANCED CVD: DEVICES/APPLICATIONS
    • New Features and Improvements
    • Remote Plasma Enhanced CVD (RPECVD)
    • Atmospheric Pressure Plasma CVD (APPCVD)
    • High Density Plasma CVD (HDPCVD)
  • Table 65 HIGH-DENSITY PLASMA CVD: TYPICAL RAW MATERIALS
    • Thermal Plasma CVD (TPCVD)
    • METAL-ORGANIC CVD
  • Table 66 METAL-ORGANIC CVD: BASIC PROCESS
    • Raw Materials
  • Table 67 METAL-ORGANIC CVD: TYPICAL RAW MATERIALS
  • Table 67 (CONTINUED)
    • Applications
  • Table 68 METAL-ORGANIC CVD: DEVICES/APPLICATIONS
    • New Features and Improvements
    • Plasma Enhanced Metal-Organic CVD (PEMOCVD)
    • CHEMICAL VAPOR INFILTRATION
      • Raw Materials
      • Applications
  • Table 69 CHEMICAL VAPOR INFILTRATION: DEVICES/APPLICATIONS
    • PHOTOCHEMICAL VAPOR DEPOSITION
      • Raw Materials
      • Applications
      • New Features and Improvements
      • Laser Enhanced CVD (LECVD)
  • Table 70 HIGH-DENSITY PLASMA CVD: TYPICAL RAW MATERIALS
  • Table 71 LASER ENHANCED CVD: DEVICES/APPLICATIONS
    • ION BEAM INDUCED CHEMICAL VAPOR DEPOSITION (IBICVD)
      • Raw Materials
      • Applications
    • ELECTRON BEAM CVD
      • Raw Materials
      • Applications
    • CHEMICAL VAPOR DEPOSITION METHODS: CURRENT RAW MATERIALS MARKET STATUS
      • Current Market Summary
      • Revenues by Type
  • Table 72 RAW MATERIALS FOR CVD METHODS: REVENUES BY TYPE, WORLDWIDE, THROUGH 2004 ($ MILLIONS)
    • Revenues by Deposition Technology
  • Table 73 RAW MATERIALS FOR CVD METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
    • Revenues by Applications
  • Table 74 RAW MATERIALS FOR CVD METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
  • Figure 16 RAW MATERIALS FOR CVD METHODS: MARKET BY APPLICATION, WORLDWIDE, 2004 (%)
    • Revenues by Region
  • Table 75 RAW MATERIALS FOR CVD METHODS: REVENUES BY REGION, THROUGH 2004 ($ MILLIONS)
  • Figure 17 RAW MATERIALS FOR CVD METHODS: MARKET BY REGION, 2004 (%)
    • GROWTH TRENDS
      • Electronics Sector
  • Figure 18 RAW MATERIALS FOR CVD METHODS: ELECTRONICS SECTOR, WORLDWIDE, 2004 (%)
    • Mechanical/Chemical Sector
  • Figure 19 RAW MATERIALS FOR CVD METHODS: MECHANICAL/CHEMICAL SECTOR, WORLDWIDE, 2004 (%)
    • Other Sectors
  • PROJECTED RAW MATERIALS MARKET FOR CVD TECHNOLOGIES
    • Key Observations
  • Table 76 FACTORS AFFECTING SALES OF RAW MATERIALS FOR CVD METHODS, THROUGH 2009
  • Table 76 (CONTINUED)
    • Market Forecast by Application
  • Table 77 FORECAST ｾ RAW MATERIALS FOR CVD METHODS: REVENUES BY APPLICATION, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
  • Figure 20 FORECAST - RAW MATERIALS CVD METHODS: MARKET BY APPLICATION, WORLDWIDE, 2009 (%)
  • Figure 20 (CONTINUED)
    • Market Forecast by Region
  • Table 78 FORECAST ｾ RAW MATERIALS FOR CVD METHODS: REVENUES BY REGION, THROUGH 2009 ($ MILLIONS)
  • Figure 21 FORECAST ｾ RAW MATERIALS FOR CVD METHODS: MARKET BY REGION, 2009 (%)
    • DUPLEX/HYBRID TECHNOLOGY
    • CHEMICAL SOLUTION DEPOSITION
      • BASIC CHEMICAL SOLUTION DEPOSITION TECHNOLOGY
  • Table 79 CHEMICAL SOLUTION DEPOSITION: TYPICAL ROUTES
  • Table 80 CHEMICAL SOLUTION DEPOSITION: BASIC PROCESS
    • Spin Coating
    • Dip Coating
    • Spray Coating
    • Spray Pyrolysis
    • SOL-GEL
      • The Polymeric Route and Raw Materials
  • Table 81 SOL-GEL/POLYMERIC ROUTE: TYPICAL RAW MATERIALS
    • The Colloidal Route and Raw Materials
  • Table 82 SOL-GEL/COLLOIDAL ROUTE: TYPICAL RAW MATERIALS
    • Other Sol-gel Routes and Raw Materials
  • Table 83 SOL-GEL/OTHER ROUTES: TYPICAL RAW MATERIALS
    • Applications
  • Table 84 SOL-GEL: DEVICES/APPLICATIONS
    • ORGANIC-INORGANIC HYBRIDS
      • Raw Materials
  • Table 85 ORGANIC-INORGANIC HYBRIDS: TYPICAL RAW MATERIALS
    • Applications
  • Table 86 ORGANIC-INORGANIC HYBRIDS: DEVICES/APPLICATIONS
    • Metal-Organic Deposition
    • Raw Materials
  • Table 87 METAL ORGANIC DEPOSITION: TYPICAL RAW MATERIALS
    • Applications
  • Table 88 METAL ORGANIC DEPOSITION: DEVICES/APPLICATIONS
    • CHELATE METHOD
      • Raw Materials
  • Table 89 CHELATE METHOD: TYPICAL RAW MATERIALS
    • Applications
  • Table 90 CHELATE METHOD: DEVICES/APPLICATIONS
    • NITRATE METHOD
    • CITRATE METHOD
    • PECHINI METHOD
      • Raw Materials
  • Table 91 PECHINI METHOD: TYPICAL RAW MATERIALS
    • Applications
  • Table 92 PECHINI METHOD: DEVICES/APPLICATIONS
    • OTHER LIQUID PHASE METHODS AND NEW DEVELOPMENTS
      • Liquid Phase Epitaxy
  • Table 93 LIQUID PHASE EPITAXY: BASIC PROCESS
    • Raw Materials
  • Table 94 LIQUID PHASE EPITAXY: TYPICAL RAW MATERIALS
    • Applications
  • Table 95 LIQUID PHASE EPITAXY: DEVICES/APPLICATIONS
    • Liquid Phase Deposition
    • Raw Materials
  • Table 96 LIQUID PHASE DEPOSITION: TYPICAL RAW MATERIALS
    • Applications
  • Table 97 LIQUID PHASE DEPOSITION: DEVICES/APPLICATIONS
    • Interfacial Polymerization
  • Table 98 INTERFACIAL POLYMERIZATION: TYPICAL RAW MATERIALS
  • Table 99 INTERFACIAL POLIMERIZATION: DEVICES/APPLICATIONS
    • Langmuir-Blodgett Deposition
  • Table 100 LANGMUIR-BLODGETT DEPOSITION: BASIC PROCESS
    • Raw Materials
  • Table 101 LANGMUIR-BLODGETT DEPOSITION: TYPICAL RAW MATERIALS
    • Applications
  • Table 102 LANGMUIR-BLODGETT DEPOSITION: DEVICES/APPLICATIONS
    • CHEMICAL SOLUTION DEPOSITION METHODS: CURRENT RAW MATERIALS MARKET STATUS
      • Current Market Summary
      • Revenues by Type
  • Table 103 RAW MATERIALS FOR CSD METHODS: REVENUES BY TYPE, WORLDWIDE, THROUGH 2004 ($ MILLIONS)
  • Figure 22 RAW MATERIALS FOR CSD METHODS: MARKET BY TYPE, WORLDWIDE, 2004 (%)
    • Revenues by Deposition Technology
  • Table 104 RAW MATERIALS FOR CSD METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
    • Revenues by Applications
  • Table 105 RAW MATERIALS FOR CSD METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
  • Figure 23 RAW MATERIALS FOR CSD METHODS: MARKET BY APPLICATION, WORLDWIDE, 2004 (%)
    • Revenues by Region
  • Table 106 RAW MATERIALS FOR CSD METHODS: REVENUES BY REGION, THROUGH 2004 ($ MILLIONS)
  • Figure 24 RAW MATERIALS FOR CSD METHODS: MARKET BY REGION, 2004 (%)
    • GROWTH TRENDS
      • Electronic Sector
  • Figure 25 RAW MATERIALS FOR CSD METHODS: ELECTRONIC SECTOR, WORLDWIDE, 2004 (%)
    • Mechanical/Chemical Sector
  • Figure 26 RAW MATERIALS FOR CSD METHODS: MECHANICAL/CHEMICAL SECTOR, WORLDWIDE, 2004 (%)
  • Figure 26 (CONTINUED)
    • Energy Supply Sector
    • Other Sectors
    • PROJECTED RAW MATERIALS MARKET FOR CSD TECHNOLOGIES
      • Key Observations
  • Table 107 FACTORS AFFECTING SALES OF RAW MATERIALS FOR CHEMICAL SOLUTION DEPOSITION METHODS, THROUGH 2009
    • Market Forecast by Application
  • Table 108 FORECAST ｾ RAW MATERIALS FOR CSD METHODS: REVENUES BY APPLICATION, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
  • Figure 27 FORECAST ｾ RAW MATERIALS FOR CSD METHODS: MARKET BY APPLICATION, WORLDWIDE, 2009 (%)
  • Figure 27 (CONTINUED)
    • Market Forecast by Region
  • Table 109 FORECAST ｾ RAW MATERIALS FOR CSD METHODS: REVENUES BY REGION, THROUGH 2009 ($ MILLIONS)
  • Figure 28 FORECAST ｾ RAW MATERIALS FOR CSD METHODS: MARKET BY REGION, 2009 (%)
    • PLATING TYPE DEPOSITION
      • ELECTROPLATING
  • Table 110 ELECTROPLATING: BASIC PROCESS
    • Raw Materials
  • Table 111 ELECTROPLATING: TYPICAL RAW MATERIALS
    • Applications
  • Table 112 ELECTROPLATING: DEVICES/APPLICATIONS
    • ELECTROLESS PLATING
      • Raw Materials
  • Table 113 ELECTROLESS PLATING: TYPICAL RAW MATERIALS
    • Applications
  • Table 114 ELECTROLESS PLATING: DEVICES/APPLICATIONS
    • ELECTROPHORETIC DEPOSITION
  • Table 115 ELECTROPHORETIC DEPOSITION: BASIC PROCESS
    • Raw Materials
  • Table 116 ELECTROPHORETIC DEPOSITION: TYPICAL RAW MATERIALS
    • Applications
  • Table 117 ELECTROPHORETIC DEPOSITION: DEVICES/APPLICATIONS
    • PLATING TYPE DEPOSITION METHODS: CURRENT RAW MATERIALS MARKET STATUS
      • Current Market Summary
      • Revenues by Type
  • Table 118 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: REVENUES BY TYPE, WORLDWIDE, 2004
    • Revenues by Deposition Technology
  • Table 119 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
    • Revenues by Applications
  • Table 120 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
  • Figure 29 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: MARKET BY APPLICATION, WORLDWIDE, 2004 (%)
    • Revenues by Region
  • Table 121 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: REVENUES BY REGION, THROUGH 2004 ($ MILLIONS)
  • Figure 30 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: MARKET BY REGION, 2004 (%)
    • GROWTH TRENDS
      • Electronics Sector
  • Figure 31 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: ELECTRONICS SECTOR, WORLDWIDE, 2004 (%)
    • Mechanical/Chemical Sector
    • Other Sectors
    • PROJECTED RAW MATERIALS MARKET FOR PLATING TYPE DEPOSITION TECHNOLOGIES
      • Key Observations
  • Table 122 FACTORS AFFECTING SALES OF RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS, THROUGH 2009
    • Market Forecast by Application
  • Table 123 FORECAST - RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: REVENUES BY APPLICATIONS, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
  • Figure 32 FORECAST - RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: MARKET BY APPLICATIONS, WORLDWIDE, 2009 (%)
    • Market Forecast by Region
  • Table 124 FORECAST - RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: REVENUES BY REGION, THROUGH 2009 ($ MILLIONS)
  • Figure 33 FORECAST - RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: MARKET BY REGION, 2009 (%)
  • Figure 33 (CONTINUED)
    • OTHER CHEMICAL DEPOSITION METHODS
      • FLAME HYDROLYSIS
        • Raw Materials
        • Applications
      • SPRAY PYROLYSIS
        • Raw Materials
  • Table 125 SPRAY PYROLYSIS: TYPICAL RAW MATERIALS
    • Applications
  • Table 126 SPRAY PYROLYSIS: DEVICES/APPLICATIONS
    • NEW FEATURES AND IMPROVEMENTS
      • Laser Reactive Deposition?
    • CURRENT RAW MATERIALS MARKET STATUS
      • Current Market Summary
      • Revenues by Deposition Technology
  • Table 127 RAW MATERIALS FOR OTHER CHEMICAL DEPOSITION METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
    • Revenues by Applications
  • Table 128 RAW MATERIALS FOR OTHER CHEMICAL DEPOSITION METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
    • Revenues by Region
  • Table 129 RAW MATERIALS FOR OTHER CHEMICAL DEPOSITION METHODS: REVENUES BY REGION, 2002-2004 ($ MILLIONS)
    • PROJECTED RAW MATERIALS MARKET
      • Market Forecast by Application
  • Table 130 FORECAST - RAW MATERIALS FOR OTHER CHEMICAL DEPOSITION METHODS: REVENUES BY APPLICATION, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
    • Market Forecast by Region
  • Table 131 FORECAST - RAW MATERIALS FOR OTHER CHEMICAL DEPOSITION METHODS: REVENUE BY REGION, THROUGH 2009 ($ MILLIONS)
• WORLDWIDE INDUSTRY STRUCTURE
  • WORLDWIDE INDUSTRY STRUCTURE
  • LEADING MANUFACTURERS OF THIN FILM RAW MATERIALS
  • Table 132 LEADING MANUFACTURERS OF THIN FILM RAW MATERIALS
  • Table 132 (CONTINUED)
  • Table 132 (CONTINUED)
    • THIN FILM RAW MATERIALS PRODUCTION BY REGION
  • Table 133 THIN FILM RAW MATERIALS PRODUCTION BY REGION, 2002-2009 (% OF SALES)
    • THIN FILM RAW MATERIALS CONSUMPTION BY REGION
  • Table 134 THIN FILM RAW MATERIALS: CONSUMPTION BY REGION, 2002-2009 (% OF SALES)
    • COMPANY PROFILES
      • AIR LIQUIDE, FRANCE
      • AIR PRODUCTS AND CHEMICALS, U.S.
      • AKZO NOBEL, THE NETHERLANDS
      • AMETEK SPECIALTY METAL PRODUCTS, U.S.
      • ATOTECH, GERMANY
      • BASF, GERMANY
      • BOC, UK
      • DOWA MINING, JAPAN
      • DOW CHEMICAL, U.S.
      • ENTHONE, U.S.
      • EPICHEM, UK
      • JOHNSON MATTHEY, UK
      • MACDERMID, U.S.
      • MERCK, GERMANY
      • MITSUI MINING AND SMELTING, JAPAN
      • NICHIA, JAPAN
      • NIKKO MATERIALS, JAPAN
      • OM GROUP, U.S.
      • PRAXAIR, U.S.
      • ROHM AND HAAS, U.S.
      • TOSOH, JAPAN
      • UMICORE, BELGIUM
      • VACUUM METALLURGICAL, JAPAN
      • W.C. HERAEUS, GERMANY
      • WILLIAMS ADVANCED MATERIALS, U.S.
    • TOP PLAYERS MARKET SHARE
  • Figure 34 THIN FILM RAW MATERIALS: TOP 25 MANUFACTURERS BY REGION, 2004 (% OF COMPANIES)
  • Figure 34 (CONTINUED)
  • Table 135 THIN FILM RAW MATERIALS: MARKET SHARE OF TOP 25 MANUFACTURERS, 2002-2003 (% OF TOTAL SALES)
  • Table 136 THIN FILM RAW MATERIALS: MARKET SHARE BY COMPANY, 2003 (% OF SALES)
• INDUSTRY COMPETITIVENESS
  • THIN FILM INDUSTRY DEVELOPMENT ACTIVITIES
  • Table 137 WORLDWIDE THIN FILM RESEARCH ORGANIZATIONS
  • Table 137 (CONTINUED)
  • Table 137 (CONTINUED)
  • Table 137 (CONTINUED)
  • Table 137 (CONTINUED)
    • UNITED STATES
  • Figure 35 CURRENT THIN FILM RESEARCH AND DEVELOPMENT, U.S. (%)
    • National Institute of Standards and Technologies (NIST)
  • Table 138 NIST/ATP THIN FILM TECHNOLOGY RESEARCH
    • Center for Thin Film Devices
  • Table 139 RESEARCH PARTNERS OF THE CENTER FOR THIN FILM DEVICES
  • Table 140 CENTER FOR THIN FILM DEVICES: THIN FILM TECHNOLOGY RESEARCH
    • MIT Department of Materials Science and Engineering
  • Table 141 MIT DMSE THIN FILM TECHNOLOGY RESEARCH
    • Sandia National Laboratories
  • Table 142 SNL THIN FILM TECHNOLOGY RESEARCH
    • EUROPE
  • Figure 36 CURRENT THIN FILM RESEARCH AND DEVELOPMENT, EUROPE (%)
    • Ecole Polytechnique, France
    • Fraunhofer-Gesellschaft Institutes, Germany
  • Table 143 IST THIN FILM TECHNOLOGY RESEARCH
    • Thin Film Growth Consortium, Sweden
  • Table 144 THIN FILM GROWTH CONSORTIUM: THIN FILM TECHNOLOGY RESEARCH
    • Wissenschaftsgemeinschaft Gottfried Wilhelm Leibniz, Germany
  • Table 145 IFW THIN FILM TECHNOLOGY RESEARCH
    • ASIA-PACIFIC
  • Figure 37 THIN FILM RESEARCH AND DEVELOPMENT BY APPLICATION, ASIA-PACIFIC, 2004 (%)
  • Figure 37 (CONTINUED)
    • National Institute of Advanced Industrial Science and Technology, Japan
  • Table 146 AIST THIN FILM TECHNOLOGY RESEARCH
    • Korea Institute of Science and Technology
  • Table 147 KIST THIN FILM TECHNOLOGY RESEARCH
    • REST OF THE WORLD
  • Figure 38 THIN FILM RESEARCH AND DEVELOPMENT BY APPLICATION, REST OF THE WORLD 2004 (%)
    • Institute for Microstructural Sciences, Canada
  • Table 148 IMS THIN FILM TECHNOLOGY RESEARCH
    • SUMMARY OF WORLDWIDE THIN FILM R&D ACTIVITIES
  • Figure 39 WORLDWIDE THIN FILM RESEARCH AND DEVELOPMENT BY APPLICATION, 2004 (%)
    • Industry Initiatives
    • OTHER CONSIDERATIONS
      • COST FACTOR
      • QUALITY FACTOR
      • TECHNOLOGY FACTOR
      • MANUFACTURING CAPABILITY
      • KEY GROWTH MARKETS
  • Table 149 WORLDWIDE GROWTH FORECAST FOR KEY THIN FILM APPLICATIONS
  • Table 150 COMPARISON OF SEMICONDUCTOR PRODUCTS AND THIN FILM RAW MATERIALS, WORLDWIDE, THROUGH 2009 ($ BILLIONS)
    • MARKET GROWTH FACTORS
      • DRIVING FORCES
      • IMPACT OF MARKET GROWTH FACTORS
  • Table 151 PERCENTAGE IMPACT OF MAJOR COMPETITIVE FACTORS ON THE GROWTH OF THE THIN FILM INDUSTRY
• THIN FILM TECHNOLOGY PATENT ANALYSIS
  • PATENTS BY DEPOSITION METHOD
  • Table 152 THIN FILM DEPOSITION METHODS PATENTS BY TYPE, 2004
    • PATENTS BY REGION
  • Table 153 THIN FILM DEPOSITION METHODS PATENTS BY REGION, 2004
  • Table 154 THIN FILM DEPOSITION METHODS WITH THE HIGHEST NUMBER OF PATENTS BY REGION, 2003
    • SAMPLE ABSTRACTS
      • METHOD FOR CONTROLLING TEMPERATURE DURING EBPVD DEPOSITION
      • NEW SPUTTERING TARGET FOR HIGH-SPEED DEPOSITION OF SiO2 FILMS
      • ENHANCED IONIZED PHYSICAL VAPOR DEPOSITION PROCESS AND EQUIPMENT
      • CHEMICAL VAPOR DEPOSITION PROCESS FOR DEPOSITING TITANIUM NITRIDE FILMS FROM AN ORGANO-METALLIC COMPOUND
      • CVD-PVD DEPOSITION PROCESS
      • SOL-GEL PROCESS FOR LOW DIELECTRIC CONSTANT THIN FILMS
      • ELECTROPLATING SOLUTION FOR HIGH-SPEED PLATING OF TIN-COPPER SOLDER

  LIST OF TABLES

• Summary Table:
  WORLDWIDE MARKET FOR THIN FILM RAW MATERIALS BY PROCESS TECHNOLOGIES, THROUGH 2009 ($ MILLIONS)
• Table 1 BASIC CONSTRUCTION STEPS OF A THIN FILM DEVICE
• Table 2 THIN FILM TECHNOLOGIES
• Table 3 APPLICATIONS FOR THIN FILM TECHNOLOGIES
• Table 4 THERMAL EVAPORATION: BASIC PROCESS
• Table 5 THERMAL EVAPORATION: TYPICAL RAW MATERIALS
• Table 6 THERMAL EVAPORATION: DEVICES/APPLICATIONS
• Table 7 ELECTRON BEAM EVAPORATION: BASIC PROCESS
• Table 8 ELECTRON BEAM EVAPORATION: TYPICAL RAW MATERIALS
• Table 9 ELECTRON BEAM EVAPORATION: DEVICES/APPLICATIONS
• Table 10 MOLECULAR BEAM EPITAXY: BASIC PROCESS
• Table 11 MOLECULAR BEAM EPITAXY: TYPICAL RAW MATERIALS
• Table 12 MOLECULAR BEAM EPITAXY: DEVICES/APPLICATIONS
• Table 13 MODIFICATIONS OF MOLECULAR BEAM EPITAXY: TYPICAL RAW MATERIALS
• Table 14 LASER ABLATION/PLD: BASIC PROCESS
• Table 15 LASER ABLATION/PLD: TYPICAL RAW MATERIALS
• Table 16 LASER ABLATION/PLD: DEVICES/APPLICATIONS
• Table 17 JET VAPOR DEPOSITION?: BASIC PROCESS
• Table 18 JET VAPOR DEPOSITION?: TYPICAL RAW MATERIALS
• Table 19 JET VAPOR DEPOSITION?: DEVICES/APPLICATIONS
• Table 20 RAW MATERIALS FOR EVAPORATION METHODS: REVENUES BY TYPE, WORLDWIDE, 2004
• Table 21 RAW MATERIALS FOR EVAPORATION METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
• Table 22 RAW MATERIALS FOR EVAPORATION METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
• Table 23 RAW MATERIALS FOR EVAPORATION METHODS: REVENUES BY REGION, 2002-2004 ($ MILLIONS)
• Table 24 FACTORS AFFECTING SALES OF RAW MATERIALS FOR EVAPORATION METHODS, THROUGH 2009
• Table 25 FORECAST - RAW MATERIALS FOR EVAPORATION METHODS: REVENUES BY APPLICATION, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
• Table 26 FORECAST ｾ RAW MATERIALS FOR EVAPORATION METHODS: REVENUES BY REGION, THROUGH 2009 ($ MILLIONS)
• Table 27 SPUTTERING: BASIC PROCESS
• Table 28 SPUTTERING: TYPICAL RAW MATERIALS
• Table 29 SPUTTERING: DEVICES/APPLICATIONS
• Table 30 RAW MATERIALS FOR SPUTTERING METHODS: REVENUES BY TYPE, WORLDWIDE, 2004
• Table 31 RAW MATERIALS FOR SPUTTERING METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
• Table 32 RAW MATERIALS FOR SPUTTERING METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
• Table 33 RAW MATERIALS FOR SPUTTERING METHODS: REVENUES BY REGION, THROUGH 2004 ($ MILLIONS)
• Table 34 FACTORS AFFECTING SALES OF RAW MATERIALS FOR SPUTTERING METHODS, THROUGH 2009
• Table 35 FORECAST - RAW MATERIALS FOR SPUTTERING METHODS: REVENUES BY APPLICATION, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
• Table 36 FORECAST - RAW MATERIALS FOR SPUTTERING METHODS: REVENUES BY REGION, THROUGH 2009 ($ MILLIONS)
• Table 37 ION PLATING: BASIC PROCESS
• Table 38 ION PLATING: TYPICAL RAW MATERIALS
• Table 39 ION PLATING: DEVICES/APPLICATIONS
• Table 40 IONIZED PVD: BASIC PROCESS
• Table 41 PLASMA IMMERSION ION DEPOSITION: BASIC PROCESS
• Table 42 PLASMA IMMERSION ION DEPOSITION: TYPICAL RAW MATERIALS
• Table 43 PLASMA IMMERSION ION DEPOSITION: DEVICES/APPLICATIONS
• Table 44 IONIZED CLUSTER BEAM DEPOSITION: BASIC PROCESS
• Table 45 IONIZED CLUSTER BEAM DEPOSITION: TYPICAL RAW MATERIALS
• Table 46 IONIZED CLUSTER BEAM DEPOSITION: DEVICES/APPLICATIONS
• Table 47 ION IMPLANTATION: BASIC PROCESS
• Table 48 ION IMPLANTATION: TYPICAL RAW MATERIALS
• Table 49 ION IMPLANTATION: DEVICES/APPLICATIONS
• Table 50 RAW MATERIALS FOR IONIC DEPOSITION METHODS: REVENUES BY TYPE, WORLDWIDE, 2004
• Table 51 RAW MATERIALS FOR IONIC DEPOSITION METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
• Table 52 RAW MATERIALS FOR IONIC DEPOSITION METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
• Table 53 RAW MATERIALS FOR IONIC DEPOSITION METHODS: REVENUES BY REGION, THROUGH 2004 ($ MILLIONS)
• Table 54 FACTORS AFFECTING SALES OF RAW MATERIALS FOR IONIC DEPOSITION METHODS, THROUGH 2009
• Table 55 FORECAST - RAW MATERIALS FOR IONIC DEPOSITION METHODS: REVENUES BY APPLICATION, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
• Table 56 FORECAST ｾ RAW MATERIALS FOR IONIC DEPOSITION METHODS: REVENUES BY REGION, THROUGH 2009 ($ MILLIONS)
• Table 57 CHEMICAL VAPOR DEPOSITION: BASIC PROCESS
• Table 58 CHEMICAL VAPOR DEPOSITION: TYPICAL RAW MATERIALS
• Table 59 CHEMICAL VAPOR DEPOSITION: DEVICES/APPLICATIONS
• Table 60 COMBUSTION CVD: TYPICAL RAW MATERIALS
• Table 61 COMBUSTION CVD: DEVICES/APPLICATIONS
• Table 62 LOW-PRESSURE CVD: DEVICES/APPLICATIONS
• Table 63 ATOMIC LAYER DEPOSITION: DEVICES/APPLICATIONS
• Table 64 PLASMA ENHANCED CVD: DEVICES/APPLICATIONS
• Table 65 HIGH-DENSITY PLASMA CVD: TYPICAL RAW MATERIALS
• Table 66 METAL-ORGANIC CVD: BASIC PROCESS
• Table 67 METAL-ORGANIC CVD: TYPICAL RAW MATERIALS
• Table 68 METAL-ORGANIC CVD: DEVICES/APPLICATIONS
• Table 69 CHEMICAL VAPOR INFILTRATION: DEVICES/APPLICATIONS
• Table 70 HIGH-DENSITY PLASMA CVD: TYPICAL RAW MATERIALS
• Table 71 LASER ENHANCED CVD: DEVICES/APPLICATIONS
• Table 72 RAW MATERIALS FOR CVD METHODS: REVENUES BY TYPE, WORLDWIDE, THROUGH 2004 ($ MILLIONS)
• Table 73 RAW MATERIALS FOR CVD METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
• Table 74 RAW MATERIALS FOR CVD METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
• Table 75 RAW MATERIALS FOR CVD METHODS: REVENUES BY REGION, THROUGH 2004 ($ MILLIONS)
• Table 76 FACTORS AFFECTING SALES OF RAW MATERIALS FOR CVD METHODS, THROUGH 2009
• Table 77 FORECAST ｾ RAW MATERIALS FOR CVD METHODS: REVENUES BY APPLICATION, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
• Table 78 FORECAST ｾ RAW MATERIALS FOR CVD METHODS: REVENUES BY REGION, THROUGH 2009 ($ MILLIONS)
• Table 79 CHEMICAL SOLUTION DEPOSITION: TYPICAL ROUTES
• Table 80 CHEMICAL SOLUTION DEPOSITION: BASIC PROCESS
• Table 81 SOL-GEL/POLYMERIC ROUTE: TYPICAL RAW MATERIALS
• Table 82 SOL-GEL/COLLOIDAL ROUTE: TYPICAL RAW MATERIALS
• Table 83 SOL-GEL/OTHER ROUTES: TYPICAL RAW MATERIALS
• Table 84 SOL-GEL: DEVICES/APPLICATIONS
• Table 85 ORGANIC-INORGANIC HYBRIDS: TYPICAL RAW MATERIALS
• Table 86 ORGANIC-INORGANIC HYBRIDS: DEVICES/APPLICATIONS
• Table 87 METAL ORGANIC DEPOSITION: TYPICAL RAW MATERIALS
• Table 88 METAL ORGANIC DEPOSITION: DEVICES/APPLICATIONS
• Table 89 CHELATE METHOD: TYPICAL RAW MATERIALS
• Table 90 CHELATE METHOD: DEVICES/APPLICATIONS
• Table 91 PECHINI METHOD: TYPICAL RAW MATERIALS
• Table 92 PECHINI METHOD: DEVICES/APPLICATIONS
• Table 93 LIQUID PHASE EPITAXY: BASIC PROCESS
• Table 94 LIQUID PHASE EPITAXY: TYPICAL RAW MATERIALS
• Table 95 LIQUID PHASE EPITAXY: DEVICES/APPLICATIONS
• Table 96 LIQUID PHASE DEPOSITION: TYPICAL RAW MATERIALS
• Table 97 LIQUID PHASE DEPOSITION: DEVICES/APPLICATIONS
• Table 98 INTERFACIAL POLYMERIZATION: TYPICAL RAW MATERIALS
• Table 99 INTERFACIAL POLIMERIZATION: DEVICES/APPLICATIONS
• Table 100 LANGMUIR-BLODGETT DEPOSITION: BASIC PROCESS
• Table 101 LANGMUIR-BLODGETT DEPOSITION: TYPICAL RAW MATERIALS
• Table 102 LANGMUIR-BLODGETT DEPOSITION: DEVICES/APPLICATIONS
• Table 103 RAW MATERIALS FOR CSD METHODS: REVENUES BY TYPE, WORLDWIDE, THROUGH 2004 ($ MILLIONS)
• Table 104 RAW MATERIALS FOR CSD METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
• Table 105 RAW MATERIALS FOR CSD METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
• Table 106 RAW MATERIALS FOR CSD METHODS: REVENUES BY REGION, THROUGH 2004 ($ MILLIONS)
• Table 107 FACTORS AFFECTING SALES OF RAW MATERIALS FOR CHEMICAL SOLUTION DEPOSITION METHODS, THROUGH 2009
• Table 108 FORECAST ｾ RAW MATERIALS FOR CSD METHODS: REVENUES BY APPLICATION, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
• Table 109 FORECAST ｾ RAW MATERIALS FOR CSD METHODS: REVENUES BY REGION, THROUGH 2009 ($ MILLIONS)
• Table 110 ELECTROPLATING: BASIC PROCESS
• Table 111 ELECTROPLATING: TYPICAL RAW MATERIALS
• Table 112 ELECTROPLATING: DEVICES/APPLICATIONS
• Table 113 ELECTROLESS PLATING: TYPICAL RAW MATERIALS
• Table 114 ELECTROLESS PLATING: DEVICES/APPLICATIONS
• Table 115 ELECTROPHORETIC DEPOSITION: BASIC PROCESS
• Table 116 ELECTROPHORETIC DEPOSITION: TYPICAL RAW MATERIALS
• Table 117 ELECTROPHORETIC DEPOSITION: DEVICES/APPLICATIONS
• Table 118 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: REVENUES BY TYPE, WORLDWIDE, 2004
• Table 119 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
• Table 120 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
• Table 121 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: REVENUES BY REGION, THROUGH 2004 ($ MILLIONS)
• Table 122 FACTORS AFFECTING SALES OF RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS, THROUGH 2009
• Table 123 FORECAST - RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: REVENUES BY APPLICATIONS, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
• Table 124 FORECAST - RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: REVENUES BY REGION, THROUGH 2009 ($ MILLIONS)
• Table 125 SPRAY PYROLYSIS: TYPICAL RAW MATERIALS
• Table 126 SPRAY PYROLYSIS: DEVICES/APPLICATIONS
• Table 127 RAW MATERIALS FOR OTHER CHEMICAL DEPOSITION METHODS: REVENUES BY DEPOSITION TECHNOLOGY, WORLDWIDE, 2004
• Table 128 RAW MATERIALS FOR OTHER CHEMICAL DEPOSITION METHODS: REVENUES BY APPLICATION, WORLDWIDE, 2004
• Table 129 RAW MATERIALS FOR OTHER CHEMICAL DEPOSITION METHODS: REVENUES BY REGION, 2002-2004 ($ MILLIONS)
• Table 130 FORECAST - RAW MATERIALS FOR OTHER CHEMICAL DEPOSITION METHODS: REVENUES BY APPLICATION, WORLDWIDE, THROUGH 2009 ($ MILLIONS)
• Table 131 FORECAST - RAW MATERIALS FOR OTHER CHEMICAL DEPOSITION METHODS: REVENUE BY REGION, THROUGH 2009 ($ MILLIONS)
• Table 132 LEADING MANUFACTURERS OF THIN FILM RAW MATERIALS
• Table 133 THIN FILM RAW MATERIALS PRODUCTION BY REGION, 2002-2009 (% OF SALES)
• Table 134 THIN FILM RAW MATERIALS: CONSUMPTION BY REGION, 2002-2009 (% OF SALES)
• Table 135 THIN FILM RAW MATERIALS: MARKET SHARE OF TOP 25 MANUFACTURERS, 2002-2003 (% OF TOTAL SALES)
• Table 136 THIN FILM RAW MATERIALS: MARKET SHARE BY COMPANY, 2003 (% OF SALES)
• Table 137 WORLDWIDE THIN FILM RESEARCH ORGANIZATIONS
• Table 138 NIST/ATP THIN FILM TECHNOLOGY RESEARCH
• Table 139 RESEARCH PARTNERS OF THE CENTER FOR THIN FILM DEVICES
• Table 140 CENTER FOR THIN FILM DEVICES: THIN FILM TECHNOLOGY RESEARCH
• Table 141 MIT DMSE THIN FILM TECHNOLOGY RESEARCH
• Table 142 SNL THIN FILM TECHNOLOGY RESEARCH
• Table 143 IST THIN FILM TECHNOLOGY RESEARCH
• Table 144 THIN FILM GROWTH CONSORTIUM: THIN FILM TECHNOLOGY RESEARCH
• Table 145 IFW THIN FILM TECHNOLOGY RESEARCH
• Table 146 AIST THIN FILM TECHNOLOGY RESEARCH
• Table 147 KIST THIN FILM TECHNOLOGY RESEARCH
• Table 148 IMS THIN FILM TECHNOLOGY RESEARCH
• Table 149 WORLDWIDE GROWTH FORECAST FOR KEY THIN FILM APPLICATIONS
• Table 150 COMPARISON OF SEMICONDUCTOR PRODUCTS AND THIN FILM RAW MATERIALS, WORLDWIDE, THROUGH 2009 ($ BILLIONS)
• Table 151 PERCENTAGE IMPACT OF MAJOR COMPETITIVE FACTORS ON THE GROWTH OF THE THIN FILM INDUSTRY
• Table 152 THIN FILM DEPOSITION METHODS PATENTS BY TYPE, 2004
• Table 153 THIN FILM DEPOSITION METHODS PATENTS BY REGION, 2004
• Table 154 THIN FILM DEPOSITION METHODS WITH THE HIGHEST NUMBER OF PATENTS BY REGION, 2003

  LIST OF FIGURES

• Summary Figure:
  WORLDWIDE MARKET FOR THIN FILM RAW MATERIALS BY PROCESS TECHNOLOGIES, 2002-2009 ($ MILLIONS)
• Figure 1 RAW MATERIALS FOR EVAPORATION METHODS: MARKET BY TYPE, WORLDWIDE, 2004 (%)
• Figure 2 RAW MATERIALS FOR EVAPORATION METHODS: MARKET BY APPLICATION, WORLDWIDE, 2004 (%)
• Figure 3 RAW MATERIALS FOR EVAPORATION METHODS: MARKETS BY REGION, 2004 (%)
• Figure 4 FORECAST - RAW MATERIALS FOR EVAPORATION METHODS: MARKET BY APPLICATION, WORLDWIDE, 2009 (%)
• Figure 5 FORECAST - RAW MATERIALS FOR EVAPORATION METHODS: MARKET BY REGION, 2009 (%)
• Figure 6 RAW MATERIALS FOR SPUTTERING METHODS: MARKET BY TYPE, WORLDWIDE, 2004 (%)
• Figure 7 RAW MATERIALS FOR SPUTTERING METHODS: MARKET BY APPLICATION, WORLDWIDE, 2004 (%)
• Figure 8 RAW MATERIALS FOR SPUTTERING METHODS: MARKETS BY REGION, 2004 (%)
• Figure 9 FORECAST - RAW MATERIALS FOR SPUTTERING METHODS: MARKET BY APPLICATION, WORLDWIDE, 2009 (%)
• Figure 10 FORECAST - RAW MATERIALS FOR SPUTTERING METHODS: MARKET BY REGION, 2009 (%)
• Figure 11 RAW MATERIALS FOR IONIC DEPOSITION METHODS: MARKET BY TYPE, WORLDWIDE, 2004
• Figure 12 RAW MATERIALS FOR IONIC DEPOSITION METHODS: MARKET BY APPLICATION, WORLDWIDE, 2004 (%)
• Figure 13 RAW MATERIALS FOR IONIC DEPOSITION METHODS: MARKET BY REGION, 2004 (%)
• Figure 14 FORECAST ｾ RAW MATERIALS FOR IONIC DEPOSITION METHODS: MARKET BY APPLICATION, WORLDWIDE, 2009 (%)
• Figure 15 FORECAST - RAW MATERIALS FOR IONIC DEPOSITION METHODS: MARKET BY REGION, 2009 (%)
• Figure 16 RAW MATERIALS FOR CVD METHODS: MARKET BY APPLICATION, WORLDWIDE, 2004 (%)
• Figure 17 RAW MATERIALS FOR CVD METHODS: MARKET BY REGION, 2004 (%)
• Figure 18 RAW MATERIALS FOR CVD METHODS: ELECTRONICS SECTOR, WORLDWIDE, 2004 (%)
• Figure 19 RAW MATERIALS FOR CVD METHODS: MECHANICAL/CHEMICAL SECTOR, WORLDWIDE, 2004 (%)
• Figure 20 FORECAST - RAW MATERIALS CVD METHODS: MARKET BY APPLICATION, WORLDWIDE, 2009 (%)
• Figure 21 FORECAST ｾ RAW MATERIALS FOR CVD METHODS: MARKET BY REGION, 2009 (%)
• Figure 22 RAW MATERIALS FOR CSD METHODS: MARKET BY TYPE, WORLDWIDE, 2004 (%)
• Figure 23 RAW MATERIALS FOR CSD METHODS: MARKET BY APPLICATION, WORLDWIDE, 2004 (%)
• Figure 24 RAW MATERIALS FOR CSD METHODS: MARKET BY REGION, 2004 (%)
• Figure 25 RAW MATERIALS FOR CSD METHODS: ELECTRONIC SECTOR, WORLDWIDE, 2004 (%)
• Figure 26 RAW MATERIALS FOR CSD METHODS: MECHANICAL/CHEMICAL SECTOR, WORLDWIDE, 2004 (%)
• Figure 27 FORECAST ｾ RAW MATERIALS FOR CSD METHODS: MARKET BY APPLICATION, WORLDWIDE, 2009 (%)
• Figure 28 FORECAST ｾ RAW MATERIALS FOR CSD METHODS: MARKET BY REGION, 2009 (%)
• Figure 29 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: MARKET BY APPLICATION, WORLDWIDE, 2004 (%)
• Figure 30 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: MARKET BY REGION, 2004 (%)
• Figure 31 RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: ELECTRONICS SECTOR, WORLDWIDE, 2004 (%)
• Figure 32 FORECAST - RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: MARKET BY APPLICATIONS, WORLDWIDE, 2009 (%)
• Figure 33 FORECAST - RAW MATERIALS FOR PLATING TYPE DEPOSITION METHODS: MARKET BY REGION, 2009 (%)
• Figure 34 THIN FILM RAW MATERIALS: TOP 25 MANUFACTURERS BY REGION, 2004 (% OF COMPANIES)
• Figure 35 CURRENT THIN FILM RESEARCH AND DEVELOPMENT, U.S. (%)
• Figure 36 CURRENT THIN FILM RESEARCH AND DEVELOPMENT, EUROPE (%)
• Figure 37 THIN FILM RESEARCH AND DEVELOPMENT BY APPLICATION, ASIA-PACIFIC, 2004 (%)
• Figure 38 THIN FILM RESEARCH AND DEVELOPMENT BY APPLICATION, REST OF THE WORLD 2004 (%)
• Figure 39 WORLDWIDE THIN FILM RESEARCH AND DEVELOPMENT BY APPLICATION, 2004 (%)