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市場調查報告書

薄膜的全球市場：原料、技術、裝置

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

出版商 BCC Research
出版日期 2005年03月 商品編碼 27350
內容資訊 英文 227 pages 154 tables
價格
本報告書已不再販售

本報告已在2011年07月19日停止出版。

簡介

薄膜原料的全球市場在 2004 年創下 71 億美金的紀錄。此外一般預料未來將會持續以年度平均成長率 13.7％ 的速度成長，並且將在 2009 年達到 135 億美金的市場規模。

在各產業領域裡，專門從事成長市場的戰略性調查的市調公司 Business Communications Company, Inc.（總公司：康乃迪克州），詳盡地調查與分析薄膜製造技術與應用方式、薄膜原料與其全球市場，並出版綜合報告書“Thin Films: Raw materials, Technologies, Devices”。

此報告書使用包括 193 張圖表在內的 227 頁篇幅，除了說明有關傳統及革新薄膜技術的最新情報、各技術類別的原料市場、薄膜原料的全球市場及至 2009 年前的未來預測，也探討全球產業架構分析、全球研究開發活動分析、美國專利分析等。此報告書的概略架構如下所示。

說明

摘要

概要

  • 薄膜產業的重要性
  • 薄膜加工的歷史與現況
  • 薄膜產業的解說：過程與應用方式

各技術的原料市場

  • 薄膜的技術、原料、應用方式
  • 蒸發的物理性氣相沉積
    • 熱的蒸發法
    • 電子束
    • 反應氣相沉積
    • 分子線磊晶
    • 雷射融蝕與脈衝雷射堆積法
    • Jet Vapor Deposition
  • 濺鍍的物理性氣相沉積
    • 簡歷
    • 基礎技術
    • 新功能與改良
  • 離子的物理性氣相沉積
    • 離子熔接
    • 離子化物理性氣相沉積
    • 電漿浸入離子氣相沉積
    • 離子化團束氣相沉積
    • 離子注入
  • 化學氣相沉積 (CVD)
    • 基礎技術
    • 熱的CVD
    • 大氣壓CVD
    • 低壓CVD
    • 超高真空CVD
    • 原子層氣相沉積/原子層磊晶
    • 電漿CVD
    • 有機金屬CVD
    • 化學蒸氣滲透法
    • 光化學氣相沉積
    • IBICVD
    • 電子束CVD
  • 複合技術
  • 化學溶劑堆積法
    • 基礎技術
    • SOL-GEL法
    • 有機無機混合體
    • 螯合物法
    • 硝酸法
    • 檸檬酸鹽法
    • Pechini法
    • 其他液相法與新開發
  • 熔接法堆積
    • 電力熔接
    • 無電解熔接
    • 電泳堆積法
  • 其他化學性堆積法
    • 火焰堆積法
    • 噴霧熱分解
    • 新機能與改良

全球的產業架構

  • 全球的產業架構
  • 薄膜原料的主要製造業者
  • 各地薄膜原料的生產
  • 各地薄膜原料的消費
  • 企業檔案
  • 首位企業的市場佔有狀況

產業競爭

  • 薄膜產業的開發活動
  • 其他材料
  • 市場成長要素

薄膜技術的專利分析

  • 各堆積方式專利
  • 各地專利
  • 摘錄

目錄

INTRODUCTION

Thin film technologies continue to evolve and their use is broadening. In fact, with the growing need for component and assembly miniaturization, well established thick film processes are rapidly approaching their technological limits. As a result, more and more manufacturers of electronic, mechanical, chemical, optical and energy supply devices now are considering replacing conventional thick film processes with thin film technologies to manufacture smaller components and parts. In addition, thin film technology allows the creation of new families of products, modifying and enhancing the properties of bulk material by deposition of a top thin layer having different composition and morphology.

This BCC study supplies an updated review of the technologies used in the fabrication of thin film devices, outlines the various applications of these technologies, identifies the most common raw materials used for each thin film deposition process and evaluates worldwide markets for thin film raw materials. The report also assesses the thin film industry痴 growth potential over a five-year period through 2009. Particular focus is placed on investigating emerging thin film technologies, applications and materials, and the way they will affect the market. The result is a comprehensive market analysis of the thin film industry at the present time and an outline of its future direction.

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 (%)
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