UID:
almahu_9948026060302882
Format:
1 online resource (497 p.)
ISBN:
0-08-094731-X
,
1-282-76965-0
,
9786612769658
,
1-282-02775-1
,
9786612027758
,
0-8155-1947-8
Series Statement:
Materials science and process technology series
Content:
This new book from William Andrew Publishing is the only practical reference available for anyone employing the roll-to-roll deposition process. Vacuum Deposition onto Webs, Films and Foils is an expansive journey of the process; benefiting manufacturing efficiency, unit cost reduction, and financial results. It is a sweeping approach to the total design of the vacuum deposition process written by a successful and world renowned consultant with three decades of experience.Roll-to-roll deposition processing is a high growth industry and this reference covers a wide variety of important
Note:
Description based upon print version of record.
,
Front Cover; Vacuum Deposition onto Webs, Films, and Foils; Copyright Page; Contents; Preface; Part 1: Vacuum Basics; Chapter 1. Vacuum, What It Is and Why It Can Be Useful; 1.1 What is a Vacuum?; 1.2 What is a Gas?; 1.3 Pressure; 1.4 Partial Pressure; 1.5 Vapor Pressure; 1.6 Saturated Vapor Pressure; 1.7 Why Do We Need a Vacuum?; 1.8 Mean Free Path; Bibliography; Chapter 2. Products Using Vacuum Deposited Coatings; 2.1 Metallized Packaging Film; 2.2 Capacitor Films; 2.3 Optical Data Storage Tapes; 2.4 Holographic Coatings; 2.5 Flake Pigments; 2.6 Transparent Barrier Coatings
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2.7 Transparent Conducting Oxides2.8 Energy Conservation Windows; 2.9 Solar Cells; 2.10 Solar Absorbers; 2.11 Flexible Circuits; 2.12 Optical Variable Devices; 2.13 Magnetic Electronic Article Surveillance Tags; 2.14 Pyrotechnics; 2.15 Thin Film Batteries; References; Chapter 3. Pressure Measurement; 3.1 Bourdon Gauge; 3.2 Pirani and Thermocouple Gauges; 3.3 Capacitance Manometer; 3.4 Penning or Cold Cathode Ionization Gauge; 3.5 Ion or Hot Cathode Ionization Gauge; Bibliography; Chapter 4. Pumping; 4.1 Rotary or Roughing Pumps; 4.2 Rootes Pumps or Blowers; 4.3 Diffusion Pumps
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4.4 Turbomolecular Pumps4.5 Getter or Sputter Ion Pump; 4.6 Cryopumps; 4.7 Pumping Strategy; 4.8 System Pumping; 4.9 Conclusions; References and Bibliography; Chapter 5. Process Diagnostics and Coating Characteristics; 5.1 Reflectance (R), Transmittance (T), and Absorbance (A); 5.2 Optical Density; 5.3 Measurement of R, T, and A; 5.4 Conductivity/Resistivity; 5.5 Online Resistance Monitoring; 5.6 Transparent Conducting Coatings; 5.7 Residual Gas Analyzers; 5.8 Plasma Emission Monitors; 5.9 Thickness; 5.10 Barrier; 5.11 Artificial Intelligence and Neural Network Control Systems
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5.12 Chemometrics5.13 Surface Energy Measurements; 5.14 Emissivity; References; Chapter 6. Leaks, Water Vapor, and Leak Testing; 6.1 Real Leaks; 6.2 Imaginary Leaks; 6.3 Outgassing and Water Vapor; 6.4 Leak Detection; References; Chapter 7. Mass Spectrometers, Helium Leak Detectors, and Residual Gas Analyzers; References; Part 2: Substrates, Surface Modification, and Nucleation; Chapter 8. Substrates-Surface Quality, Cleaning-Adhesion; 8.1 Substrates; 8.2 Polymer Surface Quality; 8.3 Polymer Substrate Cleaning; 8.4 Polymer Surface Etching; 8.5 Metal Web and Surface Quality
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8.6 Metal Surface Contamination and Cleaning8.7 Paper; 8.8 Foams, Nonwovens, and Textiles; 8.9 The "Sellotape" Test; 8.10 Adhesion Tests; 8.11 Cores; 8.12 Packaging; References; Chapter 9. Surface Treatment of Webs and Foils; 9.1 Atmospheric Treatments; 9.2 Cleaning and Sealing; 9.3 Cleaning; 9.4 System Design Considerations; 9.5 Polymer Coating-Basic Information; 9.6 Overall Comments; References; Chapter 10. Nucleation, Coalescence, and Film Growth; 10.1 Thin Film-Thick Film; 10.2 Nucleation; 10.3 Coalescence; 10.4 Network and Percolation Threshold; 10.5 Holes; 10.6 Film Growth; 10.7 Energy
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10.8 Electrical and Optical Performance
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English
Additional Edition:
ISBN 0-8155-1535-9
Language:
English
