Ceramic films and coatings

Summary

Titles

• Full Title: Ceramic films and coatings/ edited by John B. Wachtman and Richard A. Haber.

Series Statement

• Warning: Array to string conversion in /var/www/html/wp-includes/formatting.php on line 1128 Array

Notes

• Includes bibliographical references (p. 437-441) and index.
• 1. Ceramic Films and Coatings -- An Overview / John B. Wachtman and Richard A. Haber. 2.0. Areas of Application of Ceramic Films and Coatings. 3.0. Processing of Ceramic Films and Coatings. 4.0. Characterization of Ceramic Films and Coatings. 5.0. Trends in Ceramic Films and Coatings. 6.0. Concept of the Present Book -- Appendix A. List of Abbreviations and Acronyms -- 2. CVD Coated Cutting Tools / Thomas E. Hale. 2.0. TiC Coatings. 3.0. TiN Coatings. 4.0. Al[subscript 2]O[subscript 3] Coatings. 5.0. Multi-Layer Coatings. 6.0. Coating Thickness Optimization. 7.0. Other Coatings -- 3. Wear Resistant Thin Films by Ion Implantation / Carl J. McHargue. 2.0. Wear Processes in Ceramics. 3.0. Fundamental Processes in Ion-Solid Interactions. 4.0. Ion Implantation of Ceramics. 5.0. Ion Beam Mixing. 6.0. Ion Beam Assisted Deposition -- 4. Corrosion Resistant Thick Films by Enamelling / Frank A. Kuchinski. 1.0. Introduction to Porcelain Enamels. 2.0. Porcelain Enamelling Principles and Theories. 3.0. Applications and Improvement Methods for Protective Porcelain Enamel Coatings -- 5. Plasma Sprayed Ceramic Coatings / Herbert Herman, Christopher C. Berndt and Hougong Wang. 2.0. Plasma Spraying. 3.0. Alumina-Based Ceramics. 4.0. Thermal Barrier Coatings. 5.0. Plasma Sprayed High Tc Superconductors. 6.0. Test Methodologies -- 6. Optical Thin Films / David G. Coult. 2.0. Optical Thin Film Design. 3.0. Thin Film Materials. 4.0. Deposition Process. 5.0. Film Properties. 6.0. Attempts at Improved Properties -- 7. Sol-Gel Derived Ceramic Coatings / Brian D. Fabes, Brian J.J. Zelinski and Donald R. Uhlmann. 2.0. Sol-Gel Processing. 3.0. Coatings via Sol-Gel Processing. 4.0. Applications. 5.0. Outstanding Problems. 6.0. Future Directions -- 8. Electronic Thick Film Technology / Daniel J. Shanefield. 2.0. Materials. 3.0. Resistors. 4.0. Dielectrics. 5.0. Capacitors. 6.0. Future Directions -- 9. Electronic Films from Metallo-Organic Precursors / Robert W. Vest. 2.0. Metallo-Organic Systems. 3.0. Processing. 4.0. Examples of MOD Films -- 10. Chemical Characterization Techniques for Thin Films / Robert Caracciolo. 2.0. X-Ray Photoelectron Spectroscopy (XPS). 3.0. Auger Electron Spectroscopy (AES). 4.0. Backscattering Spectrometry (RBS and ISS). 5.0. Secondary Ion Mass Spectroscopy (SIMS) -- 11. High T[subscript c] Superconducting Thin Films / X.D. Wu, A. Inam and T. Venkatesan. 2.0. Vacuum Deposition. 3.0. Non-Vacuum Deposition. 4.0. Comparison of the Thin Film Techniques. 5.0. Other High T[subscript c] Superconductors. 6.0. Substrate. 7.0. Applications -- 12. Chemical Vapor Deposited Diamond / Albert Feldman, Edward N. Farabaugh and Lawrence H. Robins. 2.0. Historical Background. 3.0. Methods of Deposition. 4.0. Growth and Quality of CVD Diamond. 5.0. Thermal Properties of CVD Diamond. 6.0. Optical Properties. 7.0. Mechanical Properties. 6.0. Polishing CVD Diamond.

Identifiers

• Isbns: 0815513186; 9780815513186
• Oclc Number: (OCoLC)910367395

Publication Statement

• Place: Park Ridge, N.J., U.S.A.
• Publisher: Noyes Publications
• Date: 1993

Physical Description

• Extent: xviii, 447 p. :
• Dimensions: 25 cm.
• Illustrations: ill. ;

Table Of Contents

• 1. Ceramic Films and Coatings -- An Overview / John B. Wachtman and Richard A. Haber. 2.0. Areas of Application of Ceramic Films and Coatings. 3.0. Processing of Ceramic Films and Coatings. 4.0. Characterization of Ceramic Films and Coatings. 5.0. Trends in Ceramic Films and Coatings. 6.0. Concept of the Present Book -- Appendix A. List of Abbreviations and Acronyms -- 2. CVD Coated Cutting Tools / Thomas E. Hale. 2.0. TiC Coatings. 3.0. TiN Coatings. 4.0. Al[subscript 2]O[subscript 3] Coatings. 5.0. Multi-Layer Coatings. 6.0. Coating Thickness Optimization. 7.0. Other Coatings -- 3. Wear Resistant Thin Films by Ion Implantation / Carl J. McHargue. 2.0. Wear Processes in Ceramics. 3.0. Fundamental Processes in Ion-Solid Interactions. 4.0. Ion Implantation of Ceramics. 5.0. Ion Beam Mixing. 6.0. Ion Beam Assisted Deposition -- 4. Corrosion Resistant Thick Films by Enamelling / Frank A. Kuchinski. 1.0. Introduction to Porcelain Enamels. 2.0. Porcelain Enamelling Principles and Theories. 3.0. Applications and Improvement Methods for Protective Porcelain Enamel Coatings -- 5. Plasma Sprayed Ceramic Coatings / Herbert Herman, Christopher C. Berndt and Hougong Wang. 2.0. Plasma Spraying. 3.0. Alumina-Based Ceramics. 4.0. Thermal Barrier Coatings. 5.0. Plasma Sprayed High Tc Superconductors. 6.0. Test Methodologies -- 6. Optical Thin Films / David G. Coult. 2.0. Optical Thin Film Design. 3.0. Thin Film Materials. 4.0. Deposition Process. 5.0. Film Properties. 6.0. Attempts at Improved Properties -- 7. Sol-Gel Derived Ceramic Coatings / Brian D. Fabes, Brian J.J. Zelinski and Donald R. Uhlmann. 2.0. Sol-Gel Processing. 3.0. Coatings via Sol-Gel Processing. 4.0. Applications. 5.0. Outstanding Problems. 6.0. Future Directions -- 8. Electronic Thick Film Technology / Daniel J. Shanefield. 2.0. Materials. 3.0. Resistors. 4.0. Dielectrics. 5.0. Capacitors. 6.0. Future Directions -- 9. Electronic Films from Metallo-Organic Precursors / Robert W. Vest. 2.0. Metallo-Organic Systems. 3.0. Processing. 4.0. Examples of MOD Films -- 10. Chemical Characterization Techniques for Thin Films / Robert Caracciolo. 2.0. X-Ray Photoelectron Spectroscopy (XPS). 3.0. Auger Electron Spectroscopy (AES). 4.0. Backscattering Spectrometry (RBS and ISS). 5.0. Secondary Ion Mass Spectroscopy (SIMS) -- 11. High T[subscript c] Superconducting Thin Films / X.D. Wu, A. Inam and T. Venkatesan. 2.0. Vacuum Deposition. 3.0. Non-Vacuum Deposition. 4.0. Comparison of the Thin Film Techniques. 5.0. Other High T[subscript c] Superconductors. 6.0. Substrate. 7.0. Applications -- 12. Chemical Vapor Deposited Diamond / Albert Feldman, Edward N. Farabaugh and Lawrence H. Robins. 2.0. Historical Background. 3.0. Methods of Deposition. 4.0. Growth and Quality of CVD Diamond. 5.0. Thermal Properties of CVD Diamond. 6.0. Optical Properties. 7.0. Mechanical Properties. 6.0. Polishing CVD Diamond.

Subjects

Writers