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Nanocoatings. = Applications and sta...

Sharma, Kal Renganathan.

Nanocoatings. = Applications and stability /. Volume I :

紀錄類型:	書目-語言資料,印刷品 : Monograph/item
正題名/作者:	Nanocoatings./ Kal Renganathan Sharma.
其他題名:	Applications and stability /
其他題名:	Applications and stability
作者:	Sharma, Kal Renganathan.
出版者:	New York, NY :Momentum Press, : 2017.,
面頁冊數:	xiii, 108 p. :ill. ; : 23 cm. ;
標題:	Nanostructured materials. -
ISBN:	9781606508138 (pbk.) :

Nanocoatings. = Applications and stability /. Volume I :
Sharma, Kal Renganathan.

Nanocoatings.Applications and stability /Volume I :Applications and stability Kal Renganathan Sharma. - New York, NY :Momentum Press,2017. - xiii, 108 p. :ill. ;23 cm. - Nanotechnology collection . - Nanotechnology collection..

Includes bibliographical references and index

1.0 Introduction to nanocoatings -- 1.1 Markets -- 1.2 Earliest reference to coatings -- 1.3 Coatings in early 20th century -- 1.4 Coatings in later 20th century -- 1.4.1 Aluminum coatings -- 1.4.2 Peeling in corrosion coating of transnational pipeline -- 1.4.3 Molten metal trough coating -- 1.4.4 PPG acquires Orica coating -- 1.4.5 Water-based polymer coating for nonstick applications -- 1.4.6 Furniture coatings -- 1.4.7 Thick chocolate coatings -- 1.4.8 Intelligent coatings on seeds -- 1.4.9 Thin film interference -- 1.4.10 Architectural coatings -- 1.4.11 Depolymerization and recycling -- 1.4.12 Sebum coating removal using shampoo -- 1.5 Scope for nanocoatings -- 1.6 Coating types -- 1.7 Summary -- 1.8 References --

Global market sizes for nanocoatings and coatings are expected to be $14.3 billion and $123 billion, respectively by the year 2019. Coatings can be classified according to their applications or method of preparation or type of property imparted to the product. They can be either solvent based or water based. They may comprise polymers or inorganic materials. Nanocoatings with thickness less than 100 nm can offer superior performance properties compared with conventional coatings. Nanotuff was one of the first commercial nanocoating. It contained nano-sized particles suspended in an epoxy matrix. Coatings can have specific purposes such as corrosion resistance, antiabrasive resistance, scratch resistance, chemically resistance, stain resistance to the objects they are applied on. This book contains some new theory inthe areas of solubility parameter estimates using isentropic volume expansivity, compressibility, and surface tension effects during coating flows. Volume I contains separate chapters on introduction, applications, and stability. Volume II contains chapters on methods, solvents, drying and inks, and properties. Patents from leading companies such as Xerox, IBM, Intel, BASF, PPG, Boeing, Valspar, Toyota, Goodyear, Gaze Nanotech, Bell Helicopter, Procter and Gamble, and General Electric on nanocoatings are discussed in the book

ISBN: 9781606508138 (pbk.) :NT1510Subjects--Topical Terms:

557162
Nanostructured materials.

LC Class. No.: TA418.9.C57 / Sh233 2017

Dewey Class. No.: 667.9

Nanocoatings. = Applications and stability /. Volume I :
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505 0 $a 1.0 Introduction to nanocoatings -- 1.1 Markets -- 1.2 Earliest reference to coatings -- 1.3 Coatings in early 20th century -- 1.4 Coatings in later 20th century -- 1.4.1 Aluminum coatings -- 1.4.2 Peeling in corrosion coating of transnational pipeline -- 1.4.3 Molten metal trough coating -- 1.4.4 PPG acquires Orica coating -- 1.4.5 Water-based polymer coating for nonstick applications -- 1.4.6 Furniture coatings -- 1.4.7 Thick chocolate coatings -- 1.4.8 Intelligent coatings on seeds -- 1.4.9 Thin film interference -- 1.4.10 Architectural coatings -- 1.4.11 Depolymerization and recycling -- 1.4.12 Sebum coating removal using shampoo -- 1.5 Scope for nanocoatings -- 1.6 Coating types -- 1.7 Summary -- 1.8 References --
505 8 $a 2.0 Applications -- 2.1 Aerospace applications -- 2.1.1 Protective coatings on aircraft fuselage and propellers --2.1.2 Green coating -- 2.1.3 Electrochromic window -- 2.2 Food industry -- 2.2.1 Packaging using metalized polymer film -- 2.2.2 Shaving blade coatings, litigation losses --2.3 Electronic materials -- 2.3.1 Hard drives in desktop computers -- 2.3.2 Polymer blend as top coat in immersion lithography -- 2.3.3 Vacuum plasma polymerization and printed circuit board components -- 2.3.4 Cable coatings -- 2.4 Energy, technology, and environmental -- 2.4.1 Thermal-barrier coatings -- 2.4.2 Graphene-based solar cells -- 2.5 Biomedical -- 2.5.1 Antimicrobial coatings --2.5.2 Nanorobot drug delivery -- 2.6 Automotive -- 2.6.1 Optical materials, laminated and glued structures -- 2.6.2Magnetic materials, core-shell-shell -- Morphology -- 2.7 Surveillance -- 2.8 Summary -- 2.9 References --
505 8 $a 3.0 Stability -- 3.1 Underlying science, self-assembly -- 3.2 Coating flows -- 3.3 Thermocapillary stress arising from vertical temperature gradient -- 3.4 Flow of film down an inclined plane -- 3.5 Thermocapillary stress, density gradient -- 3.5.1 Viscosity gradient number -- 3.5.2 Microscale viscous number -- 3.5.3 Stokes and thermocapillary number -- 3.6 Marangoni effects -- 3.7 Blistering and peeling -- 3.8 Island formation -- 3.9 Foaming -- 3.10 Blooming -- 3.11 Blistering -- 3.12 Blushing -- 3.13 Chalking -- 3.14 Substrate surfaces -- 3.15 Cracking -- 3.16 Tackiness -- 3.17 Wrinkling -- 3.18 Issues in monolayer stability -- 3.19 Bridging -- 3.20 Brush marks -- 3.21 Can corrosion -- 3.22 Cheesy film -- 3.23 Pinholes -- 3.24 Summary -- 3.25 References -- About the author -- Index
520 3 $a Global market sizes for nanocoatings and coatings are expected to be $14.3 billion and $123 billion, respectively by the year 2019. Coatings can be classified according to their applications or method of preparation or type of property imparted to the product. They can be either solvent based or water based. They may comprise polymers or inorganic materials. Nanocoatings with thickness less than 100 nm can offer superior performance properties compared with conventional coatings. Nanotuff was one of the first commercial nanocoating. It contained nano-sized particles suspended in an epoxy matrix. Coatings can have specific purposes such as corrosion resistance, antiabrasive resistance, scratch resistance, chemically resistance, stain resistance to the objects they are applied on. This book contains some new theory inthe areas of solubility parameter estimates using isentropic volume expansivity, compressibility, and surface tension effects during coating flows. Volume I contains separate chapters on introduction, applications, and stability. Volume II contains chapters on methods, solvents, drying and inks, and properties. Patents from leading companies such as Xerox, IBM, Intel, BASF, PPG, Boeing, Valspar, Toyota, Goodyear, Gaze Nanotech, Bell Helicopter, Procter and Gamble, and General Electric on nanocoatings are discussed in the book
650 0 $a Nanostructured materials. $3 557162
650 0 $a Coatings. $3 561718
830 0 $a Nanotechnology collection. $3 1128852