Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Electrochemical and Chemical Deposition
View through CrossRef
Abstract
The article contains sections titled:
1.
Introduction
2.
Glossary of Terms
3.
Protection Against Corrosion
4.
The Plating Process
4.1.
Design for Plating
4.2.
Control
4.3.
Impurities
4.4.
Inspection
5.
Substrate Preparation
5.1.
The Nature of the Adhesive Bond
5.2.
The Part Preparation Cycle
5.3.
Preparation of Specific Substrates
5.3.1.
Steel
5.3.2.
Cast and Malleable Iron
5.3.3.
Copper and Copper Alloys
5.3.4.
Zinc
5.3.5.
Aluminum
5.3.6.
Magnesium
5.3.7.
Stainless Steel
5.3.8.
Nickel
5.3.9.
Nonmetallic Substrates
6.
Equipment
6.1.
Tanks
6.2.
Power Supply
6.3.
Heating Equipment
6.4.
Ventilation
6.5.
Filters
6.6.
Agitation
6.7.
Water Supply
6.8.
Racks
6.9.
Waste Disposal
6.10.
Site Location
6.11.
Layout
7.
Stripping of Deposits
8.
Specific Deposits and Plating Solutions
8.1.
Aluminum Deposits
8.2.
Antimony and Arsenic Deposits
8.3.
Cadmium Deposits
8.4.
Chromium Deposits
8.5.
Cobalt Deposits
8.6.
Copper Deposits
8.7.
Gallium Deposits
8.8.
Germanium Deposits
8.9.
Gold Deposits
8.10.
Indium Deposits
8.11.
Iron Deposits
8.12.
Lead Deposits
8.13.
Manganese Deposits
8.14.
Nickel Deposits
8.15.
Niobium Deposits
8.16.
Rhodium Deposits
8.17.
Silver Deposits
8.18.
Tin Deposits
8.19.
Zinc Deposits
9.
Specific Alloy Deposits
9.1.
Chromium Alloys
9.2.
Copper Alloys ‐ Brass Plating
9.3.
Gold Alloys
9.4.
Lead Alloys
9.5.
Nickel Alloys
9.6.
Tin Alloys
9.7.
Zinc Alloys and Other Alloys
10.
Nonelectrolytic Deposits
10.1.
Immersion Deposits
10.2.
Noncatalytic Chemically Reduced Coatings
10.3.
Catalytic Electroless Plating
11.
Chromating
12.
Oxide Coatings
12.1.
Immersion
12.2.
Electrolytic Oxidation
12.2.1.
Aluminum
12.2.2.
Magnesium
12.2.3.
Titanium
12.3.
Colors of Oxide Layers
13.
Testing of Electrodeposited Coatings
13.1.
Quality Control
13.2.
Thickness Testing
13.2.1.
Destructive Testing
13.2.2.
Nondestructive Testing
13.3.
Adhesion Tests
13.4.
Corrosion Testing
13.5.
Other Tests
Title: Electrochemical and Chemical Deposition
Description:
Abstract
The article contains sections titled:
1.
Introduction
2.
Glossary of Terms
3.
Protection Against Corrosion
4.
The Plating Process
4.
1.
Design for Plating
4.
2.
Control
4.
3.
Impurities
4.
4.
Inspection
5.
Substrate Preparation
5.
1.
The Nature of the Adhesive Bond
5.
2.
The Part Preparation Cycle
5.
3.
Preparation of Specific Substrates
5.
3.
1.
Steel
5.
3.
2.
Cast and Malleable Iron
5.
3.
3.
Copper and Copper Alloys
5.
3.
4.
Zinc
5.
3.
5.
Aluminum
5.
3.
6.
Magnesium
5.
3.
7.
Stainless Steel
5.
3.
8.
Nickel
5.
3.
9.
Nonmetallic Substrates
6.
Equipment
6.
1.
Tanks
6.
2.
Power Supply
6.
3.
Heating Equipment
6.
4.
Ventilation
6.
5.
Filters
6.
6.
Agitation
6.
7.
Water Supply
6.
8.
Racks
6.
9.
Waste Disposal
6.
10.
Site Location
6.
11.
Layout
7.
Stripping of Deposits
8.
Specific Deposits and Plating Solutions
8.
1.
Aluminum Deposits
8.
2.
Antimony and Arsenic Deposits
8.
3.
Cadmium Deposits
8.
4.
Chromium Deposits
8.
5.
Cobalt Deposits
8.
6.
Copper Deposits
8.
7.
Gallium Deposits
8.
8.
Germanium Deposits
8.
9.
Gold Deposits
8.
10.
Indium Deposits
8.
11.
Iron Deposits
8.
12.
Lead Deposits
8.
13.
Manganese Deposits
8.
14.
Nickel Deposits
8.
15.
Niobium Deposits
8.
16.
Rhodium Deposits
8.
17.
Silver Deposits
8.
18.
Tin Deposits
8.
19.
Zinc Deposits
9.
Specific Alloy Deposits
9.
1.
Chromium Alloys
9.
2.
Copper Alloys ‐ Brass Plating
9.
3.
Gold Alloys
9.
4.
Lead Alloys
9.
5.
Nickel Alloys
9.
6.
Tin Alloys
9.
7.
Zinc Alloys and Other Alloys
10.
Nonelectrolytic Deposits
10.
1.
Immersion Deposits
10.
2.
Noncatalytic Chemically Reduced Coatings
10.
3.
Catalytic Electroless Plating
11.
Chromating
12.
Oxide Coatings
12.
1.
Immersion
12.
2.
Electrolytic Oxidation
12.
2.
1.
Aluminum
12.
2.
2.
Magnesium
12.
2.
3.
Titanium
12.
3.
Colors of Oxide Layers
13.
Testing of Electrodeposited Coatings
13.
1.
Quality Control
13.
2.
Thickness Testing
13.
2.
1.
Destructive Testing
13.
2.
2.
Nondestructive Testing
13.
3.
Adhesion Tests
13.
4.
Corrosion Testing
13.
5.
Other Tests.
Related Results
Asphaltene Deposition
Asphaltene Deposition
Introduction
Production of heavy oils and paraffinic crude reserves often results in the deposition of organic solids, typically waxes or asphaltenes. The organic...
Kinetics study of anodic electrophoretic deposition for polytetrafluoroethylene (PTFE) coatings on AZ31 magnesium alloy
Kinetics study of anodic electrophoretic deposition for polytetrafluoroethylene (PTFE) coatings on AZ31 magnesium alloy
AbstractElectrophoretic deposition (EPD) coating has become a hot topic due to its simple experiment, wide application, and wide material range. In this study, the PTFE coating was...
Wax Deposition Correlation-Application in Multiphase Wax Deposition Models
Wax Deposition Correlation-Application in Multiphase Wax Deposition Models
Abstract
The two most dominant factors in wax deposition are:Brownian diffusion of wax forming molecules toward and adhesion of wax crystals at the wall. The rate...
Pulse Potential Deposition - an Experimental Protocol for Growth of High Quality Thin Films Via Surface Limited Red-Ox Replacement Reaction
Pulse Potential Deposition - an Experimental Protocol for Growth of High Quality Thin Films Via Surface Limited Red-Ox Replacement Reaction
Pulse Current Deposition method for growth of thin films and functional coatings has been in use in academia and industry for quite some time [[1]]. However, with few exemptions [[...
Book 2. POWER CONTROL FOR AN ELECTRICALLY POWERED WATER TREATMENT APPARATUS
Book 2. POWER CONTROL FOR AN ELECTRICALLY POWERED WATER TREATMENT APPARATUS
Detailed Description of How the Power Control of the Present Invention Synchronizes the Power Supply to a W2W Electrochemical Reactor The overall, general fundamental "patentable" ...
Simulations of Asphaltene Deposition in Submarine Pipelines by CFD
Simulations of Asphaltene Deposition in Submarine Pipelines by CFD
Abstract
The transportation of heavy or waxy crude oils presents some special design problems, which must take into account the requirements for the control of aspha...
Electrochemistry Research in the Stickney Lab: A Brief Summary of Dr. John Stickney's Past and Present Research
Electrochemistry Research in the Stickney Lab: A Brief Summary of Dr. John Stickney's Past and Present Research
Electrochemical atomic layer deposition (E-ALD) is a method deeply developed and furthered by the research of Dr. John Stickney. This talk will focus on a brief summary of his past...
Pre-synthesized quantum dot deposition approach to obtain high efficient quantum dot solar cells
Pre-synthesized quantum dot deposition approach to obtain high efficient quantum dot solar cells
Quantum dot sensitized solar cells (QDSCs) appear to be one of the promising photovoltaic candidates, due to the lower cost of obtaining materials and assembling processes, as well...