The Mechanical Properties of Electrolytic Deposits

Language: English

Published by Springer, Springer Feb 2012, 2012

1468415441 / 9781468415445

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This item is printed on demand - Print on Demand Titel. Neuware -I. Certain Aspects of the Electrocrystallization of Metals.- II. The Hydrogenation of Metals.- The Adsorption of Hydrogen and Other Gases on Metals.- Gas Diffusion in Metals.- The Effect of Temperature.- The Effect of Pressure.- The Effect of the Surface State.- The Effect of Alloying Substances.- The Effect of Deposit Structure.- Real Crystals and the Mechanism of Gas Diffusion through Metals.- The Solubility of Hydrogen in Metals.- III. Methods of Studying the Hydrogenation of Electrolytic Deposits.- The Method of Vacuum Heating.- The Rheometer Method.- The Molten Metal Method.- The Method of Deformation of the Metallic Cathode.- IV. The Effect of Various Factors on the Hydrogenation of the Metallic Deposit.- The Effect of the Nature of the Metal.- The Effect of Current Density.- The Effect of Temperature.- The Effect of the pH of the Electrolyte.- The Effect of the Structure of the Metal.- V. The Rate of Evolution of Hydrogen and the Mechanism of Its Occlusion in the Deposit.- VI. The Effect of Hydrogenation on the Overvoltage for Metal Deposition.- VII. The Adsorption of Surface-Active Substances in Electrodeposition.- The Adsorption of Surface-Active Substances in the Electrodeposition of Silver from Nitrate Solutions.- The Adsorption of Alcohols in the Electrodeposition of Zinc.- The Effect of the Conditions of Electrolysis and the Nature of the Surface-Active Substance on the Rate of Adsorption of the Latter on the Electrode Surface.- VIII. Methods for Measuring and Evaluating Internal Stresses.- Method of Deformation of a Glass Bulb (Mills Method).- The Method of Cathode Bending.- The Spiral Contractometer of Brenner and Senderoff.- The Strain Gauge Method.- The X-Ray Method of Determining Internal Stress.- IX. The Effect of Various Factors on the Internal Stress.- The Effect of the Nature of the Deposited Metal.- The Effect of the Nature and State of the Base.- The Variation in Internal Stress after Cutting Off the Current.- The Variation of the Internal Stress with the Deposit Depth.- The Effect of Current Density.- The Effect of Temperature.- The Effect of the Acidity of the Electrolyte.- The Effect of Foreign Salts.- The Effect of Surface-Active Substances.- The Effect of Fluctuating Current.- The Effect of a Reversing Current.- The Effect of an Intermittent Current.- X. The Origin of the Internal Stress.- The Alteration in Lattice Parameters.- The Alteration in the Distance between Crystals.- The Alteration in Crystal Dimensions.- The Formation of Chemical Compounds.- XI. The Internal Stress and Porosity of the Electrolytic Deposit.- The Effect of the Base and the Preliminary Treatment.- The Effect of the Structure and Depth of the Deposit.- The Effect of Current Density.- The Effect of Surface-Active Substances.- The Effect of an Alternating or Reversing Current on the Internal Stress and Porosity.- The Effect of Temperature and Electrolyte Composition.- Canal Pores.- XII. Adhesion and the Internal Stress in the Electrolytic Deposit.- XIII. The Mechanical Properties of the Electrolytic Deposit.- The Hardness of the Electrolytic Deposit.- The Effect of Current Density.- The Effect of Temperature.- The Effect of the Electrolyte Composition.- The Effect of Alloying Metals.- The Effect of Surface-Active Substances.- The Effect of Alternating and Reversing Currents.- The Effect of Ultrasonic Waves.- The Cause of Hardness.- XIV. The Relation between Internal Stress, Hardness, and Elasticity.- XV. The Effect of Electrochemical Treatment on Brittleness.- The Effect of Preliminary Treatment on the Brittleness of a Metal.- The Effect of Current Density.- The Effect of the Composition of the Solution.- The Effect of the Time of Polarization.- The Effect of the Time of Storage.- The Effect of Electrolytic Deposit on Brittleness.- XVI. The Effect of the Electrolytic Deposit on Fatigue, Strength, and Durability.Springer-Verlag KG, Sachsenplatz 4-6, 1201 Wien 124.…

Seller Inventory # 9781468415445

Title
The Mechanical Properties of Electrolytic Deposits
Author
A. T. Vagramyan
Publisher
Springer, Springer Feb 2012
Publication year
2012
Condition
Neu
Binding
Taschenbuch
Language
English
ISBN 10
1468415441
ISBN 13
9781468415445
Item weight
323 grams
Dimensions
279x210x8 mm

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Emtmannsberg, BAYE, Germany

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