Measures against leakage current and spike noise through the control of the aluminum oxide film on the collecting electrode.
S30572
Optimization of anodic oxidation films through the combination of crystalline materials and electrolytes.
【Lecture Summary】 The dense oxide film formed by anodic oxidation on metal surfaces, represented by aluminum, has garnered attention for its high controllability due to electrolytic conditions, and its functionality is also being anticipated for use in capacitors and battery materials. This lecture will explain the generation behavior, structure, and properties of the film from a fundamental perspective. 【Lecture Summary】 In recent years, starting in Europe and now spreading to Japan, diesel engine passenger cars have been named "clean diesel" and are becoming more popular. This lecture will clarify why diesel engines are currently attracting attention and how they differ from the previous generation of diesel engines that once declined, through an explanation of the latest engine systems and exhaust gas treatment technologies.
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basic information
【Date and Time】 May 21, 2013 (Tuesday) 14:00-16:30 【Keywords】 1. Fundamental generation behavior and structure of anodic oxide films 2. Effects of electrolyte types on crystallinity and dielectric properties, film formation in ionic liquids 3. Aluminum, titanium, niobium, magnesium, aluminum-titanium alloys, tantalum
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37800
Price range
P2
Delivery Time
P2
Applications/Examples of results
【Program】 1. Fundamentals of the Growth Mechanism of Anodic Oxide Films 1-1 Aluminum 1-2 Other Metals (Titanium, Tantalum, Niobium, Zinc, Magnesium, AlTi Alloys) 1-3 Barrier-type Films and Porous Films in Various Metals 2. Effects of Electrolytic Conditions on Film Structure and Dielectric Properties (Aluminum, Niobium, Titanium) 2-1 Relationship between Current Density, Voltage, Electrolyte Temperature, Electric Field Strength, and Film Properties 2-2 Changes in Film Thickness and Dielectric Constant 2-3 Changes in the Entrapment Behavior of Electrolyte Anions in Oxide Films 2-4 Growth of Anodic Oxide Films in Ionic Liquids 3. Crystalline Anodic Oxide Films (Aluminum, AlTi Alloys) 3-1 Changes in Film Structure due to Multi-stage Electrolysis and Heating 3-2 Differences in Crystallinity and Dielectric Properties of Films Based on Electrolyte Type 3-2-1 Inorganic Acid-based Electrolytes 3-2-2 Organic Acid-based Electrolytes 3-3 Changes in Dielectric Properties due to Combinations of Electrolytes 4. Control of Leakage Current (Aluminum) 4-1 Differences Based on Electrolyte Type 4-2 Generation and Control of Spike Noise 4-3 Suppression of Leakage Current 【Q&A and Business Card Exchange】
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