[Book] Mechanisms of Insulation Breakdown and Degradation of Polymers (No. 2083BOD)

[Available for preview] ★ A thorough explanation of the complex factors leading to insulation breakdown, including thermal degradation, oxidative degradation, partial discharge, and water treeing!

Book Title: Mechanisms of Insulation Breakdown and Deterioration in Polymer Materials and Their Countermeasures ★ What are the key points in material design to enhance insulation performance, such as resistance to tracking, arcing, and treeing? ■ Key Points of This Book Mechanisms of Insulation Breakdown in Polymer Materials - Insulation deterioration due to wind, rain, sunlight, high temperatures, and high humidity - Addressing complex tree shapes influenced by material properties and environmental conditions - Factors in electrical treeing mechanisms such as void discharge, ion impact, and dielectric heating - Suppression of electrical treeing through the addition of voltage stabilizers, UV absorbers, and antioxidants - Factors in water treeing mechanisms such as pressure from evaporation/condensation and molecular chain breakage Design and Development of Materials for Enhanced Insulation Performance - Optimal selection of curing agents considering cost, curing properties, heat resistance, and reliability - Material design that balances insulation and heat dissipation - Control of particle orientation in insulating sheets - What electrical properties are required for 5G, autonomous driving, and electric vehicles? Providing High Insulation Properties to Various Devices and Equipment - Development of solder resist with printing stability and high reliability - Enhancing ion migration resistance of FPCs using adhesive sheets - How to achieve thinner and more compact insulating layers?

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