电子设备和组件的热管理不当通常会导致产品性能下降、产品生命周期缩短以及给用户带来负面的使用体验。
随着电池系统（尤其是电动汽车应用）的能量密度、存储容量和循环速度的不断提高，减少这些系统的热失控风险已成为关键的安全问题。即使不良的热管理带来的后果不是灾难性的，它也会加速电池材料的老化，导致使用寿命缩短、循环效率降低以及存储容量降低。
在这些行业的过程和产品设计中，相关组件和材料的导热系数是至关重要的性能属性。
本网络研讨会将重点介绍用于电子设备及电池系统中的散热器、相变材料（PCM）、热界面材料以及其他创新材料的导热测试技术。
【Mandarin】Thermal Conductivity Testing of Advanced Polymers and TIMs for Electronics and Battery Thermal Management
Improper thermal management of electronic devices and components generally results in weaker product performance, a reduction in the product lifecycle and an overall negative experience for the user.
With increasing energy density, storage capacity, and cycling speed of battery systems, particularly for electric vehicle applications, reducing risk of thermal runaway in these systems has become a key safety concern. Even when the consequences of poor thermal management are not disastrous, it does accelerate battery material aging and result in shorter lifespan, reduced cycling efficiency, and lowered storage capacity of these battery systems.
Thermal conductivity of related parts and components is a critical performance attribute in the process and product design for these industries.
This webinar will highlight thermal conductivity techniques in testing Heat Sinks, Phase Change Materials (PCMs), Thermal Interface Materials (gap pads, thermal grease), and other innovative materials employed in such electronics and battery systems.
This webinar will be presented in Mandarin.
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