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Technique for Time and Frequency Dependent Solutions of the Diffusion Equation: Application to Temperature of Nanoscale Devices

机译:扩散方程的时间和频率相关解技术:应用于纳米级设备的温度

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摘要

An equivalent circuit technique is presented that yields frequency and time dependent solutions of the diffusion equation. Circuit simulations can then be used to describe time dependent temperature variations of nanoscale devices. The technique is applied to describe frequency and time dependent variations in the temperature of nanoscale electron devices.
机译:提出了一种等效的电路技术,从而产生扩散方程的频率和时间相关解。然后可以使用电路模拟来描述纳米级器件的时间相关温度变化。该技术应用于描述纳米级电子器件温度的频率和时间依赖性变化。

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