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Ultimate Limits of Pattern Stability Due to Thermal Vibrations

机译:由于热振动导致的图案稳定性的极限限制

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The analysis of the thermal vibrations of nanoscale features due to random thermal noise shows that given a high enough aspect ratio, features will vibrate far enough that their ends can touch. Depending on the balance of elastic forces and van der Waals forces one ofthree possible results can occur: the tips release after contact, the tips stay in contact, or the sides of the two features fall into each other causing total collapse. Analytical formulas for calculating the probability of failure for simple geometric structures are shown, and a methodology for determining the same for more complex structures is explained.
机译:由于随机热噪声引起的纳米级特征的热振动的分析表明,给出了足够高的纵横比,特征将足够远,它们的端部可以触摸。根据弹性力的余额和范德瓦尔斯强迫一个可能的结果可能会发生:接触后的尖端释放,尖端保持接触,或者两个特征的侧面彼此均匀崩溃。示出了用于计算简单几何结构失效概率的分析公式,并解释了用于确定相同的用于更复杂的结构的方法。

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