A study of a series of progressively aligned metal particle tape samples has been undertaken. Our data indicates that increasing the orientation, desirable for better recording performance, has been found to increase thermal effects at both DC and high frequencies. The implications of this are that larger head fields are required to write high frequency transitions on more aligned media. The experimental results are compared to the switching model suggested by el Hilo to determine the thermal stability factor KV/sub m//kT of the samples.
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机译：已经对一系列逐渐排列的金属颗粒带样品进行了研究。我们的数据表明，增加方向以获得更好的记录性能是理想的，已经发现在直流和高频下都会增加热效应。这意味着需要更大的磁头场才能在更对齐的介质上写入高频跃迁。将实验结果与el Hilo建议的转换模型进行比较，以确定样品的热稳定性因子KV / sub m // kT。
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