家用录像机头戴与头部污染的研究

Sookyung Kim, Young-Gil Kim, Youn-Sik Lee, Prabhakaran, Talke
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引用次数: 0

摘要

~~~ ~为了提高头带接口的可靠性,对视频头的头戴和头污染进行了研究。利用“微压痕技术”研究了堆积物的位置和磨损痕的形状,并确定了沿头部表面的磨损速率和接触压力。基于磁记录技术的盒式录像机在整个工业世界中已经变得非常普遍。最近的努力是为了提高录像机的可靠性。这些努力表明,录像机的可靠性与头部磨损和污染密切相关。虽然头饰和头部堵塞的重要性是众所周知的[,21],但很少有实验研究解决了头饰和头部污染之间的关系。本文研究了堆积物在头部表面的位置和磨损痕的发展。我们将“微压痕技术”与原子力显微镜结合使用,以确定磨损率和头部接触压力作为位置和时间的函数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Study Of Head Wear And Head Contamination In Consumer VCR's
~~~ ~ Head wear and head contamination of video heads is investigated in order to improve the reliability of the headtape interface. The location of deposits and the shape of the wear scar are studied, and the wear rate and contact pressure along the head surfiice are determined using the so called "micro-indentation technique". I. Introduction Video cassette recorders based on magnetic recording technology have become very common throughout the industrial world. Recent efforts have been directed toward improving the reliability of VCR's. These efforts have shown that the reliability of VCR's is closely related to head wear and contamination. Although the importance of head wear and head clogging is well known[',21, few experimental studies have addressed the relationship between head wear and head contamination. In this paper we have investigated the location of deposits on the head surface and the development of the wear scar. We have used the "micro indentation technique" in conjunction with Atomic Force Microscopy to determine the wear rate and contact pressure over the head as a function of position and time.
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