该题目的文献提供了导弹毫米波导引头的有兴趣的实验结果。然而,在很大程度上是以推测的和使人误解的论述来解释在该文献中详细论述的这种现象。该文献两著者承认:“实际上,著者们自感到在本文章中没有研究瞄准点的漂动现象”。然而,两著者也使用“回波起伏”这个术语,此术语在国际雷达系统累积索引中是一个完整的分类主题词。此回波起伏分类中有很多对“瞄准点漂动”这个总题目的文献报告,此“瞄准点漂动”按 IEEE 电气和电子术语标准字典称为目标噪音。此“瞄准点漂动”主题也以标题为“目标噪音”的一个章节包括在雷达手册中。此目标噪音由两个角误 The subject literature provides interesting experimental results for missile millimeter wave seekers. However, to a large extent, this phenomenon, as discussed in detail in this document, is explained in speculative and misleading statements. The authors acknowledge: “In fact, the authors themselves felt that there was no study of aiming at the phenomenon of drift in this article.” However, the two authors also use the term “ebb and flow”, a term that is a complete classification term in the International Radar System Cumulative Index. There are a number of literature reports on the general topic “Aiming Point Drift,” aiming for the target noise according to the IEEE Dictionary of Electrical and Electronic Terminology, in this ebb and flow classification. This “Aim Point Drift” theme is also included in the radar manual under a section entitled “Target Noise”. This target noise is misinterpreted by two corners