While many electromagnetic texts focus heavily on antenna theory, this book is distinct in its exclusive focus on the target—how objects reflect radar energy and how engineers can manipulate that reflection. It is a staple in graduate-level courses and is essential reading for engineers working in stealth technology, radar system design, and target identification.
Eugene F. Knott’s contributions transformed RCS from a mysterious phenomenon into a predictable, shapeable science. Whether you are a student or a defense contractor, his insights into how light and radio waves dance off complex surfaces remain the industry's most trusted roadmap. radar cross section eugene f. knott pdf
Before Knott’s systematic treatment, RCS data was scattered across classified military reports and Soviet journals. His book was the first to unify the field. While many electromagnetic texts focus heavily on antenna
Radar cross section (RCS) measures how detectable an object is by radar: it’s the equivalent area that would scatter the same amount of radar energy back to the receiver as the actual target. RCS depends on target size, shape, material, aspect angle, frequency, and polarization. Understanding RCS is central to radar system design, stealth technology, remote sensing, and signature management. His book was the first to unify the field
: For weapons system developers, the book provides deep technical detail on how to "beat" radar through two primary methods: