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Measurement of the radar cross section of a man

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Schultz FV, Burgener RC, King S · 1958

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This 1958 research established how human bodies interact with radar waves, providing early data for occupational safety standards.

Plain English Summary

Summary written for general audiences

This 1958 study measured how much radar energy bounces off the human body, establishing the radar cross section of a person. This research helped understand how humans interact with radar waves and laid groundwork for assessing occupational exposure to radar radiation. The work was significant for both radar technology development and early safety considerations for radar operators.

Why This Matters

This research represents one of the earliest systematic attempts to understand how the human body interacts with radar radiation. While conducted primarily for radar system optimization, this work inadvertently provided crucial data for occupational safety standards that protect radar operators, air traffic controllers, and military personnel today. The radar cross section measurements helped establish how much electromagnetic energy the human body absorbs and reflects when exposed to radar frequencies.

What makes this study particularly relevant is that it preceded widespread concern about EMF health effects by decades, yet provided foundational data still used in exposure assessments. Modern radar systems operate at similar frequencies but with varying power levels. Understanding how humans appear to radar waves remains essential for both technology development and protecting workers in radar-intensive environments like airports and military installations.

Exposure Information

Specific exposure levels were not quantified in this study.

Cite This Study
Schultz FV, Burgener RC, King S (1958). Measurement of the radar cross section of a man.
Show BibTeX
@article{measurement_of_the_radar_cross_section_of_a_man_g6531,
  author = {Schultz FV and Burgener RC and King S},
  title = {Measurement of the radar cross section of a man},
  year = {1958},
  
  
}

Quick Questions About This Study

Radar cross section measures how much radar energy bounces back from an object. For humans, this indicates how visible we are to radar systems and how much electromagnetic energy our bodies reflect versus absorb when exposed to radar waves.
This research helped optimize radar system performance by understanding how human bodies appear on radar screens. It also provided early data on electromagnetic energy absorption that later informed occupational safety standards for radar operators and technicians.
Radar cross section measurements reveal how electromagnetic energy interacts with human tissue. This data helps calculate absorption rates and establish safety limits for people working around radar equipment in airports, military bases, and weather stations.
Air traffic controllers, radar technicians, military personnel, and weather service operators all work near radar systems. Understanding human electromagnetic signatures helps establish safe working distances and exposure limits to protect these workers from excessive radiation.
While measurement technology was less sophisticated in 1958, this foundational research established basic principles still used today. Modern studies have refined these measurements using advanced equipment, but the core understanding of human-radar interaction remains fundamentally unchanged.