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Der Feldverlauf im Bereiche sehr kurzer Wellen; spontane Drehfelder

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Wilhelm Krasny-Ergen · 1936

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This 1936 German research on electromagnetic field distribution laid crucial groundwork for modern EMF exposure assessment.

Plain English Summary

Summary written for general audiences

This 1936 German technical paper by Wilhelm Krasny-Ergen examined electromagnetic field distribution patterns, focusing on short waves and rotating fields around cylindrical structures. The research represents early foundational work in understanding how electromagnetic fields behave in different configurations. While predating modern health research, this type of field analysis became crucial for later studies examining EMF exposure patterns.

Why This Matters

This 1936 research represents a fascinating piece of EMF history that laid groundwork for understanding electromagnetic field behavior. While Krasny-Ergen was studying technical applications rather than health effects, his work on field distribution patterns around cylindrical structures became foundational for later research examining how EMF exposure varies with distance and geometry. The reality is that understanding field distribution patterns remains crucial today for assessing EMF exposure from sources like cell towers, power lines, and wireless devices.

What makes this historically significant is that it demonstrates scientists were already recognizing the complex behavior of electromagnetic fields nearly 90 years ago. The principles explored in this early work continue to inform modern EMF exposure assessment, helping researchers understand how field strength varies with position and how rotating fields behave differently from static ones.

Exposure Information

Specific exposure levels were not quantified in this study.

Cite This Study
Wilhelm Krasny-Ergen (1936). Der Feldverlauf im Bereiche sehr kurzer Wellen; spontane Drehfelder.
Show BibTeX
@article{der_feldverlauf_im_bereiche_sehr_kurzer_wellen_spontane_drehfelder_g6072,
  author = {Wilhelm Krasny-Ergen},
  title = {Der Feldverlauf im Bereiche sehr kurzer Wellen; spontane Drehfelder},
  year = {1936},
  
  
}

Quick Questions About This Study

The research examined how electromagnetic fields distribute around cylindrical structures, focusing on short wave and rotating field patterns. This technical analysis helped establish foundational principles for understanding EMF behavior in different geometric configurations.
This early work established principles of field distribution that modern researchers use to assess EMF exposure patterns. Understanding how fields behave around different structures remains crucial for evaluating exposure from cell towers, power lines, and wireless devices.
Rotating electromagnetic fields change direction continuously rather than remaining static. This 1936 research examined how these dynamic fields distribute around cylindrical objects, work that became important for understanding exposure from rotating machinery and certain wireless systems.
Cylindrical structures create complex field patterns where EMF strength varies significantly with position and distance. This 1936 research helped establish how geometry affects field distribution, principles still used today in EMF exposure modeling and assessment.
The research examined short wave electromagnetic field behavior around cylindrical structures, analyzing how these higher frequency fields distribute spatially. This work contributed to understanding EMF propagation patterns that remain relevant for modern wireless technology assessment.