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EXPLOSIVES SAFETY MANUAL - AFM 127-100G - CHANGE

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Authors not listed · 1967

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Military explosives operations create intense electromagnetic exposures that remain largely unstudied for long-term health effects.

Plain English Summary

Summary written for general audiences

This 1967 Air Force manual addressed explosives safety protocols and included sections on biological warfare considerations. While not an EMF study, military explosives operations often involve electromagnetic systems for detonation, timing, and safety controls that can create significant electromagnetic exposures for personnel.

Why This Matters

Military explosives operations represent one of the most intense electromagnetic environments humans encounter, yet these exposures remain largely unstudied in civilian health research. The electromagnetic systems used in modern ordnance disposal, detonation controls, and safety protocols can generate field strengths thousands of times higher than typical consumer electronics. What makes this particularly concerning is that military personnel often experience these exposures repeatedly over their careers, yet we have virtually no long-term health data on these populations. The reality is that some of the highest occupational EMF exposures occur in military settings, where personnel safety protocols focus primarily on blast effects while electromagnetic health impacts go largely unmonitored.

Exposure Information

Specific exposure levels were not quantified in this study.

Cite This Study
Unknown (1967). EXPLOSIVES SAFETY MANUAL - AFM 127-100G - CHANGE.
Show BibTeX
@article{explosives_safety_manual_afm_127_100g_change_g4778,
  author = {Unknown},
  title = {EXPLOSIVES SAFETY MANUAL - AFM 127-100G - CHANGE},
  year = {1967},
  
  
}

Quick Questions About This Study

Military explosives use electronic detonation systems, timing circuits, and safety controls that generate intense electromagnetic pulses and radiofrequency fields. These can be thousands of times stronger than typical consumer device exposures.
Traditional explosives safety protocols focus on blast effects, fragmentation, and chemical hazards. Electromagnetic health considerations for personnel operating electronic detonation and safety systems are typically not addressed in older manuals.
Military explosives operations can create electromagnetic field exposures orders of magnitude higher than civilian environments. Electronic firing systems and safety circuits generate intense, brief electromagnetic pulses during each operation.
Most military electromagnetic exposure monitoring focuses on radar and communications equipment. Personnel operating electronic explosives systems typically receive no specific EMF health monitoring despite potentially high exposures.
Very little research examines long-term health effects in military personnel exposed to electromagnetic fields from explosives operations. This represents a significant gap in occupational health research.