IEEE Spectrum · 1971 · 29 citations · 3 references
MedicineCardiologyElectrical EngineeringElectrophysiologyEmergency Preparedness In The WorkplacePatient SafetyCardiogenic ShockDevice SafetyElectrical Hazard AssessmentElectrical Hazard IdentificationElectrical SafetyShock ManagementAwarenessCurrentsElectric Shock PreventionElectrical Shock PreventionElectrical System SafetyIndustrial Power SystemsShock Hazard AssessmentShock Hazard Prevention
Most electrical engineers and electricians are aware that the principal danger from electricity is that of electrocution, but few really understand just how minute a quantity of electric energy is required for electrocution. Actually, the current drawn by a 7½-watt 120-volt lamp, passed from hand to hand or foot, is enough to cause fatal electrocution. Just as it is curent. and not voltage, that heats a wire, it is current that causes physiological damage. This article gives some indication of what this damage consists of, with specific application to the problems of industrial plants.
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Effects of Electric Shock on Man
Charles F. Dalziel · IRE Transactions on Medical Electronics · 1956 · 103 citations