Transactions of the American Institute of Electrical Engineers Part III Power Apparatus and Systems · 1953 · 60 citations · 7 references
Natural SciencesElectrical EngineeringPhysicsCircuit TheoryElectromagnetismHazard IdentificationElectrical Hazard AssessmentElectrical Hazard IdentificationElectrical SafetyLightning CurrentLightning ProtectionLightning SafetyAccident RecordsAccident ReportsElectric Shock Hazard AnalysisElectric Shock PreventionLightning Hazard AssessmentLightning Shock WavesShock Hazard AssessmentShock Hazard Prevention
Correlation of research from scientific laboratories in Europe and America, together with accident records obtained from several nations, permits tentative criteria for the hazard from short shocks and impulse discharges. The hazard from short shocks, those obtainable from both power frequency circuits and apparatus capable of producing impulses, is believed primarily to exist because of the energy contained in the discharge; the crest of the initial current, quantity in the pulse, and shock duration being related quantities of secondary importance. Formulas for reducing the electric shock hazard to the proposed criteria for safety are derived for both surge discharges and impulses of an oscillatory nature. Applications of the formulas are illustrated with examples. It is anticipated that this study may be of value in establishing the hazard from industrial equipment capable of producing impulses, or in reducing the hazard; in evaluating the effectiveness of lightning grounds; and in other similar applications.
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Effect of Electric Shock on the Heart
Laur Ferris, B. G. King, P. W. Spence et al. · Transactions of the American Institute of Electrical Engineers · 1936 · 168 citations
Medicine, Cardiology, Physiology +9
Restoration of heart rhythm during fibrillation by a condenser discharge.
Gurvich Nl, Yuniev Gs · PubMed · 1947 · 54 citations
Medicine, Cardiology, Physiology +9