旧産業安全研究所ホームページ(All Pubs ( Eiki Yamano ))

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		All Publishments ( Eiki Yamano )

Title Book number Author abst
ract

A Circuit Model to Estimate Electric Shock Hazard RR-2003-06 Eiki YAMANO abst
Questionnaire Survey regarding Manual AC Arc Welding Operation RR-2002-10 Tatsuo MOTOYAMA, Hajime TOMITA and Eiki YAMANO abst
An Experimental Study on Amplitude of Saturable Reactor Output Current for Application to DC Ground Fault Detection RR-94-13 Eiki YAMANO, Kenji ICHIKAWA and Tatsuo MOTOYAMA abst
Observations on Motility of Rabbit in Exposure to 2.5 V/m Electric Field in Water RR-91-10 Eiki YAMANO and Tatsuo MOTOYAMA abst
Threshold of Convulsion for Electric Shocks due to Underwater A.C. Uniform Electric Fields RR-89-9 Eiki YAMANO and Tatsuo MOTOYAMA abst
Consideration of Prevention Method against Electric Shock Underwater -- Shield Effect of Fault Current by GroundedMesh Set Underwater RR-88-8 Tatsuo MOTOYAMA and Eiki YAMANO
Protection Effects of DC Leakage Operated Circuit Breaker and High Resistance Grounding against Electric Shock Hazard Underwater RR-87-14 Eiki YAMANO, Tatsuo MOTOYAMA and Ryuji TANAKA
Monitoring of Insulation of Power Supply Lines Underwater and Detection of Earth-Leakage Current RR-86-11 Tatsuo MOTOYAMA and Eiki YAMANO
Threshold for Electric Shocks under Water Causing Suffocation of Rabbits -- Change of Threshold due tu Conductivity of Water and Body Arrangemsnts RR-85-12 Eiki YAMANO and Tatsuo MOTOYAMA
Theoretical Analysis of Electric Field Produced by Underwater Leakage Current (2nd Report) -- Effects of a Solid Body on the Field Intensity RR-32-1 Tatsuo MOTOYAMA, Eiki YAMANO and Ryuji TANAKA
Investigation into Electric Field Intensity Induced in Water by Leakage Electric Current -- Relation of Electrode to Electric Field Intensity RR-30-2 Tatsuo MOTOYAMA, Eiki YAMANO and Yasuyuki TABATA
Level of Electric Shock in the Water Causing the Stiffness of Hind legs to Rabbits RR-30-1 Eiki YAMANO, Tatsuo MOTOYAMA and Yasuyuki TABATA
Balance of Human Body Working on Electric Pole TN-76-8 Eiki YAMANO, Yasuyuki TABATA and Masayoshi TERASAWA
in Japanese only RR-24-3
in Japanese only TN-74-1

Title	Book number	Author	abst ract
A Circuit Model to Estimate Electric Shock Hazard	RR-2003-06	Eiki YAMANO	abst
Questionnaire Survey regarding Manual AC Arc Welding Operation	RR-2002-10	Tatsuo MOTOYAMA, Hajime TOMITA and Eiki YAMANO	abst
An Experimental Study on Amplitude of Saturable Reactor Output Current for Application to DC Ground Fault Detection	RR-94-13	Eiki YAMANO, Kenji ICHIKAWA and Tatsuo MOTOYAMA	abst
Observations on Motility of Rabbit in Exposure to 2.5 V/m Electric Field in Water	RR-91-10	Eiki YAMANO and Tatsuo MOTOYAMA	abst
Threshold of Convulsion for Electric Shocks due to Underwater A.C. Uniform Electric Fields	RR-89-9	Eiki YAMANO and Tatsuo MOTOYAMA	abst
Consideration of Prevention Method against Electric Shock Underwater -- Shield Effect of Fault Current by GroundedMesh Set Underwater	RR-88-8	Tatsuo MOTOYAMA and Eiki YAMANO
Protection Effects of DC Leakage Operated Circuit Breaker and High Resistance Grounding against Electric Shock Hazard Underwater	RR-87-14	Eiki YAMANO, Tatsuo MOTOYAMA and Ryuji TANAKA
Monitoring of Insulation of Power Supply Lines Underwater and Detection of Earth-Leakage Current	RR-86-11	Tatsuo MOTOYAMA and Eiki YAMANO
Threshold for Electric Shocks under Water Causing Suffocation of Rabbits -- Change of Threshold due tu Conductivity of Water and Body Arrangemsnts	RR-85-12	Eiki YAMANO and Tatsuo MOTOYAMA
Theoretical Analysis of Electric Field Produced by Underwater Leakage Current (2nd Report) -- Effects of a Solid Body on the Field Intensity	RR-32-1	Tatsuo MOTOYAMA, Eiki YAMANO and Ryuji TANAKA
Investigation into Electric Field Intensity Induced in Water by Leakage Electric Current -- Relation of Electrode to Electric Field Intensity	RR-30-2	Tatsuo MOTOYAMA, Eiki YAMANO and Yasuyuki TABATA
Level of Electric Shock in the Water Causing the Stiffness of Hind legs to Rabbits	RR-30-1	Eiki YAMANO, Tatsuo MOTOYAMA and Yasuyuki TABATA
Balance of Human Body Working on Electric Pole	TN-76-8	Eiki YAMANO, Yasuyuki TABATA and Masayoshi TERASAWA
in Japanese only	RR-24-3
in Japanese only	TN-74-1