| Title | Book number | Author | abst
ract
|
|---|
| An Inspection of Contact Failure of Connector on the Electric Circuit for Signal Use | RR-2004-08 | Tatsuo MOTOYAMA, Hajime TOMITA and Kenji NAKATA |
|
| Questionnaire Survey regarding Manual AC Arc Welding Operation | RR-2002-10 | Tatsuo MOTOYAMA, Hajime TOMITA and Eiki YAMANO | abst
|
| Comprehensive Study on Preventive Techniques for Industrial Explosions in Chemical Processes
|
| The Evaluation of Insulation in a Method Wiring Board by the Monitor Using Wiring Board of the Comb-pattern |
| SRR-No27-7 | Tatsuo MOTOYAMA | abst
|
| Influence of SO2 Gas on Insulation Failure of Wiring Board Caused by Electrochemical Migration | RR-99-6 | Tatsuo MOTOYAMA and Kenji ICHIKAWA | abst
|
| Insulation Degradation of Printed Circuit Board Caused by Electrochemical Migration | RR-97-9 | Tatsuo MOTOYAMA and Kenji ICHIKAWA | abst
|
| Influence of Ozone on Insulation Deterioration of Wiring Board Composed of Organic Materials | RR-95-11 | Tatsuo MOTOYAMA and Kenji ICHIKAWA | 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
|
| Anisotropic Properties for Dielectric Characteristics on Composite Insulating Materials | RR-93-13 | Kenji ICHIKAWA and Tatsuo MOTOYAMA | abst
|
| Ignition Hazards of Hydrogen-Air Mixture Caused by Spark Discharge with Switching in Radio Frequency Resistative Circuit | RR-92-14 | 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
|
| Resistance against High-Voltage, Low-Current Dry Arc for Electrical Insulating Materials of Organic Solid in Pressurized Air | RR-90-8 | 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 |
|
| Recommendations for the Construction and Safe Use of Insulated Trolleys | TR-88-2 | Kenji ICHIKAWA and Tatsuo MOTOYAMA |
|
| 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 |
|
| Arc Resistance of Solid Organic Electrical Insulating Materials in Pressurized Nitrogen Atmospheres (The First Report) | TN-77-3 | Ryuji TANAKA and Tatsuo MOTOYAMA |
|
You are here:
