Mitsutoshi TAKAYA
Papers
1
Total Citations
27
H-Index
1
About
Mitsutoshi Takaya is a leading researcher in occupational health and industrial hygiene, with a primary focus on the characterization and control of hazardous exposures in welding environments. His seminal work, "Laboratory Measurement of Hazardous Fumes and Gases at a Point Corresponding to Breathing Zone of Welder during a CO2 Arc Welding" (2000, 27 citations), established a rigorous methodology for assessing real-world welder exposures. By using a welding robot to simulate actual working conditions, Takaya precisely measured concentrations of fumes, ozone, carbon monoxide, nitric oxide, manganese, and both total and hexavalent chromium at the breathing zone. He also analyzed fume particle size distributions, providing critical data for understanding inhalation risks. This research has been foundational for developing improved ventilation strategies and personal protective equipment in the welding industry. Takaya’s contributions are particularly notable for bridging laboratory precision with practical occupational safety, directly informing exposure limits and workplace guidelines. His work remains highly cited by industrial hygienists and toxicologists studying metal fume fever, lung disease, and neurological effects from manganese exposure.
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Top Papers
- 1