Ceramics Institute / Ehime University / Industrial Research Center / /
IndustryTerm
high energy efficiency / in-liquid plasma device / speed large area semiconductor deposition technology / laser measurement technology / in-liquid plasma application technology research project / benzene solution / mass production device / conventional small decomposition device / technology research / surface processing / oil / silicon oil / plasma application technology / in-liquid plasma equipment / alkali water solution / /
Organization
Ceramics Institute of Ehime Prefecture Typical / Ehime Industrial Promotion Foundation / Ehime University Government / Industrial Research Center of Ehime Prefecture / Ehime University / Department of Engineering / Department of Agriculture / Integrated Center for Science / Department of Science / /
Person
Nano / / /
Position
Major / /
ProvinceOrState
Ehime Prefecture / /
RadioStation
Core / /
Technology
Electrode technology Ultrasound technology Laser technology High frequency technology / joint research Joint research In-liquid plasma application Map Analysis technology / high speed large area semiconductor deposition technology / microwave / In-liquid plasma application technology / research In-liquid plasma application Map Analysis technology Electrode technology / plasma application Map Analysis technology Electrode technology Ultrasound technology / laser measurement technology / /
Others (Fiscal Year[removed]Ehime Industrial Promotion Foundation[removed]Kumekubotamachi, Matsuyama City, Ehime[removed]