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Novel Platform Traces Hydrogen Gas Leakage in Real-Time

Novel Platform Traces Hydrogen Gas Leakage in Real-Time
miragenews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from miragenews.com Daily Mail and Mail on Sunday newspapers.

South koreaCollege of health sciencesSensor systems research centerKorea institute of scienceKorea universitySchool of biomedical engineeringKorea instituteMinah seoYong sang ryuBiomedical engineeringHealth sciencesProfessor ryu yong sang

Development of real-time trace hydrogen gas leakage via a novel terahertz-wave optical platform

The Korea Institute of Science and Technology (KIST) announced that a team led by Dr. Minah Seo of the Sensor Systems Research Center & KU-KIST Graduate School

South koreaKorea university intramuralMinistry of scienceSensor systems research centerNational research foundation of korea noSchool program of korea universityKorea universityCollege of health sciencesSchool of biomedical engineeringKorea institute of scienceKorea instituteMinah seoYong sang ryuBiomedical engineeringHealth sciencesProfessor ryu yong sang

Development of real-time trace hydrogen gas leakage via a novel terahertz-wave optical platform

Development of real-time trace hydrogen gas leakage via a novel terahertz-wave optical platform
techxplore.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from techxplore.com Daily Mail and Mail on Sunday newspapers.

South koreaJinwoo leeKorea universitySensor systems research centerA korea institute of scienceSchool of biomedical engineeringCollege of health sciencesAdvanced materialsKorea instituteMinah seoYong sang ryuBiomedical engineeringHealth sciencesIntense terahertz field focusingMetallic nanoarchitecturesMonitoring hidden interatomic gas

Capturing nanoplastics in tap water with light

Nanoplastics are plastics that have been discarded from our daily lives and that enter ecosystems in the size scale below 1 micro-metter after their physical and chemical disintegration. Recent re .

Sang yuCholla namdoSouth koreaEuitae jeongYong sang ryuBrain research instituteKorea instituteSurface enhanced ramanLectro photonic tweezersReal time analysisRaman spectroscopy

Development of cellular membrane-FET (lipid-FET) for sensitivity of biosensor

The Korean team of researchers successfully developed a proprietary biosensor technology with significantly enhanced molecular sensitivity using the.

South koreaDong june ahnEngineering at korea universityBrain science instituteNational research foundation of koreaKorea universityKorea institute of scienceDepartment of chemicalMinistry of scienceSensor system research centerKorea instituteYong sang ryuChul ki kimProfessor dong june ahnBiological engineeringNational research foundation