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탭버튼_수치해석 탭버튼_실험
 
2.1 Spark induced plasma spectroscopy (SIPS) for real-time analysis about fine dust and virus air propagation
2.2 Classification of the source of samples using spark-induced plasma spectroscopy combined with deep
         learning

2.3 Compact-size all-in-one sensing module for in-situ detecting of components in fine-dust or virus based on
         spark-induced plasma spectroscopy

2.4 Thermal analysis of the metal particles for renewable energy sources
2.5 Metal fuel combustion for the generation of carbon-free renewable energy
2.6 Developing a prototype of FEEP Thruster for Nano-Satellite
2.7 Combustion and thermal behaviour of electrically controlled solid propellants
2.8 Dielectric Breakdown-induced Shockwave and its Biomedical Application
 
2.1 Spark induced plasma spectroscopy (SIPS) for real-time analysis about fine dust and virus air propagation
Spark-induced plasma spectroscopy and new sensing device
SIPS utilizes an electrical discharge from a high voltage at a low current to produce plasma when the applied voltage is higher than the ambient voltage
This compact sensing device was used in combination with a new quantitative analytical method using Bandpass filter and photodiode
Real-time monitoring of toxic components from fine dust and virus
In current study, the development of an innovative and effective technique for real-time, quantitative monitoring of toxic fin dust and virus using plasma emission spectroscopy is presented