I work across both thermal and non-thermal plasma systems, focusing on plasma diagnostics, laser–plasma interaction studies, and plasma-based environmental applications. My background includes optical emission spectroscopy, electron temperature modeling, and the use of high-voltage plasma sources for chemical analysis and reaction studies.
Currently, I am developing advanced diagnostic approaches for measuring OH radical reactivity and performing time-resolved plasma analysis. This work involves synchronizing picosecond laser pulses and Nd:YAG laser systems with plasma sources to probe fast reactive species and transient plasma-chemical processes with high temporal precision.
My broader research goal is to build reliable, high-resolution diagnostic platforms that reveal the underlying mechanisms of plasma-based reactions and support the development of plasma technologies for environmental and scientific applications.
PhD in Physics
MSc. in Mechanical Engineering
BSc. in Manufacturing Engineering
Postdoctoral Researcher
PhD Researcher
Teaching Assistant
Academic and Research Assistant
Circular Dichroism
Gas FTIR
GC-FID
GC-MS
High Voltage Measurment
HR4000 Spectrometer
LC-MS
ICCD-Monochromator
Raman Spectroscopy
Laser Induced Fluorescence
OPA laser
Gated photon counter
X-ray Diffraction
UV Absorption Spectroscopy
MS Office- Advanced
Orgin pro- Advanced
Python- Beginner
Matlab- Beginner
GNU Octave- Begineer
MassiveOES- Advanced
LIFBase- Intermediate
452 Doryong-dong, Yuseong-gu
Daejeon, 34113
kirubelamsalu12@gmail.com
kirubel@kriss.re.kr
+82 10-2474-6598