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lee sang jun

Our Group

The BBRC is a National Creative Research Initiative Center, funded by Korean Government. The main research contents are to reveal the unknown basic physics of various biofluid flow phenomena in nature including vascular diseases by using advanced imaging techniques. Creative biomimic technologies are developed based on the revealed biofluid flow characteristics.

Notice 더보기

• [Excellent paper award] The 16th Ann... 2014.12.24

• [Excellent paper award] KSVI confere... 2014.12.23

• [2014.12.02] Jeongeun Ryu, Ho Jin Ha... 2014.12.04

• Prof. Lee is elected as a APS Fellow... 2014.12.01

• Kahye Song (Ph. D. candidate) recei... 2014.12.01

Journal Paper_inter 더보기

• S. Singha, D. Kim, H. Moon, T. Wang, K... 2015.01.27

• E. Seo, J. H. Lim , S. J. Seo and S. J... 2015.01.27

• D. H. Ma, D. Kim, E. Seo, S. J. Seo an... 2015.01.27

• S. Ahn, S. J. Lee, Optimum periodicity... 2014.12.26

• J.Park*, H.K.Kim*, J.Ryu, S.Ahn, S.J.L... 2014.12.23

Research Area

Biological Flows & Bio-mimetic Technology 더보기

Dynamic movement of sensitive plants: Mimosa pudica

Basic physics of transpiration at plant leaves

Liquid-feeding system of butterflies

Visualization of transfected-single malaria parasite in the mosquito salivary duct

Blood Flow analysis & Bio-medical imaging 더보기

3-D Visualization of in vitro disease model using phase-contrast digital holographic microscopy

Fabrication of microbubble for X-ray PIV technique

Variation of velocity profile and RBC aggregation under pulsatile flow

Improvement of SIV and CLAHE

Gallery

Gallery 더보기

2015.1.8-9 BBRC Winter Work Shop

[2014.8.27~29] The 8th NCFE

[2014.06.06] 흥덕왕릉 등산

2014.01.03~04 Winter Workshop

2013.10.05 운제산 등산

2013.08.25~28 9th Pacific Symposium on Flow Visualization and Image Processing (PSFVIP-9)

2013.05.04 주왕산 등산

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