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		题名	作者	年代	出处	被引量
	1	Electrical and optical characterization of GaN-based light-emitting diodes fabricated with top-emission and flip-chip structures显示文摘	Hyunsoo Kim Sung-Nam Lee Jaehee Cho	2010	Materials Science in Semiconductor Processing2010，，3：	1
	2	Electrical and optical characterization of GaN-based light-emitting diodes fabri- cated with top-emission and flip-chip structures显示文摘	Hyunsoo Kim Lee S N Jaehee Cho	2010	Materi- al Science in Semiconductor Processing2010，13，3：	1
	3	Im-proved emission efficiency in inGaN light-emitting di- odes using reverse bias in pulsed voltage operation 显示文摘	Jaehee Cho Euijoon Yoon Hyunsoo Kim	2008	IEEE Photonies Teehnology Letters2008，20，13：	1
	4	Efficiency droop in light‐emitting diodes: Challenges and countermeasures显示文摘	Jaehee Cho E. Fred Schubert Jong Kyu Kim	2013	Laser & Photonics Reviews2013，，3：	1
	5	Enhanced light extraction of GaN-based light-emitting diodes by using textured n-type GaN layers显示文摘	Kim Hyunsoo Cho Jaehee Lee Jeong Wook	2007	Applied Physics Letters2007，90，16：	1
	6	A coarse frequency offset estimation in an OFDM system using the concept of the coherence phase bandwidth 显示文摘	KEUKJOON BANG NAMSHIN CHO JAEHEE CHO	2001	IEEE Trans on Communications2001，49，8：	1
	7	Cross-Level Effects of Team Task Interdependence on the Relationship Between Learning Goal Orientation and Feedback-Seeking Behaviors显示文摘	Jaehee Cho	2013	Communication Research Reports2013，，3：	1
	8	PC-based receiver for Eureka-147 digital audio broadcasting 显示文摘	Jaehee Cho Namshin Cho Keukjoon Bang Myunghee Park Heeyoung Jun Hyuncheol Park Daesik Hong	2001	IEEE Transactions on Broadcasting2001，47，2：	1
	9	Synergistic stimulation of surface topography and biphasic electric current promotes muscle regeneration显示文摘Developing a universal culture platform that manipulates cell fate is one of the most important tasks in the investigation of the role of the cellular microenvironment.This study focuses on the application of topographical and electrical field stimuli to human myogenic precursor cell(hMPC)cultures to assess the influences of the adherent direction,proliferation,and differentiation,and induce preconditioning-induced therapeutic benefits.First,a topographical surface of commercially available culture dishes was achieved by femtosecond laser texturing.The detachable biphasic electrical current system was then applied to the hMPCs cultured on laser-textured culture dishes.Laser-textured topographies were remarkably effective in inducing the assembly of hMPC myotubes by enhancing the orientation of adherent hMPCs compared with flat surfaces.Furthermore,electrical field stimulation through laser-textured topographies was found to promote the expression of myogenic regulatory factors compared with nonstimulated cells.As such,we successfully demonstrated that the combined stimulation of topographical and electrical cues could effectively enhance the myogenic maturation of hMPCs in a surface spatial and electrical field-dependent manner,thus providing the basis for therapeutic strategies.	Indong Jun Na Li Jaehee Shin Jaeho Park Young Jun Kim Hojeong Jeon Hyuk Choi Jae-Gu Cho Byoung Chan Choi Hyung-Seop Han Jae-Jun Song	2022	Bioactive Materials2022，7，5：	0

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