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6篇 您的检索式：作者名="Zonghoon Lee"

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		题名	作者	年代	出处	被引量
	1	A tri-modal aluminum based composite with super-high strength显示文摘	Jichun Ye Bing Q Han Zonghoon Lee	2005	Scripta Materialia2005，53，6：	1
	2	A tri-modal aluminum based composite with super-high strength显示文摘	Ye Jichun Han Bing Q Lee Zonghoon	2005	Scripta Materialia2005，53，：	1
	3	Determination of the local chemical structure of graphene oxide and reduced graphene oxide显示文摘	Erickson K Erni R Lee Zonghoon	2010	Advanced Materials2010，22，40：	1
	4	Determination of the Lacal chemical structure of graphene oxide and reduced graphene oxide 显示文摘	Kris Erickson Rolf Emi Zonghoon Lee	2010	Advanced Materials2010，22，40：	1
	5	A tri-modal aluminum based composite with super-high strength显示文摘	Ye Jichun Han Bing Q Lee Zonghoon	2005	Scripta Materialia2005，53，：	1
	6	Unconventional assemblies of bisacylhydrazones:The role of water for circularly polarized luminescence显示文摘Understanding the precise molecular arrangement of chiral supramolecular polymers is essential not only to comprehend complex superstructures like proteins and DNA but also for the development of next-generation optoelectronic materials,including materials displaying high-performance circularly polarized luminescence(CPL).Herein,we report the first chiral supramolecular polymer systems based on hydrazone–pyridinium conjugates comprising alkyl chains of different lengths,which afforded control of the apparent supramolecular chirality.Although supramolecular chirality is governed basically by the remote chiral centers of alkyl chains,helicity inversion was achieved by controlling the conditions under which the hydrazone building blocks underwent aggregation(i.e.,solvent compositions or temperature).More importantly,the addition of water to the system led to aggregationinduced hydrazone deprotonation,which resulted in a completely different selfassembly behavior.Structural water molecules played an essential role,forming the assembly’s channel-like backbone,around which hydrazone molecules gathered as a result of hydrogen bonding interactions.Further co-assembly of an achiral hydrazone luminophore with the given supramolecular polymer system allowed the fabrication of a novel CPL-active hydrazone-based material exhibiting a high maximum value for the photoluminescence dissymmetry factor of -2.6×10^(-2).	Hye Jin Cho Dong Yeun Jeong Hwihyun Moon Taewoo Kim You Kyoung Chung Yeongdong Lee Zonghoon Lee Joonsuk Huh Youngmin You Changsik Song	2022	Aggregate2022，3，5：	0

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