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2篇 您的检索式：作者名="Shangjing Yu"

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		题名	作者	年代	出处	被引量
	1	A versatile cooperative template-directed coating method to synthesize hollow and yolk-shell mesoporous zirconium titanium oxide nanospheres as catalytic reactors显示文摘	Buyuan Guan Tao Wang Shangjing Zeng Xue Wang Dong An Dongmei Wang Yu Cao Dingxuan Ma Yunling Liu Qisheng Huo	2014	Nano Research2014，7，2：	12
	2	Defect engineering on BiFeO_(3) through Na and V codoping for aqueous Na-ion capacitors显示文摘Sodium with low cost and high abundance is considered as a substitute element of lithium for batteries and supercapacitors,which need the appropriate host materials to accommodate the relatively large Na^(+) ions.Compared to Li^(+) storage,Na^(+) storage makes higher demands on the structural optimization of perovskite bismuth ferrite(BiFeO_(3)).We propose a novel strategy of defect engineering on BiFeO_(3) through Na and V codoping for high-efficiency Na^(+) storage,to reveal the roles of oxygen vacancies and V ions played in the enhanced electrochemical energy storage performances of Na-ion capacitors.The formation of the oxygen vacancies in the Na and V codoped BiFeO_(3)(denoted as NV-BFO),is promoted by Na doping and suppressed by V doping,which can be demonstrated by XPS and EPR spectra.By the first-principles calculations,the oxygen vacancies and V ions in NV-BFO are confirmed to substantially lower the Na^(+)migration energy barriers through the space and electric field effects,to effectively promote the Na^(+) transport in the crystals.Electrochemical kinetic analysis of the NV-BFO//NV-BFO capacitors indicates the dominant capacitive-controlled capacity,which depends on fast Na^(+) deintercalation-intercalation process in the NV-BFO electrode.The NV-BFO//NV-BFO capacitors open up a new avenue for developing highperformance Na-ion capacitors.	Wenyun Wang Chao Yang Shangjing Yu Daotong Han Wentao Qi Rui Ling Guangqiang Liu	2024	Journal of Energy Chemistry2024，90，3：	0

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