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4篇 您的检索式：作者名="Hongru Peng"

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		题名	作者	年代	出处	被引量
	1	Fault feature extraction of hydraulic pump based on CNC de-noising and HHT 显示文摘	Yukui Wang Hongru Li Peng Ye	2015	Journal of Failure Analysis and Prevention2015，15，1：	1
	2	Fault feature extraction of hydraulic pump based on CNC de-noising and HHT显示文摘	Wang Yukui Li Hongru Ye Peng	2015	Journal of Failure Analysis and Prevention2015，15，1：	1
	3	Fault FeatureExtraction of Hydraulic Pump Based on CNC De-noising and HHT显示文摘	Wang Yukui Li Hongru? Ye Peng	2015	Journal of Failure Analysisand Prevention?2015，15，1：	1
	4	Formation of multifaceted nano-groove structure on rutile TiO_(2) photoanode for efficient electron-hole separation and water splitting显示文摘Photoelectrochemical(PEC)water-splitting using solar energy holds great promise for the renewable energy future,and a key challenge in the development of industry viable PEC devices is the unavailability of high-efficient photoanodes.Herein,we designed a TiO_(2) model photocatalyst with nano-groove pattern and different surface orientation using low-energy Ar+irradiation and photoetching of TiO_(2),and significantly improved the intrinsic activity for PEC water oxidation.High-resolution transmission electron microscopy directly manifests that the grooves consist of highly stepped surface with<110>steps and well-crystallized.Transient absorption spectroscopy reveals the groove surface that allows for increased recovery lifetime,which ensures promoted electron-hole separation efficiency.Surface photovoltage directly shows the carrier separation and transportation behaviors,verified by selective photodeposition,demonstrating the groove surface on TiO_(2) contributes to electron-hole separation.This work proposes an efficient and scalable photoanode strategy,which potentially can open new opportunities for achieving efficient PEC water oxidation performance.	Xiaoyi Zhan Yaling Luo Ziyu Wang Yao Xiang Zheng Peng Yong Han Hui Zhang Ruotian Chen Qin Zhou Hongru Peng Hao Huang Weimin Liu Xin Ou Guijun Ma Fengtao Fan Fan Yang Can Li Zhi Liu	2022	Journal of Energy Chemistry2022，31，2：	0

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