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19篇 您的检索式：作者名="Luo Pingya"

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		题名	作者	年代	出处	被引量
	1	Characterization and solution properties of a novel water-soluble terpolymer for enhancedoil recovery 显示文摘	Zhong Chuanrong Luo Pingya Ye Zhongbin	2009	Polymer Bulletin2009，62，1：	1
	2	Characterization and solution properties of a novel water-soluble terpolymer for enhanced oil recovery显示文摘	Zhong Chuanrong Luo Pingya Ye Zhongbin	2009	Polymer Bulletin2009，62，1：	1
	3	Direct Visualization Of Microstructures In Hydrophobically Modified Polyacrylamide Aqueous Solution By Environmental Scanning Electron Microscopy 显示文摘	Yujun Feng Pingya Luo Chuanqiu Luo	2002	Polym Int2002，51，10：	1
	4	Characterization and solution properties of a novel water-soluble terpolymer for enhanced oil recovery显示文摘	Chuanrong Zhong Pingya Luo Zhongbin Ye	2009	Polymer Bulletin2009，62，1：	1
	5	The ultralow interfacial tensions b-etween crude oils and gemini surfactant solutions显示文摘	Hong Chen Lijuan Han Pingya Luo	2005	Journal of Colloid and Interface Science2005，，285：	1
	6	The ultralow interracial tensions between crude oils and Gemini surfactant solutions显示文摘	Chen Hong Han Lijuan Luo Pingya	2005	J Colloid Interf Sci2005，285，：	1
	7	Wettability modification by fluoride and its application in aqueous phase trapping damage removal in tight sand stone reservoirs 显示文摘	LIU Xuefen KANG Yili LUO Pingya	2015	J Pet Sci Eng2015，133，：	1
	8	Charac- terization and Solution Properties of a Novel Water-Soluble Ter- polymer for Enhanced Oil Recovery 显示文摘	Zhong Chuanrong Luo Pingya Ye Zhongbin	2009	Polym Bull2009，62，1：	1
	9	显示文摘	Han Lijuan Luo Pingya	2004	Surface Science2004，552，：	1
	10	Charac- terization and Solution Properties of a Novel Water-Soluble Ter- polymer for Enhanced Oil Recovery 显示文摘	Zhong Chuanrong Luo Pingya Ye Zhongbin	2009	Polym Bull2009，62，1：	1
	11	显示文摘	YUAN Hanzhen LUO Pingya ZHANG L	2002	Colloid Polymer Sci2002，280，：	1
	12	Application of a new family of organosilicon quadripolymer as a fluid loss additive for drilling fluid at high tempemtre 显示文摘	Chu Qi Luo Pingya Zhao Qingfeng	2013	Journal of Applied Polymer Science2013，128，1：	1
	13	The ultralow intedacial tensions between crude oils and Gemini surfaetant solutions 显示文摘	Chen Hong Han Lijuan Luo Pingya	2005	Journal of Colloid and Interface Science2005，285，2：	1
	14	The ultralow interfacial tensions between crude oils and gemini surfactant solutions 显示文摘	Chen Hong Han Lijuan Luo Pingya Ye Zhongbin	2005	Journal of Colloid and Interface Science2005，285，2：	1
	15	The ultralowinterfacial tensions between crude oils and gemini surfac-tant solutions显示文摘	Chen Hong Han Lijuan Luo Pingya	2005	Journal of Colloid and Interface Sci-ence2005，285，：	1
	16	The interfacial tension between oil and Gemini surfactant solution显示文摘	Chen Hong Han Lijuan Luo Pingya	2004	Surface Science2004，552，13：	1
	17	The uhralow interfacial tensions between crude oils and Gemini surfactantsolutions 显示文摘	Chen Hong Han Lijuan Luo Pingya	2005	Journal of Colloid and lntelface Science2005，285，2：	1
	18	Viscosity behavior of cationic Gemini surfactants with long alkyl chains显示文摘	Han Lijuan Chen Hong Luo Pingya	2004	Surface Science2004，564，13：	1
	19	Based on self-made shale formation simulated artificial cores to evaluate water-based drilling fluids plugging effect technology显示文摘Plugging technology is one of the leading problems in shale gas drilling engineering,as it causes wellbore stability,shale formation collapse,and so on.In order to solve these problems,in this paper,we committed to preparing artificial cores whose original permeability was 1.16×10^(−4)mD,which could be used to simulate the shale formation,and established a sealing evaluation method to assess the effect of plugging technology by measuring permeability reduction rate K'.Verified the good reproducibility of the artificial cores through a lot of high temperature and high pressure(HTHP)filtration experiments.The Scanning electron microscopy(SEM)was used to prove that the permeability reduction rate is a scientific method to evaluate the sealing effect.	Yang Bai Chunyan Liu Guojun Li Ren Wang Dezhi Liu Pingya Luo	2023	Petroleum Research2023，8，1：	0

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