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31篇 您的检索式：作者名="Pivovar"

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	题名	作者	年代	出处	被引量
1	显示文摘	Hickner M A Pivovar B S	2005	Fuel Cells2005，5，：	1
2	Scientific aspects of polymer electrolyte fuel cell durability and degradation 显示文摘	BORUP R MEYERS J PIVOVAR B	2007	Chem Rev2007，107，：	1
3	Engineering crystal symmetry and polar order in molecular host frameworks显示文摘	Holman K T Pivovar A M Ward M D	2001	Science2001，294，：	1
4	Pervaporation membranes in direct methanol fuel cells显示文摘	Pivovar B S Wang Y Cussler E L	1999	Journal of Membrane Science1999，154，2：	1
5	Pervaporation membranes in direct methanol fuel cells显示文摘	Pivovar Bryan S Wang Yuxin Cussler E L	1999	J Membrane Science1999，154，：	1
6	Engineering Crystal Symmetry and Polar Order in Molecular Host Frameworks显示文摘	Pivovar A M Ward M D	2001	Science2001，294，：	1
7	Pervaporation membranes in direct methanol fuel cells显示文摘	Wang Yuxin Cussler E L	1999	J Membr Sci1999，154，2：	1
8	显示文摘	Pivovar B S Wang Y X Cussler E L	1999	Membr J Sci1999，154，：	1
9	A Half Cell Model to Study Performance Degradation of a PEMFC due to Cationic Contamination显示文摘	B Kienitz H Baskaran B Pivovar		0，，01：	1
10	Pervaporation membranes in direct methanol fuel cells 显示文摘	Pivovar B S Wang Yu-xin Cussler E L	1999	Journal of Membrane Science1999，154，：	1
11	Scientific aspects of polymer electrolyte fuel cell durability and degradation 显示文摘	BORRUP R MEYERS J PIVOVAR B	2007	Chem Rev2007，107，：	1
12	Scientific aspects of polymer e- lectrolyte fuel cell durability and degradation 显示文摘	Borup R Meyers J Pivovar B	2007	Chem Rev2007，107，10：	1
13	An overview of electro-osmosis in fuel cell polymer electrolytes显示文摘	Pivovar B S	2006	Polymer2006，47，11：	1
14	Single-layer graphene as a highly selective barrier for vanadium crossover with high proton selectivity显示文摘We report near-zero crossover for vanadium cross-permeation through single-layer graphene immobilized at the interface of two Nafion?polymer electrolyte membranes.Vanadium ion diffusion and migration,including proton mobility through membrane composites,were studied with and without graphene under diffusion and migration conditions.Single-layer graphene was found to effectively inhibit vanadium ion diffusion and migration under specific conditions.The single-layer graphene composites also enabled remarkable ion transmission selectivity improvements over pure Nafion membranes,with proton transport being four orders of magnitude faster than vanadium ion transport.Resistivity values of 0.02±0.005Ωcm^(2) for proton and 223±4Ωcm^(2) for vanadium ion through single atomic layer graphene are reported.This high selectivity may have significant impact on flow battery applications or for other electrochemical devices where proton conductivity is required,and transport of other species is detrimental.Our results emphasize that crossover may be essentially completely eliminated in some cases,enabling for greatly improved operational viability.	Saheed Bukola Zhaodong Li Jason Zack Christopher Antunes Carol Korzeniewski Glenn Teeter Jeffrey Blackburn Bryan Pivovar	2021	Journal of Energy Chemistry2021，30，8：	1
15	Pervaporation membranes in direct methanol fuel cells显示文摘	Pivovar B S Wang Yuxin E L Cussler	1999	Journal of Membrane Science1999，154，：	1
16	Pervaporation mem branes in direct methanol fuel cells显示文摘	Pivovar B S Wang Y Cusaler E L	1999	J Membrane Sci1999，154，2：	1
17	Engineering crystal symmetry and polar order in molecular host frameworks显示文摘	Holman K T Pivovar A M Ward M D	2001	Science2001，294，：	1
18	Scientific aspects of polymer electrolyte fuel cell durability and degradation 显示文摘	BORUP R MEYERS J PIVOVAR B	2007	Chemical Reviews2007，107，10：	1
19	Scientific aspects of polymer electrolyte fuel cell durability and degradation 显示文摘	BORUP R MEYERS J PIVOVAR B	2007	Chem Rev2007，107，10：	1
20	显示文摘	Edson J B Macomber C S Pivovar B S	2012	J M J Membr Sci2012，39，9400：	1

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