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9篇 您的检索式：作者名="Skellern"

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		题名	作者	年代	出处	被引量
	1	Does competition between hospitals improve clinical quality? : a review of evidence from two e- ras of competition in the English NHS 显示文摘	Bevan G Skellern M	2011	BMJ2011，343，：	1
	2	Binding of memantine to melanin:influence of type of melanin and characteristics 显示文摘	Koeberle MJ Hughes PM Skellern GG	2003	Pharm Res2003，20，：	1
	3	A realistic large-signal MESFET model for SPICE显示文摘	PARKER A E SKELLERN D J	1997	IEEE Trans Microwave Theory and Techniques1997，45，9：	1
	4	Two very unusual macrocyclic flavonoids from the water lily Nymphaea lotus显示文摘	Awatif A. Elegami Catharine Bates Alexander I. Gray Simon P. Mackay Graham G. Skellern Roger D. Waigh	2003	Phytochemistry2003，，6：	1
	5	VLSI for OFDM 显示文摘	WESTE N SKELLERN D J	1998	IEEE Communication Magazine1998，36，10：	1
	6	Pharmacokinetics and disposition of memantine in the arterially perfused bovine eye显示文摘	KOEBERLE M J HUGHESPM SKELLERN G G	2006	Pharmaceutical Research2006，23，12：	1
	7	Compa-rative study of the determination of bupivacaine inhuman plasma by gas chromatography-mass spectrometryand high-performance liquid chromatography显示文摘	Tahraoui A Watson D G Skellern G G	1996	JPharm Biomed Anal1996，15，2：	1
	8	Responses of Phradis parasitoids to volatiles of lavender, Lavandula angustifolia- a possible repellent for their host, Meligethes aeneus 显示文摘	Cook S M Jonsson M Skellern M P	2007	BioControl2007，52，：	1
	9	Wind-farm and hydrogen-storage co-location system optimization for dynamic frequency response in the UK显示文摘The continuous development of hydrogen-electrolyser and fuel-cell technologies not only reduces their investment and operating costs but also improves their technical performance to meet fast-acting requirements of electrical grid balancing services such as frequency-response services.In order to project the feasibility of co-locating a hydrogen-storage system with a wind farm for the dynamic regulation frequency-response provision in Great Britain,this paper develops a modelling framework to coordinate the wind export and frequency responses to the main grid and manage the interaction of the electrolyser,compressor,storage tank and fuel cell within the hydrogen-storage system by respecting the market mechanisms and the balance and conversion of power and hydrogen flows.Then the revenue of frequency-response service provision and a variety of costs induced by the hydrogen-storage system are translated into the net profit of the co-location system,which is maximized by optimizing the capacities of hydrogen-storage-system components,hydrogen-storage levels that guide the hydrogen restoration via operational baselines and the power interchange between a wind-farm and hydrogen-storage system,as well as the capacities tendered for low-and high-frequency dynamic regulation services.The developed modelling framework is tested based on a particular 432-MW offshore wind farm in Great Britain combined with the techno-economics of electrolysers and fuel cells projected for 2030 and 2050 scenarios.The optimized system configuration and operation are compared between different operating scenarios and discussed alongside the prospect of applying hydrogen-storage systems for frequency-response provision.	Fulin Fan Shanay Skellern David Campos-Gaona John Nwobu	2023	Clean Energy2023，7，1：	0

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