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12篇 您的检索式：作者名="Stangeby"

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		题名	作者	年代	出处	被引量
	1	Experimental divertor physics 显示文摘	PITCHER C S STANGEBY P C	1997	Plasma Physics and Con- trolled Fusion1997，39，6：	1
	2	The bohm-chodura plasma sheath criterion 显示文摘	Stangeby P C	1995	Physics of plasmas1995，2，：	1
	3	Overview of the recent DiMES and MiMES experiments in DIII-D显示文摘	D L Rudakov C P C Wong A Litnovsky W R Wampler J A Boedo N H Brooks M E Fenstermacher M Groth E M Hollmann W Jacob S I Krasheninnikov K Krieger C J Lasnier A W Leonard A G McLean M Marot R A Moyer T W Petrie V Philipps R D Smirnov P C Stangeby J G Watkins	2009	Physica Scripta . 2009 (T138)2009，，138：	1
	4	Dynamics of impurities in the serape-off layer显示文摘	Stangeby P C	1988	Contrib Plasma Phys1988，28，：	1
	5	Calculation of observable quantities using a divertor impurity interpretive code, DIVIMP显示文摘	Stangeby P C Elder J D	1992	J Nucl Mater1992，258，：	1
	6	The effect of adsorbed carbon and sulphur on hydrogen permeation through palladium显示文摘	Antoniazzi A B Haasz A A Stangeby P C	1989	J Nuclear Mater1989，，1：	1
	7	The plasma sheath显示文摘	Stangeby P C	1986	Physics of Plasma-wall Interactions in Controlled Fusion1986，131，：	1
	8	Plasma boundary phenomena in Tokamaks显示文摘	Stangeby P Mccracken G M	1990	Nucl Fusion1990，30，7：	1
	9	Physics basis and design of the ITER plasma-facing components显示文摘	Pitts R A Carpentier S Escourbiac F Hirai T Komarov V Kukushkin A S Lisgo S Loarte A Merola M Mittear R Raffray A R Shimada M Stangeby P C	2011	Journal of Nuclear Materials2011，415，1：	1
	10	Computational analysis of coupled blood-wall arterial LDL transport显示文摘	Stangeby D Kim Ethier C Ross	2002	J Biomechanical Engineering2002，124，1：	1
	11	Monte Carlo modelling of impurity ion transport for a limiter source/ sink显示文摘	Stangeby P C Farrell C Hoskins S	1988	Nuclear Fusion1988，28，：	1
	12	Innovative approaches towards an economic fusion reactor显示文摘Nuclear fusion potentially offers a clean;environmentally friendly and intrinsically safe energy source with an abundant fuel supply.Magnetic fusion energy research is approaching a new era of fusion power reactor design and construction planning.New physics understanding and powerful predictive tools have become available for improving fusion performance,developing and optimizing various magnetic confinement concepts.Emerging transformative enabling technologies can potentially mitigate and transform some present physics challenges from the possibly insurmountable to the potentially solvable.	Houyang Guo Francis Y C Thio Michl W Binderbauer Richard J Buttery Thomas R Jarboe Rajesh Maingi John S Sarff Peter C Stangeby Derek A Sutherland Mickey R Wade Michael C Zarnstorff	2020	National Science Review2020，7，2：	0

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