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18篇 您的检索式：作者名="STOLTERFOHT N"

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		题名	作者	年代	出处	被引量
	1	Formation and filling of hollow Ne atoms below an AI surface 显示文摘	Grether M Niemann D Spieler A Stolterfoht N	1997	Phys Rev A1997，56，：	1
	2	Formation and filling of hollow Ne atoms below an Al surface 显示文摘	Grether M Niemann D Spieler A Stolterfoht N	1997	Phys Rev A1997，56，：	1
	3	Transmission of 3 keV Ne7+ ions through nanocapillaries etched in polymer foils: Evidence for capillary guiding显示文摘	STOLTERFOHT N BREMER J H HOFF- MANN V	2002	Physical Review Letters2002，88，13：	1
	4	Time evolution of ion guiding through nanocapillaries in a PET polymer 显示文摘	STOLTERFOHT N HELLHAMMER R PE-SIC Z D	2004	Nuclear Instruments and Methods in Physics Re- search Section B2004，225，12：	1
	5	Guiding of slow neon and molecular hydrogen ions through nanocapillaries in PET显示文摘	STOLTERFOHT N HELLHAMMER R SOBOCINSKI P	2005	Nuclear Instruments and Methods in Physics Research Section B2005，235，14：	1
	6	Scaling laws for guid- ing of highly charged ions through nanoeapitlaries in an insulating polymer显示文摘	STOLTERFOHT N HELLHAMMER R BUNDESMANN J	2008	Physical Review A2008，77，3：	1
	7	Transmission of 3 keV Ne7+ ions through nanocapillaries etched in polymer foils: evidence for capillary guiding显示文摘	Stolterfoht N Bremer J H Hoffmann V	2002	Phys Rev Lett2002，88，13：	1
	8	Evidence of blocking effects on 3 keV Ne7+ ions guided through nanocapillaries in polycarhonate显示文摘	STOLTERFOHT N HELLHAMMER R SU- LIK B	2011	Physical Review A2011，83，6：	1
	9	Guiding of slow Ne7+ ions through nanocapillaries in insulating polyethylene tereph- thalate: Incident current dependence显示文摘	Stolterfoht N Hellhammer R Bundesmann J	2007	Phys Rev A2007，76，02：	1
	10	查看详情显示文摘	Stolterfoht N Bremer J H Hoffmann V Hellhammer R Fink D Petrov A Sulik B		0，，：	1
	11	查看详情显示文摘	Stolterfoht N Hellhammer R Pesic Z D Hoffmann V Bumdeslamm J Petrov A Fink D Sulik B Pedregosa J McCullough R W		0，，：	1
	12	查看详情显示文摘	Stolterfoht N Hellhammer R Sobocinski P Pesic Z D Bumdeslamm J Sulik B Shah M B Dunn K Pedregosa J McCullough R W		0，，：	1
	13	查看详情显示文摘	Vikor G Y Rajendra R T Pesic Z D Stolterfoht N Schuch R		0，，：	1
	14	查看详情显示文摘	Stolterfoht N Hellhammer R Bundesmann J Fink D		0，，：	1
	15	查看详情显示文摘	Stolterfoht N Hellhammer R Juhász Z Sulik B Bayer V Trautmann C Bodewits E de Nijs A J Dang H M Hoekstra R		0，，：	1
	16	查看详情显示文摘	Stolterfoht N Hellhammer R Sulik B Juhász Z Bayer V Trautmann C Bodewits E Hoekstra R		0，，：	1
	17	Formation and filling of hollow Ne atoms below an A1 surface 显示文摘	Grether M Niemann D Spieler A Stolterfoht N	1997	Phys Rev A1997，56，：	1
	18	Analytical model for describing ion guiding through capillaries in insulating polymers显示文摘An analytical description for guiding of ions through nanocapillaries is given on the basis of previous work. The current entering into the capillary is assumed to be divided into a current fraction transmitted through the capillary, a current fraction flowing away via the capillary conductivity and a current fraction remaining within the capillary, which is responsible for its charge-up. The discharging current is assumed to be governed by the Frenkel–Poole process. At higher conductivities the analytical model shows a blocking of the ion transmission, which is in agreement with recent simulations.Also, it is shown that ion blocking observed in experiments is well reproduced by the analytical formula. Furthermore, the asymptotic fraction of transmitted ions is determined. Apart from the key controlling parameter(charge-to-energy ratio), the ratio of the capillary conductivity to the incident current is included in the model. Differences resulting from the nonlinear and linear limits of the Frenkel–Poole discharge are pointed out.	刘世东赵永涛王瑜玉 Stolterfoht N 程锐周贤明徐瑚珊肖国青	2015	Chinese Physics B2015，24，8：	0

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