Atommagkutató Intézet

APHA Szerző - Bodewits E.⁴

**P27576**
*Density effects on the blocking of ions guided through insulating PET capillaries.*
Szerzők	Stolterfoht N., Hellhammer R., Sulik B., Juhász Z., Bayer V., Trautmann C., Bodewits E., Reitsma G., Hoekstra R.
Megjelenés helye	Journal of Physics: Conference Series 488 (2014) 2010
Jelleg	Scientific paper, proceedings
Témák	Atomic and Molecular Physics

**P27575**
*Density effects on the blocking of ions guided through insulating PET capillaries.*
Szerzők	Stolterfoht N., Hellhammer R., Sulik B., Juhász Z., Bayer V., Trautmann C., Bodewits E., Reitsma G., Hoekstra R.
Megjelenés helye	28th International Conference on Photonic, Electronic and Atomic Collisions. ICPEAC 2013. Lanzhou, China, 24-30 July, 2013 0 (2013) 0
Jelleg	Conf. abstract, poster, talk
Témák	Atomic and Molecular Physics

**P26172**
*Areal density effects on the blocking of 3-keV Ne7+ ions guided through nanocapillaries in polymers.*
Szerzők	Stolterfoht N., Hellhammer R., Sulik B., Juhász Z., Bayer V., Trautmann C., Bodewits E., Reitsma G., Hoekstra R.
Megjelenés helye	^SCI Physical Review A 88 (2013) 2902
Impakt faktor	2.991²⁰¹³
Jelleg	Scientific paper, proceedings
Témák	Atomic and Molecular Physics

**P25402**
*Dynamics of ion guiding through nanocapillaries in insulating polymers.*
Szerzők	Stolterfoht N., Bodewits E., Hellhammer R., Juhász Z., Sulik B., Bayer V., Trautmann C., Hoekstra R.
Megjelenés helye	Journal of Physics: Conference Series 388 (2012) 2049
Jelleg	Scientific paper, proceedings
Témák	Atomic and Molecular Physics

**P23774**
*Evidence of blocking effects on 3-keV Ne7+ ions guided through nanocapillaries in polycarbonate.*
Szerzők	Stolterfoht N., Hellhammer R., Sulik B., Juhász Z., Bayer V., Trautmann C., Bodewits E., Hoekstra R.
Megjelenés helye	^SCI Physical Review A 83 (2011) 2901
Impakt faktor	2.878²⁰¹¹
Jelleg	Scientific paper, proceedings
Témák	Atomic and Molecular Physics
Linkek	Hivatkozások (6)

**P23180**
*Guided transmission of 3-keV Ne7+ ions through nanocapillaries in insulating polymers: Dependence on teh capillary diameter.*
Szerzők	Stolterfoht N., Hellhammer R., Juhász Z., Sulik B., Bodewits E., Dang H. M., Hoekstra R.
Megjelenés helye	Physical Review A 82 (2010) 2902
Impakt faktor	2.861²⁰¹⁰
Jelleg	Scientific paper, proceedings
Témák	Atomic and Molecular Physics
Linkek	Hivatkozások (8)

**P22308**
*Role of charge patches in ion guiding through nanocapillaries in a PET polymer.*
Szerzők	Stolterfoht N., Hellhammer R., Fink D., Sulik B., Juhász Z., Bodewits E., de Nijs A. J., Dang H., Hoekstra R.
Megjelenés helye	Journal of Physics: Conference Series 194 (2009) 2031
Jelleg	Scientific paper, proceedings
Témák	Atomic and Molecular Physics

**P21893**
*Photon emission from insulating nanocapillaries during ion guiding.*
Szerzők	Juhász Z., Sulik B., Stolterfoht N., Hoekstra R., Bodewits E., de Nijs A. J.
Megjelenés helye	4th Annual ITS LEIF Meeting. 2nd Symposium on Ion Insulator Interactions. Girona, Spain, 15-22 May, 2009 0 (2009) 0
Jelleg	Conf. abstract, poster, talk
Témák	Atomic and Molecular Physics

**P21856**
*Guided transmission of Ne7+ ions through nanocapillaries in insulating polymers: Scaling laws for projectile energies up to 50 keV.*
Szerzők	Stolterfoht N., Hellhammer R., Juhász Z., Sulik B., Bayer V., Trautmann C., Bodewits E., de Nijs A. J., Dang H. M., Hoekstra R.
Megjelenés helye	^SCI Physical Review A 79 (2009) 2902
Impakt faktor	2.866²⁰⁰⁹
Jelleg	Scientific paper, proceedings
Témák	Atomic and Molecular Physics
Linkek	DOI Hivatkozások (8)

**P21794**
*Time evolution of ion guiding through nanocapillaries in a PET polymer.*
Szerzők	Stolterfoht N., Hellhammer R., Fink D., Sulik B., Juhász Z., Bodewits E., Dang H. M., Hoekstra R.
Megjelenés helye	^SCI Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms 267 (2009) 669
Impakt faktor	1.156²⁰⁰⁹
Jelleg	Scientific paper, proceedings
Témák	Atomic and Molecular Physics
Linkek	DOI Hivatkozások (2)

	Total	Headed by ATOMKI under name of the author	Part of the author	Part of the author & ATOMKI
Publications:	11	0	0.677	0
^SCIPublications:	5	0	0.293	0
Cited publications:	5	0	0.309	0
Non-locally cited publications:	5	0	0.309	0
Cited ^SCIpublications:	4	0	0.238	0
Non-locally cited ^SCIpublications:	4	0	0.238	0
^SCICited publications:	5	0	0.309	0
Non-locally ^SCIcited publications:	5	0	0.309	0
^SCICited ^SCIpublications:	4	0	0.238	0
Non-locally ^SCIcited ^SCIpublications:	4	0	0.238	0
Citations:	45	0	2.784	0
Non-local citations:	45	0	2.784	0
SCICitations:	45	0	2.784	0
Non-local ^SCIcitations:	32	0	1.948	0
Impact^~2013:	15.618	0	0.677	0
Averaged impact:	1.42	0	0.677	0
^SCIaveraged impact:	2.551	0	0.293	0
Citational effectivity:	9	0	0.309	0
Non-local citational effectivity:	9	0	0.309	0
SCIcitational effectivity:	6.4	0	0.309	0
Non-local ^SCIcitational effectivity:	6.4	0	0.309	0
Publications, n:	7.273	0	0	0
^SCIPublications, n:	7.6	0	0	0
Cited publications, n:	7.2	0	0	0
Non-locally cited publications, n:	7.2	0	0	0
Cited ^SCIpublications, n:	7.5	0	0	0
Non-locally cited ^SCIpublications, n:	7.5	0	0	0
^SCICited publications, n:	7.2	0	0	0
Non-locally ^SCIcited publications, n:	7.2	0	0	0
^SCICited ^SCIpublications, n:	7.5	0	0	0
Non-locally ^SCIcited ^SCIpublications, n:	7.5	0	0	0
z-index:	3	0	0	0