Institute for Nuclear Research

of the Hungarian Academy of Sciences (ATOMKI),
Debrecen, Hungary

19 publications of Nagy G. U. L. ¹ ^*
19 Oct 2018

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Scientific paper, proceedings

1. Szoboszlai Z. ¹ ⁺ ² , Nagy G. U. L. ¹ , Kertész Zs. ¹ ⁺ , Angyal A. ¹ ⁺ ² , Furu E. ¹ ⁺ , Török Zs. ¹ ⁺ , Ratter K. ³ , Sinkovicz P. ³ , Kiss Á. Z. ² ⁺ ² : Characterization of atmospheric aerosols in different indoor environments.
Acta Physica Debrecina 45 (2011)207-217./ 0.000⁰
ATOMKI ref. code: P24496. 0 citations.

2. Nagy G. U. L. ¹ ⁺ , Rajta I. ¹ ⁺ , Bereczky R. J. ¹ ⁺ , Tôkési K. ¹ ⁺ : Experimental setup for studying guiding of proton microbeam.
22nd International Conference on the Application of Accelerators in Research and Industry. Dallas Fort Worth, USA, 5-10 Aug., 2012. CAARI 2012. Proceedings. New York, AIP (AIP Conference Proceedings 1525) 0 (2013)40(42)/ 0.000⁰
ATOMKI ref. code: P25825. Access via DOI. 0 citations.

3. Bányász I. ³ , Rajta I. ¹ ⁺ , Nagy G. U. L. ¹ ⁺ , Zolnai Z. ³ , Havránek V. ⁴ , Pelli S. ⁴ , Veres M. ³ , Berneschi S. ⁴ , Nunzi-Conti G. ⁴ , Righini G. C. ⁴ : Fabrication of optical channel waveguides in crystals and glasses using macro- and micro ion beams.
^SCI Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms 331 (2014)157-162./ 1.124²⁰¹⁴;N
ATOMKI ref. code: P27138. Access via DOI. 1 + 0 ( 1 +0 SCI) citations.

4. Nagy G. U. L. ¹ ⁺ , Rajta I. ¹ ⁺ , Bereczky R. J. ¹ ⁺ , Tôkési K. ¹ ⁺ : Guiding of MeV ion beams.
6th Conference on Elementary Processes in Atomic Systems. CEPAS. Bratislava, Slovakia, 9-12 July, 2014. Proceedings. Eds: Matjcik, S. et al. Bratislava, Comenius University 0 (2014)12:11-12./ 0.000⁰
ATOMKI ref. code: P27215. 0 citations.

5. Nagy G. U. L. ¹ ⁺ , Bereczky R. J. ¹ ⁺ , Rajta I. ¹ ⁺ , Tôkési K. ¹ ⁺ : Proton microbeam transmission between flat plates.
Journal of Physics: Conference Series 488 (2014)13:2018(1)/ 0.000⁰
ATOMKI ref. code: P27018. Access via DOI. 0 citations.

6. Tôkési K. ¹ ⁺ , Rajta I. ¹ ⁺ , Nagy G. U. L. ¹ ⁺ , Bereczky R. J. ¹ ⁺ : Can the ions be guided with MeV/amu energies? The case of the 1 MeV proton microbeam.
Journal of Physics: Conference Series 488 (2014)13:2019(1)/ 0.000⁰
ATOMKI ref. code: P27019. Access via DOI. 0 citations.

7. Kuznik W. ⁴ , Fuks-Janczarek I. ⁴ , Wojciechowski A. ⁴ , Kityk I. V. ⁴ , Kiisk V. ⁴ , Majchrowski A. ⁴ , Jaroszewicz L. R. ⁴ , Brik M. G. ⁴ , Nagy G. U. L. ¹ ⁺ : Absorption, fluorescence and second harmonic generation in Cr3+-doped BiB3O6 glasses.
^SCI Spectrochimica Acta A 145 (2015)325-X./ 2.653²⁰¹⁵;N
ATOMKI ref. code: P27630. 0 citations.

8. Nagy G. U. L. ¹ ⁺ , Rajta I. ¹ ⁺ , Bereczky R. J. ¹ ⁺ , Tôkési K. ¹ ⁺ : Incident beam intensity dependence of the charge-up process of the guiding of 1 MeV proton microbeam through a Teflon microcapillary.
^SCI European Physical Journal D 69 (2015)102-X./ 1.208²⁰¹⁵
ATOMKI ref. code: P27623. Access via DOI. 0 citations.

9. Nagy G. U. L. ¹ ⁺ , Rajta I. ¹ ⁺ , Bereczky R. J. ¹ ⁺ , Tôkési K. ¹ ⁺ : Energy distribution of proton microbeam transmitted through two flat plates.
^SCI Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms 354 (2015)317-X./ 1.389²⁰¹⁵
ATOMKI ref. code: P27626. Access via DOI. 0 citations.

10. Rajta I. ¹ ⁺ , Nagy G. U. L. ¹ ⁺ , Bereczky R. J. ¹ ⁺ , Tôkési K. ¹ ⁺ : Interaction of proton microbeam with the inner surface of a polytetrafluoroethylene macrocapillary.
^SCI Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms 354 (2015)328-X./ 1.389²⁰¹⁵
ATOMKI ref. code: P27627. Access via DOI. 1 + 0 ( 1 +0 SCI) citations.

11. Nagy G. U. L. ¹ ⁺ , Rajta I. ¹ ⁺ , Tôkési K. ¹ ⁺ : Guiding of 1 MeV H+ microbeam through a tapered glass capillary.
Journal of Physics: Conference Series 635 (2015)3:2031(1)/ 0.000⁰
ATOMKI ref. code: P28300. Access via DOI. 0 citations.

12. Rajta I. ¹ ⁺ , Huszánk R. ¹ ⁺ , Szabó A. T. T. ¹ ⁺ , Nagy G. U. L. ¹ ⁺ , Szilasi S. Z. ¹ ⁺ , Fürjes P. ⁴ , Holczer E. ⁴ , Fekete Z. ² ⁺ , Járvás G. ³ , Szigeti M. ³ , Hajba L. ⁴ , Bodnár J. ⁴ , Guttman A. ³ : Tilted pillar array fabrication by the combination of proton beam writing and soft lithography for microfluidic cell capture: Part 1 Design and feasibility.
^SCI Electrophoresis 37 (2016)3:498-503./ 2.744²⁰¹⁶;N
ATOMKI ref. code: P28414. Access via DOI. 4 + 0 ( 3 +0 SCI) citations.

13. Nagy G. U. L. ¹ ⁺ , Rajta I. ¹ ⁺ , Tôkési K. ¹ ⁺ ² : 2D simulation of 1 MeV proton microbeam transmission through an insulating macrocapillary.
28th Summer School and International Symposium on the Physics of Ionized Gases. SPIG 2016. Belgrade, Serbia, 29 Aug. - 2 Sept., 2016. Proceedings. Eds: Maric, D. et al. Belgrade, University of Belgrade - Serbian Academy of Sciences and Arts 0 (2016)170-X./ 0.000⁰
ATOMKI ref. code: P29039. 0 citations.

14. Giglio E. ⁴ , Guillous S. ⁴ , Cassimi A. ⁴ , Zhang H. Q. ⁴ , Nagy G. U. L. ¹ ⁺ , Tôkési K. ¹ ⁺ ² : Evolution of the electric potential of an insulator under charged particle impact.
^SCI Physical Review A 95 (2017)702-X./ 2.909²⁰¹⁷;N
ATOMKI ref. code: P29611. 0 citations.

15. Nagy G. U. L. ¹ ⁺ , Szilasi S. Z. ¹ ⁺ , Rajta I. ¹ ⁺ , Tôkési K. ¹ ⁺ ² : Simulation of the time evolution of 1 MeV proton microbeam transmission through an insulating macrocapillary.
^SCI Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms 406 (2017)417-X./ 1.323²⁰¹⁷
ATOMKI ref. code: P29787. Access via DOI. 0 citations.

16. Nagy G. U. L. ¹ ⁺ , Lavrentiev V. ⁴ , Bányász I. ³ , Szilasi S. Z. ¹ ⁺ , Havranek V. ⁴ , Vosecek V. ⁴ , Huszánk R. ¹ ⁺ , Rajta I. ¹ ⁺ : Compaction of polydimethylsiloxane due to nitrogen ion irradiation and its application for creating microlens arrays.
^SCI Thin Solid Films 636 (2017)634-X./ 1.939²⁰¹⁷;N
ATOMKI ref. code: P29776. Access via DOI. 0 citations.

17. Ponomarov A. ⁴ , Rajta I. ¹ ⁺ , Nagy G. U. L. ¹ ⁺ , Romanenko O. V. ⁴ : Single-stage quintuplet for upgrading triplet based lens system: Simulation for Atomki microprobe.
^SCI Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms 404 (2017)34-X./ 1.323²⁰¹⁷;N
ATOMKI ref. code: P29796. Access via DOI. 0 citations.

18. Giglio E. ⁴ , Guillous S. ⁴ , Nagy G. U. L. ¹ ⁺ , Zhang H. Q. ⁴ , Cassimi A. ⁴ , DuBois R. D. ⁴ , Tôkési K. ¹ ⁺ : Insulating capillaries as self-organized electrostatic lenses.
23rd International Conference of Ion-Surface Interactions. ISI 2017. Moscow, Russia, 21-25 Aug., 2017. Proceedings. Eds: Zykova, E.Yu. et al. 0 (2017)162-X./ 0.000⁰;N
ATOMKI ref. code: P30245. 0 citations.

Diploma work

19. Nagy G. U. L. ¹ ⁺ : Beltéri aeroszol vizsgálata ionnyaláb-analitikai módszerekkel. Diplomamunka. Témavezet: Kertész Zs. (in Hung.)
Debrecen, Debreceni Egyetem Természettudományi és Technológiai Kar - MTA Atomki Környezetfizika Tanszék 0 (2011)44-44./ 0.000⁰
ATOMKI ref. code: P24031. 0 citations.

Scientometric Indicators ^explanations

Listed\	Total	Headed by ATOMKI under name of the author	Part of the author	Part of the author & ATOMKI
Publications:	19.000	18.000	4.750	4.639
^SCIPublications:	10.000	10.000	1.830	1.830
Cited publications:	3.000	3.000	0.427	0.427
Non-locally cited publications:	3.000	3.000	0.427	0.427
Cited ^SCIpublications:	3.000	3.000	0.427	0.427
Non-locally cited ^SCIpublications:	3.000	3.000	0.427	0.427
^SCICited publications:	3.000	3.000	0.427	0.427
Non-locally ^SCIcited publications:	3.000	3.000	0.427	0.427
^SCICited ^SCIpublications:	3.000	3.000	0.427	0.427
Non-locally ^SCIcited ^SCIpublications:	3.000	3.000	0.427	0.427
Citations:	6.000+( 0.000)	6.000	0.658	0.658
Non-local citations:	6.000	6.000	0.658	0.658
^SCICitations:	5.000+( 0.000)	5.000	0.581	0.581
Non-local ^SCIcitations:	5.000	5.000	0.581	0.581
Impact^~2017:	18.001	18.001	3.003	3.003
Citational effectivity:	0.316	0.333	0.138	0.142
Non-local citational effectivity:	0.316	0.333	0.138	0.142
^SCIcitational effectivity:	0.500	0.500	0.317	0.317
Non-local ^SCIcitational effectivity:	0.500	0.500	0.317	0.317
Averaged impact:	0.947	1.000	0.632	0.647
^SCIaveraged impact:	1.800	1.800	1.642	1.642
Publications <n>:	5.526	5.333	********	********
^SCIPublications <n>:	6.600	6.600	********	********
Cited publications <n>:	9.000	9.000	********	********
Non-locally cited publications <n>:	9.000	9.000	********	********
Cited ^SCIpublications <n>:	9.000	9.000	********	********
Non-locally cited ^SCIpublications <n>:	9.000	9.000	********	********
^SCICited publications <n>:	9.000	9.000	********	********
Non-locally ^SCIcited publications <n>:	9.000	9.000	********	********
^SCICited ^SCIpublications <n>:	9.000	9.000	********	********
Non-locally ^SCIcited ^SCIpublications <n>:	9.000	9.000	********	********
Effective citations (INR):	1.926	1.926	0.242	0.242
Equivalent citations (HAS):	3.750	3.750	0.479	0.479
z-index:	1.000	1.000	0.077	0.077

Footprints in science

Papers\	Total	Headed by ATOMKI under name of the author	Part of the author	Part of the author & ATOMKI
Unknown (n_cit=0)	16.000	15.000	4.323	4.212
Less-known (0<n_cit<10)	3.000	3.000	0.427	0.427
Known (9<n_cit<50)	0.000	0.000	0.000	0.000
Well-known (49<n_cit<100)	0.000	0.000	0.000	0.000
Famous (99<n_cit<500)	0.000	0.000	0.000	0.000
Renowned (499<n_cit)	0.000	0.000	0.000	0.000
^SCIUnknown (n_cit=0)	16.000	15.000	4.323	4.212
^SCILess-known (0<n_cit<10)	3.000	3.000	0.427	0.427
^SCIKnown (9<n_cit<50)	0.000	0.000	0.000	0.000
^SCIWell-known (49<n_cit<100)	0.000	0.000	0.000	0.000
^SCIFamous (99<n_cit<500)	0.000	0.000	0.000	0.000
^SCIRenowned (499<n_cit)	0.000	0.000	0.000	0.000

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Institute for Nuclear Research

19 publications of Nagy G. U. L. 1 * 19 Oct 2018

Up.

Scientific paper, proceedings

Diploma work

19 publications of Nagy G. U. L. ¹ ^*
19 Oct 2018