[To the end of page]

Institute for Nuclear Research

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

24 publications of Kun F. 1 *
19 Oct 2018


Up.

This page has been visited times since 1 Jan 1998.


Scientific paper, proceedings


1. Kun F. 1 , Kocsis G. 3 , Farkas J. 1 : Cellular automata for the spreading of technologies in socio-economic systems.
SCI Physica A 383 (2007)660-670./ 1.4302007
ATOMKI ref. code: P21332. Access via DOI. 0 citations.
2. Varga I. 4 , Kun F. 1 , Nobuyasu Ito. 4 , Weijia Wen. 4 : Molecular crystalline states in dipolar monolayers.
Journal of Statistical Mechanics: Theory and Experiment 2007 (2007)P11:14(11)/ 0.000 0;N
ATOMKI ref. code: P20978. 0 citations.
3. Varga I. 4 , Yoshioka N. 4 , Kun F. 1 , Gang Sun. 4 , Nobuyasu Ito. 4 : Structure and kinetics of heteroaggregation in binary dipolar monolayers.
Journal of Statistical Mechanics: Theory and Experiment 2007 (2007)P09:15(12)/ 0.000 0;N
ATOMKI ref. code: P20686. 0 citations.
4. Halász Z. 1 , Kun F. 1 : Fiber bundle model with stick-slip dynamics.
SCI Physical Review E 80 (2009)2:7102(4)/ 2.4002009
ATOMKI ref. code: P22101. Access via DOI. 16 + 0 ( 14 +0 SCI) citations.
5. Kun F. 1 , Halász Z. 1 , Andrade J. S. Jr. 4 , Herrmann H. J. 4 : Crackling noise in sub-critical fracture heterogeneous materials.
SCI Journal of Statistical Mechanics: Theory and Experiment 2009 (2009)P01:21(15)/ 2.6702009;N
ATOMKI ref. code: P22109. Access via DOI. 14 + 0 ( 8 +0 SCI) citations.
6. Halász Z. 1 , Kun F. 1 : Slip avalanches in a fiber bundle model.
SCI Europhysics Letters 89 (2010)2:6008(6)/ 2.7532010
ATOMKI ref. code: P22373. Access via DOI. 11 + 0 ( 7 +0 SCI) citations.
7. Halász Z. 1 + , Tímár G. 2 , Kun F. 1 : The effect of disorder on crackling noise in fracture phenomena.
SCI Progress of Theoretical Physics Supplement 184 (2010)1:385-399./ 2.5532010
ATOMKI ref. code: P22866. 1 + 0 ( 0 +0 SCI) citations.
8. Tímár G. 2 , Blömer J. 4 , Kun F. 1 , Herrmann H. J. 4 : New universality class for the fragmentation of plastic materials.
SCI Physical Review Letters 104 (2010)9:5502(4)/ 7.6212010;N
ATOMKI ref. code: P24946. 0 citations.
9. Kun F. 1 , Halász Z. 1 + , Danku Zs. 3 : Slip avalanches in a fiber bundle model.
5th International Conference on Multiscale Materials Modeling. Freiburg, Germany, 4-8 Oct., 2010. Proceedings. Eds.: Gumbsch, P. et al. Freiburg, Fraunhofer Verlag 0 (2010)306-306./ 0.000 0
ATOMKI ref. code: P24986. 0 citations.
10. Tímár G. 2 , Kun F. 1 : Crackling noise in the three-point bending of heterogeneous materials.
Acta Physica Debrecina 44 (2010)168-176./ 0.000 0
ATOMKI ref. code: P24953. 0 citations.
11. Pál G. 1 , Kun F. 1 + 2 , Varga I. 4 , Sohler D. 1 + , Gang Sun. 4 : Attraction-driven aggregation of dipolar particles in an external magnetic field.
SCI Physical Review E 83 (2011)6:1504(6)/ 2.2552011;N
ATOMKI ref. code: P24660. 0 citations.
12. Tímár G. 2 , Kun F. 1 : Cracking noise in three-point bending of heterogeneous materials.
SCI Physical Review E 83 (2011)4:6115(9)/ 2.2552011
ATOMKI ref. code: P24945. 0 citations.
13. Villalobos G. 4 , Kun F. 1 + 2 , Munoz J. D. 4 : Effect of disorder on temporal fluctuations in drying-induced cracking.
SCI Physical Review E 84 (2011)4:1114-X./ 2.2552011;N
ATOMKI ref. code: P24659. 0 citations.
14. Tímár G. 2 , Kun F. 1 , Blömer J. 4 , Herrmann H. J. 4 : Fragmentation of plastic materials.
Acta Physica Debrecina 45 (2011)228-233./ 0.000 0;N
ATOMKI ref. code: P24952. 0 citations.
15. Tímár G. 2 , Kun F. 1 : Crackling noise in a discrete element model of single crack propagation.
Computer Methods in Materials Science 11 (2011)309-314./ 0.000 0
ATOMKI ref. code: P24951. 0 citations.
16. Halász Z. 1 , Danku Zs. 3 , Kun F. 1 : Competition of strength and stress disorder in creep rupture.
SCI Physical Review E 85 (2012)1:6116(8)/ 2.3132012
ATOMKI ref. code: P24624. 12 + 0 ( 8 +0 SCI) citations.
17. Pál G. 1 , Varga I. 4 , Kadono T. 4 , Kun F. 1 : Effect of spatial dimension on impact fragmentation.
Acta Physica Debrecina 47 (2013)129-X./ 0.000 0;N
ATOMKI ref. code: P29661. 0 citations.
18. Pál G. 1 , Varga I. 4 , Kun F. 1 : Emergence of energy dependence in the fragmentation of heterogeneous materials.
SCI Physical Review E 90 (2014)2811-X./ 2.2882014;N
ATOMKI ref. code: P29663. 0 citations.
19. Halász Z. 1 + 2 , van Steeden F. 4 , Kun F. 1 : Transition from straight to fractal cracks due to projectile penetration.
Key Engineering Materials 592 (2014)765-768./ 0.000 0;N
ATOMKI ref. code: P26747. 0 citations.
20. Pál G. 1 , Varga I. 4 , Kun F. 1 : Emergence of energy dependence in the fragmentation of heterogeneous materials.
Acta Physica Debrecina 48 (2014)1-X./ 0.000 0;N
ATOMKI ref. code: P29662. 0 citations.
21. Pál G. 1 , Varga I. 4 , Kun F. 1 : Mass-velocity correlation in impact fragmentation.
Key Engineering Materials 592 (2014)141-X./ 0.000 0;N
ATOMKI ref. code: P29660. 0 citations.
22. Pál G. 1 , Kun F. 1 : Mass-velocity correlation in impact induced fragmentation of heterogeneous solids.
SCI Granular Matter 18 (2016)74-X./ 1.7622016
ATOMKI ref. code: P29659. 0 citations.
23. Pál G. 1 , Raischel F. 4 , Lennartz-Sassinek S. 4 , Kun F. 1 , Main I. G. 4 : Record-breaking events during the compressive failure of porous materials.
SCI Physical Review E 93 (2016)3006-X./ 2.3662016;N
ATOMKI ref. code: P29665. 0 citations.
24. Pál G. 1 + , Jánosi Z. 4 , Kun F. 1 + 2 , Main I. G. 4 : Fragmentation and shear band formation by slow compression of brittle porous media.
SCI Physical Review E 94 (2016)3003-X./ 2.3662016;N
ATOMKI ref. code: P29282. 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: 24.000 3.000 8.100 0.392
SCIPublications: 14.000 3.000 4.817 0.392
Cited publications: 5.000 0.000 1.917 0.000
Non-locally cited publications: 5.000 0.000 1.917 0.000
Cited SCIpublications: 5.000 0.000 1.917 0.000
Non-locally cited SCIpublications: 5.000 0.000 1.917 0.000
SCICited publications: 4.000 0.000 1.583 0.000
Non-locally SCIcited publications: 4.000 0.000 1.583 0.000
SCICited SCIpublications: 4.000 0.000 1.583 0.000
Non-locally SCIcited SCIpublications: 4.000 0.000 1.583 0.000
Citations: 54.000+( 0.000) 0.000 21.333 0.000
Non-local citations: 54.000 0.000 21.333 0.000
SCICitations: 37.000+( 0.000) 0.000 15.167 0.000
Non-local SCIcitations: 37.000 0.000 15.167 0.000
Impact~2017 : 37.287 6.876 12.286 0.897
Citational effectivity: 2.250 0.000 2.634 0.000
Non-local citational effectivity: 2.250 0.000 2.634 0.000
SCIcitational effectivity: 2.643 0.000 3.149 0.000
Non-local SCIcitational effectivity: 2.643 0.000 3.149 0.000
Averaged impact: 1.554 2.292 1.517 2.290
SCIaveraged impact: 2.663 2.292 2.551 2.290
Publications <n>: 3.250 4.000 ******** ********
SCIPublications <n>: 3.214 4.000 ******** ********
Cited publications <n>: 2.800 0.000 ******** ********
Non-locally cited publications <n>: 2.800 0.000 ******** ********
Cited SCIpublications <n>: 2.800 0.000 ******** ********
Non-locally cited SCIpublications <n>: 2.800 0.000 ******** ********
SCICited publications <n>: 2.750 0.000 ******** ********
Non-locally SCIcited publications <n>: 2.750 0.000 ******** ********
SCICited SCIpublications <n>: 2.750 0.000 ******** ********
Non-locally SCIcited SCIpublications <n>: 2.750 0.000 ******** ********
Effective citations (INR): 33.597 0.000 13.798 0.000
Equivalent citations (HAS): 54.000 0.000 21.333 0.000
z-index: 4.000 0.000 1.583 0.000


Footprints in science
Papers\ Total Headed by ATOMKI under name of the author Part of the author Part of the author & ATOMKI
Unknown (ncit=0) 19.000 3.000 6.183 0.392
Less-known (0<ncit<10) 1.000 0.000 0.333 0.000
Known (9<ncit<50) 4.000 0.000 1.583 0.000
Well-known (49<ncit<100) 0.000 0.000 0.000 0.000
Famous (99<ncit<500) 0.000 0.000 0.000 0.000
Renowned (499<ncit) 0.000 0.000 0.000 0.000
SCIUnknown (ncit=0) 20.000 3.000 6.517 0.392
SCILess-known (0<ncit<10) 3.000 0.000 1.083 0.000
SCIKnown (9<ncit<50) 1.000 0.000 0.500 0.000
SCIWell-known (49<ncit<100) 0.000 0.000 0.000 0.000
SCIFamous (99<ncit<500) 0.000 0.000 0.000 0.000
SCIRenowned (499<ncit) 0.000 0.000 0.000 0.000

Details by time.

[To the top of page]

Last updated:19/10/2018;14: 7: 1. 0
© L. Zolnai.