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  1.  

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    		$a DRAGON: Monte Carlo generator of particle production from a fragmented fireball in ultrarelativistic nuclear collisions $f Boris Tomášik
    330
    		$a Monte Carlo generator of the final state of hadrons emitted from an ultrarelativistic nuclear collision is introduced. An important feature of the generator is a possible fragmentation of the fireball and emission of the hadrons from fragments. Phase space distribution of the fragments is based on the blast wave model extended to azimuthally non-symmetric fireballs, Parameters of the model can be tuned and this allows to generate final states from various kinds of fireballs. A facultative output in the OSCAR1999A format allows for a comprehensive analysis of phase-space distributions and/or use as an input for an afterburner.
    463
    -1
    		$1 001 umb_un_cat*0295249 $1 011 $a 0010-4655 $1 011 $a 1879-2944 $1 200 1 $a Computer Physics Communications $v Vol. 180, no. 9 (2009), pp. 1642-1653 $1 210 $a Amsterdam $c Elsevier B.V. $d 2009
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    		$3 umb_un_auth*0141747 $a deconfinement phase transition
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    		$3 umb_un_auth*0119138 $a heavy ion collisions
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    		$3 umb_un_auth*0159963 $a fragmentation
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    		$3 umb_un_auth*0187270 $a Monte Carlo generátory $X Monte Carlo generators
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    		$n 539.1 $a Jadrová fyzika. Atómová fyzika.
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  2.  

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    		$a Gauge origin independent calculations of nuclear magnetic shieldings in relativistic four-component theory $d Výpočty NMR konštánt nezávislých od kalibračného počiatku v relativistickej štvorkomponentnej teórii $f Miroslav Iliaš, Trond Saue, Thomas Enevoldsen, Hans Jorgen Aa. Jensen $z slo
    330
    0-
    		$a The use of perturbation-dependent London atomic orbitals, also called gauge including atomic orbitals, has proven efficient for calculations of NMR shielding constants and other magnetic properties in the nonrelativistic framework. In this paper, the theory of London atomic orbitals for NMR shieldings is extended to the four-component relativistic framework and our implementation is described
    463
    -1
    		$1 001 umb_un_cat*0297512 $1 011 $a 0021-9606 $1 011 $a 1089-7690 $1 200 1 $a The Journal of Chemical Physics $v Vol. 131, no. 12 (2009), pp. 124119-124119-13 $1 210 $a New York $c American Institute of Physics $d 2009
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    		$3 umb_un_auth*0210132 $a gauge origin independent calculations
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    		$3 umb_un_auth*0210133 $a nuclear magnetic shielding
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    		$3 umb_un_auth*0210134 $a relativistic four-component theory
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    		$3 umb_un_auth*0173565 $a Iliaš $b Miroslav $f 1975- $p UMBFP08 $9 50 $4 070 $T Katedra chémie
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    		$3 umb_un_auth*0180312 $a Saue $b Trond $4 070 $9 20
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    		$3 umb_un_auth*0210136 $a Enevoldsen $b Thomas $4 070 $9 15
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    		$3 umb_un_auth*0206339 $a Jensen $b Hans Jorgen Aagaard $4 070 $9 15
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    		$a SK $b BB301 $g AACR2 $9 unimarc sk
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  3.  

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    		$2 DOI
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    		$a eng
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    		$a NL
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    		$a aaa
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    		$a Hydrobiologia $e The International Journal of Aquatic Sciences $v Vol. 723, no. 1 (2014)
    210
    		$a Dordrecht $c Springer $d 2014
    461
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    		$1 001 umb_un_cat*0293137 $1 200 1 $a Hydrobiologia $e The International Journal of Aquatic Sciences $1 210 $a Dordrecht $c Springer $d 1948-
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    		$u https://www.springer.com/journal/10750 $a Link na zdrojový dokument

  4.  

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    		$a 20130215d m y slo 03 ba
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    		$a eng
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    		$a The order of elements in SL (2, p) $f Ondrej Šuch
    463
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    		$1 001 umb_un_cat*0177787 $1 011 $a 0025-5572 $1 200 1 $a <The> Mathematical Gazette $e journal of the mathematical association $v Č. 2 (2011), s. 37-44 $1 210 $a London $c Mathematical Association $d 2011
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    		$n 512 $a Algebra
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    		$a 512.54
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    		$3 umb_un_auth*0130611 $a Šuch $b Ondrej $f 1972- $p UMBFP05 $9 100 $4 070 $T Katedra informatiky
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  5.  

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