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Committee for cooperation of the Czech Republic with Joint Institute for Nuclear Research Login
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STUDENT PROGRAMME
The agreement between plenipotentiary of CR and director of JINR has been signed in 2010 (see Documents). The agreement allows to send up to 15 PhD. and diploma students into JINR. The study programme is organized by czech universities. The purpose of the student stay is to participate on interesting research for thesis. The stay is limited for 3 years (Ph.D. students) and 2 years (diploma students). Students are supported by special salary and by additional grant to support their research activities in JINR (including participation in conferences).
More detailed information can be obtained from secretariat of the Committee.
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ADDRESS
Committee for cooperation of CR with JINR
secretariat
NPI AS CR
Na Truhlářce 39/64
180 00 Prague
Czech Republic

Tel.: +420 266 177 235
E-mail: dubna@ujf.cas.cz
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Kohoutová Alena Mgr.
Kroha Václav Ing. CSc.
Hedbávný Pavel RNDr. CSc.
Marčišovský Michal Ing. Ph.D.
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MINISTR ŠKOLSTVÍ KE SPOLUPRÁCI ČR S SÚJV
Ministr školství ke spolupráci ČR s SÚJV
Documents More...
Documents for student`s programme
Agreement - CR students in JINR (2018)
Agreement - JINR students in CR (2015)
Grants, Projects
Formulář Projekty 2016
Visit at the Czech Embassy in Moscow
Visit at the Czech Embassy in Moscow 7
Velvyslanec v SÚJV 2018
Photo 6
JCMM
JCMM3
zkouška
učitelé
INTEREST JINR
poster wave 4
PhD. works JINR
DLNP
Statement Committee Ukraine
Statement Committee Ukraine
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Изучение кластерной и спиновой структуры ядра C-12 методом ядерной эмульсии, облученной нейтронами с энергией 14МэВ
Изучение кластерной и спиновой структуры ядра C-12 методом ядерной эмульсии, облученной нейтронами с энергией 14МэВ
Publications More...
Searching for influence of the “atomic structure effect” on the KLL and LMM Auger transition energies of Zn (Z=30) and Gd (Z=64)
The absolute energies of the KL2L3(D-1(2)), KL3M2.3(P-3(0.2)), and L3M4M5((1)G(4)) transitions in Zn-67(30) from the EC decay of (67)(31)G a and from the beta(-) decay of Cu-67(29) and those of the KL2L3(1D2) and L3M4M5((1)G(4)) transitions in Gd generate