Nuclear Power

• Wall temperature prediction in annular geometry during post-dryout heat transfer

  Ionut G. Anghel, Henryk Anglart

  1--7

  • PDF
• Modeling of liquid film flow in annuli

  Henryk Anglart

  8--15

  • PDF
• Comparison of Simple Design of Sodium and Lead Cooled Fast Reactor Cores

  Piotr Mazgaj, Piotr Darnowski, Sebastian Gurgacz, Maciej Lipka, Karolina Dziubanii

  16--26

  • PDF
  • 2_power density.png
  • 1_geom.png
  • 3_cladding_temp.png
  • 4_Coolant temp.png
  • 5_axial_temp
  • bibliography
  • 6_radial.png
  • Artykul w pdf
  • wszystkie pliki, lyx, grafika, bib
• Transmutation: reducing the storage time of spent fuel

  Piotr Mazgaj, Piotr Darnowski

  27--34

  • PDF
• Design of a sub-critical reactor for transmutation of higher actinides

  Piotr Mazgaj, D. Jimenez, D. Lopez

  35--40

  • PDF
• Computer codes in the safety analysis for nuclear power plants. Computational capabilities of thermal-hydraulic tools, using the example of the RELAP5 code

  Eleonora Skrzypek, Maciej Skrzypek

  41--50

  • PDF
• Impact of local property variations of reactor coolant on cladding temperature distribution in supercritical water reactors

  Jianguo Zhong, Steven P. Antal, Michael Z. Podowski

  51--60

  • PDF
• Simulation and analysis of pipe and vessel blowdown phenomena using RELAP5 and TRACE

  Sebastian Gurgacz, Grzegorz Maciej Niewinski, Michał Pawluczyk, Piotr Mazgaj

  61--68

  • PDF
• Inclusion of specific geometry of the beryllium blocks in the computational model of the MARIA reactor

  Marek Migdal, Grzegorz Maciej Niewinski

  69--76

  • PDF
• Development of a measurement and reconstruction system for determining the phase distribution in a two-phase flow vertical tube using Electrical Impedance Tomography

  Michal Jan Gatkowski, Thomas Buchner, Grzegorz Niewiński, Piotr Mazgaj

  77--84

  • PDF
• Dry patch formation in diabatic annular two-phase flows

  Henryk Anglart

  85--95

  • PDF

• Efficiency of selected methods of hydrogen removal from a nuclear reactor’s containment building

  Tomasz Piotr Bury

  96--104

  • PDF
  • EFFICIENCY OF SELECTED METHODS OF HYDROGEN REMOVAL FROM CONTAINMENT OF A NUCLEAR REACTOR