Open Access
Issue
EPJ Web of Conferences
Volume 76, 2014
Thermophysical Basis of Energy Technologies
Article Number 01041
Number of page(s) 4
DOI https://doi.org/10.1051/epjconf/20147601041
Published online 27 August 2014
  1. N. Kelcev, Fundamentals of adsorption technology. Moscow: “Chemistry”, (1984)
  2. S. Mozgovoi, Extended abstract of PhD dissertation. Moscow: (2001)
  3. P. Romankov, V. Frolov, O. Flisyuk, Mathematical modeling diffusive filtration and heatmass transfer at regeneration of firm sorbents in an adsorber with the developed surface of a heat conductor. SPb.: HIMIZDAT, (2009)
  4. A. Lykov, Heat conductivity theory, Moscow: Vyssh. shkola, (1967)
  5. Ju. Vidin, V. Juravlev, V. Kolosov, Theoretical bases heating engineers, Krasnojarsk: (2005)
  6. S. Goldaev, Mathematical modeling and calculations of heat technical systems on the PC, Tomsk: TPU, (2011)
  7. P. Bazhan, V. Silvestorov, Handbook of heat transfer devices, Moscow. (1989)
  8. V. Ajnshtejn, General course of processes and devices of chemical technology, Moscow: (2006)
  9. S. Goldaev, A. Khushvaktov, Energy: Efficiency, reliability, safety: material works XIX Russian Sci. Tech. Conf. 2. 386–389 (2013)

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