TOPIC 4 FIRE AND EXPLOSION SAFETY OF HYDROGENCONTAINING MATERIALS
  • Hydrogen sensor based on WO3-x nanoparticles. Electronic and atomic structure, electrophysical characteristics. Korduban A.M., Shpak A.P., Medvedskij M.M.
  • Definition of fire and explosion hazard of technological parameters of storage systems and submission of hydrogen on the basis of convertible hydrides of intermetallide. Abramov Y.À., Krivtsova V.I.,Marinin V.S., Umerenkova K.R., Klyuchka Y.P.
  • Work up of limit state criteria for hydrogen containing solid materials with acoustic microscope defectoscopy methods. Kustov A.I., Migel I.A.
  • Features of Aluminum Hydride Combustion. Chibisov A.L., Soina E.A., Smirnova T.M., Kopylov N.P.
  • Features of Hydrogen Evolution at Hydrolysis of Sodium Suspension in Toluene. Gabrielyan S.G., Soina E.A., Kushchuk V.A., Gabrielyan G. S.