Publications.

• Field tests of velocity of detonation with Explomet-FO-2000 and MicroTrap (Mertuszka et al., 2017)PDF ↗
• Improving the accuracy of detonation velocity measurement by the electro-optical method (Paškov, 2022)PDF ↗
• Measurement of shock wavePDF ↗
• Method for measuring velocity of detonationPDF ↗
• Initiation energy on V.O.D of ANFO explosivePDF ↗
• Influence of the initiation energy on the velocity of detonation of ANFO explosive (Bohanek et al., 2013)PDF ↗
• Initiation energy and velocity of detonation of ANFO explosive — NTREM 2013PDF ↗
• Influence of confining materials on detonation parameters of ANFO explosive (Bohanek)PDF ↗
• Influence of styropor granule size on the properties of reduced-density explosives (Karamarko, 2024)PDF ↗
• High explosivesPDF ↗
• Fortification of W/O emulsionsPDF ↗
• Detonator using nickel hydrazinePDF ↗
• Characteristics of a new plastic explosive named EPX-1 (Elbeih, 2015)PDF ↗
• Preparation and characterization of a new high-performance plastic explosive (Elbeih et al., 2019)PDF ↗
• Application of BCHMX in EPX-1 explosive (Elbeih et al., 2016)PDF ↗
• Melt-cast compositions based on BCHMX and TNTPDF ↗
• Performance and detonation characteristics of polyurethane matrix bonded nitramines (Elbeih et al., 2017)PDF ↗
• Shock sensitivities of plastic bonded explosives based on cyclic nitraminesPDF ↗
• Diaminouronium nitriminotetrazolates — thermally stable explosives (Klapötke et al.)PDF ↗
• Twinning and shear banding in copper single crystals under high strain rate (Paul et al., 2024)PDF ↗

Additional technical references can be requested directly from Kontinitro. Please use the contact form indicating your measurement context and topic of interest.