Metallothermic SHS in Conditions of Artificial Gravity: Mathematical Modeling D. E. AndreevK. G. ShkadinskyO. A. Golosova OriginalPaper 15 January 2020 Pages: 217 - 220
Combustion of Gasless Systems: Thermocapillary Convection of Metal Melt O. V. LapshinV. G. Prokof’ev OriginalPaper 15 January 2020 Pages: 221 - 225
Solution Combustion Synthesis of ZnO Using Binary Fuel (Glycine + Citric Acid) Sh. M. KhaliullinV. D. ZhuravlevN. M. Porotnikova OriginalPaper 15 January 2020 Pages: 226 - 232
SHS Reprocessing of Copper Oxide Waste into Copper Powder H. A. MahmoudiL. S. AbovyanS. L. Kharatyan OriginalPaper 15 January 2020 Pages: 233 - 238
Thermodynamic Analysis of the CaO–Y2O3–ZrO2–Ti–Fe2O3 System as a Precursor for SHS-Produced Pyrochlore-Based Ceramics K. B. PodbolotovT. V. BarinovaM. V. Velichko OriginalPaper 15 January 2020 Pages: 239 - 244
Electron Beam Assisted Deposition of Ni–Al Coatings onto Steel Substrate A. A. BakinovskiiA. G. KnyazevaJ. Rajczyk OriginalPaper 15 January 2020 Pages: 245 - 255
Porous Ni–Al–CGO Cermet for Use in Solid Oxide Fuel Cells A. A. SolovyevA. S. MaznoyI. V. Ionov OriginalPaper 15 January 2020 Pages: 256 - 261
SHS of Ti3SiC2-Based Materials in the Ti–Si–C System: Impact of Silicon Excess J. LisL. ChlubnyO. Czajkowska OriginalPaper 15 January 2020 Pages: 262 - 265
Single-Step Solution-Combustion Synthesis of Magnetically Soft NiFe2O4 Nanopowders with Controllable Parameters K. D. MartinsonI. A. CherepkovaV. I. Popkov OriginalPaper 15 January 2020 Pages: 266 - 270
Effect of Aluminum Doping on Structural and Mechanical Properties of Ni–Mg Ferrites S. S. GandhadP. M. PatilR. B. Pujar BRIEF COMMUNICATIONS 15 January 2020 Pages: 271 - 273
Mo-Based Composites Reinforced with Nb, Si, and B by Metallothermic SHS under Artificial Gravity Yu. S. VdovinD. E. AndreevV. I. Yukhvid BRIEF COMMUNICATIONS 15 January 2020 Pages: 274 - 275
Combustion of Granulated Ni–Al Mixtures: Influence of Mechanoactivation Time N. A. KochetovB. S. Seplyarskii BRIEF COMMUNICATIONS 15 January 2020 Pages: 276 - 278
Heusler Phases Ni2AlM (M = Ti, Zr, Hf, Nb) by SHS Method K. SidnovD. S. Belov BRIEF COMMUNICATIONS 15 January 2020 Pages: 279 - 280