Page - 188 - in Advanced Chemical Kinetics

[49] MostaanH,Karimzadeh F,AbbasiMH. Synthesis and formationmechanismof nano- structuredNbAl 3 intermetallic duringmechanical alloying and a kinetic study on its formation.ThermochimicaActa. 2012;529:36-44 [50] ZhouY,ZhuY,ZhuY,LiL.Phasetransformation,kineticsandthermodynamicsduringthe combustionsynthesisofMg2Al3alloy.JournalofAlloysandCompounds.2015;628:257-262 [51] HuQ,ZhangM,LuoP,SongM,Li J. Thermal explosion synthesis ofZrCparticles and theirmechanismof formationfromAl-Zr-Celementalpowders. International Journalof RefractoryMetalsandHardMaterials. 2012;35:251-256 [52] Takacs L, Soika V, Baláž P. The effect of mechanical activation on highly exothermic powdermixtures. SolidState Ionics. 2001;141:641-647 [53] LeeD, SimGD,XiaoK, Vlassak JJ. Low-temperature synthesis of ultra-high-tempera- ture coatings of ZrB2 using reactive multilayers. Journal of Physical Chemistry C. 2014;118(36):21192-21198 [54] LiuG,Li J,ChenK.Reactionmechanisminfastcombustionsynthesisofsuperconducting FeSeandFeSe0.7Te0.3.ActaMaterialia. 2017;122:187-198 [55] KimBG,LeeYW,Lee JW,ChoiY.FormationmechanismofC/Sic/Cmulti-layersduring self-propagating high-temperature synthesis. Surface and Coatings Technology. 2002; 151:26-30 [56] HobosyanMA,KirakosyanKG, Kharatyan SL,MartirosyanKS. PTFE -Al2O3 reactive interactionathighheatingrates.JournalofThermalAnalysisandCalorimetry.2015;119(1): 245-251 [57] PathakLC,BandyopadhyayD,SrikanthS,DasSK,RamachandraraoP.Effect ofheating rates on the synthesis ofAl2O3-SiCcomposites by the self-propagatinghigh-temperature synthesis (SHS) technique. Journalof theAmericanCeramicSociety.2001;84(5):915-920 [58] Choi Y, Rhee SW. Reaction of TiO2-Al-C in the combustion synthesis of TiC-Al2O3 composite. Journalof theAmericanCeramicSociety.1995;78(4):986-992 [59] ZhuH, JiangY,YaoY, Song J, Li J, XieZ. Reactionpathways, activation energies and mechanicalpropertiesofhybridcomposites synthesized in-situ fromAl-TiO2-Cpowder mixtures.MaterialsChemistryandPhysics. 2012;137(2):532-542 [60] RafieiM,EnayatiMH,KarimzadehF.Kineticanalysisof thermite reaction inAl-Ti-Fe2O3 systemtoproduce(Fe,Ti)3Al-Al2O3nanocomposite.PowderTechnology.2014;253:553-560 [61] Jordan JL, ThadhaniNN.Effect of shock-activationonpost-shock reaction synthesis of ternaryceramics.AIPConferenceProceedings. 2002;620(1):1097-1100 [62] MerzhanovAG.Newelementary combustionmodels of 2ndkind.DokladyAkademii NaukSSSR.1977;233(6):1130-1133 [63] BoddingtonT, LayePG,Tipping J,WhalleyD.Kinetic analysis of temperatureprofiles ofpyrotechnic systems.CombustionandFlame.1986;63(3):359-368 Advanced Chemical Kinetics188