ISSN: 1605-9719 mortezaghadimi@ut.ac.ir 1 MAX-phase
Ti SiC Ti SnC P /mmc C = / A = / 1 Nano-laminate 2 Scanning Electron Microscopy (SEM) M n+ AX n M n+ AX n MAX M M n+ AX n X A A n A M (V) (Ti) (Sc) (Hf) (Mo) (Nb) (Zr) (Cr) A (Ta) (S) (P) (Si) (Al) (Sn) (In) (As) (Ge) (Ga) n (Tl) (Pb) M AX M AX M AX A M M X M A
TiC-Ti-Sn Ti SnC Ti SnC Ti SnC Ti AlC Ti SiC Ti SnC Ti SnC Ti SnC Ti/Sn/TiC TiC Ti Sn TiC (M2) 1:0/8:0/9 (M1) 1:1:1 2:1 Ti SnC Ti SnC Ti:Sn:TiC=1:1:1 Ti SnC Ti:Sn:TiC=1:0/8:0/9 Ti SnC TiC Ti Sn Ti/Sn/TiC Ti SnC Ti SnC Ti SnC Ti SnC Ti SnC Ti SnC Ti SnC Ti SnC 1 Hot Isostatic Pressing (HIP) 2 Hot Pressing (HP) 3 Pressureless Sintering 4 Barsoum 5 Zhou 6 Vincent 7 Zhang
Ti SnC (c) (b) (a) Ti SnC Ti AlC Ti AlC Ti AlC Ti SiC Ti AlC Ti AlC Ti GeC Ti SiC GaN AlN SiC Cr GeC Cr AlC Ti SnC Ti:Sn:C=2:1:1 Ti Sn Ti Sn Sn Ti Sn Ti-Sn C Ti Sn TiC TiC, Ti6Sn5 Sn-C-Ti Ti SnC Sn, TiC Ti SnC V AlC Ti AlN Ti-Si-C 1 Li 2 Self-propagating High Temperature Sintering (SHS) 3 Sputtering
Ti SiC Ti AlN Ti SiC SiC Ti SiC Ti AlC Ti AlC [1] J. Ward, S. Middleburgh, M. Topping, A. Garner, P. Ferankel, Crystallogeraphic evolution of MAX Phase in proton irradiation environtments, Journal of Nuclear aterials, Vol. 502, No. 2, pp. 220-227, 2019. [2] Z. M, Sun, Progress in research and development on MAX phases: a family of layered ternary compounds, International Materials Reviews, Vol. 56, No. 3, pp. 143-166, 2016. [3] T. Zhanga, H. Myounga, D. Shinc, K. H. Ki, Syntheses and 1 Free-cutting element 2 Pantographs 3 Electrical contact deposition 4 Fast-nutron MoS NiO BaF CaF2 LiF MoO Ti SC Ti AlC Ti AlC Ti SiC Ti SiC Ti AlC Ti AlC
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