Russian Journal of Inorganic Chemistry, Tập 3Chemical Society., 1961 |
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Trang 196
... quenched at 900 ° C for 25 hrs , reagent No 3 , X600 ; c - 10 % Ti , quenched at 900 ° C for 35 hrs , reagent No 5 , X600 ; d- 15 % Ti , quenched at 900 ° C for 35 hrs , reagent No 5 , X600 ; e -- 20 % Ti , quenched at 900 ° C for 35 ...
... quenched at 900 ° C for 25 hrs , reagent No 3 , X600 ; c - 10 % Ti , quenched at 900 ° C for 35 hrs , reagent No 5 , X600 ; d- 15 % Ti , quenched at 900 ° C for 35 hrs , reagent No 5 , X600 ; e -- 20 % Ti , quenched at 900 ° C for 35 ...
Trang 197
... quenched at 10500C for 4 hrs , h - 20 % Cr + 13 % Ti , quenched at 10500C for 4 hrs , etching , X 600 ; i -- 31 % Cr + 2 % Ti , quenching 900 ° C for 35 hrs , reagent No 2 , X 600 ; j - 20 % Cr + 5 % Ti , quenched at 750 ° C for 80 hrs ...
... quenched at 10500C for 4 hrs , h - 20 % Cr + 13 % Ti , quenched at 10500C for 4 hrs , etching , X 600 ; i -- 31 % Cr + 2 % Ti , quenching 900 ° C for 35 hrs , reagent No 2 , X 600 ; j - 20 % Cr + 5 % Ti , quenched at 750 ° C for 80 hrs ...
Trang 232
... quenched from 1200 ° C have carbide segregations at a TiC content of 0.75 % , and those quenched from 1000 ° C , at 0.25 % TiC . Figure 7 gives the microstructures of several alloys after quench- ing from 1300 and 1250 ° C . The alloys ...
... quenched from 1200 ° C have carbide segregations at a TiC content of 0.75 % , and those quenched from 1000 ° C , at 0.25 % TiC . Figure 7 gives the microstructures of several alloys after quench- ing from 1300 and 1250 ° C . The alloys ...
Nội dung
The Phase Diagram as an Expression | 4 |
I The Work by N S Kurnakov and | 11 |
REPORTS at the Conference on the Investigation of Phase Dia | 17 |
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a-solid Academy of Sciences alloys alloys containing aluminum annealed atoms B-phase binary systems boundaries calculation cerium chemical compound chromium composition concentration copper corresponding crystallization curves decomposition decreases determined electron elements equations equilibrium diagram eutectic eutectoid Figure formation free energy gold hardness increase Inorganic Chemistry interaction investigated iron aluminide Journal of Inorganic Khim Kornilov lanthanum lattice liquid liquidus magnesium aluminide magnesium silicide manganese maximum melting diagram melting point metallic compounds metallic systems method microstructure Mikheyeva multicomponent systems NiAl nickel number of components number of phases o-phase obtained peritectic phase diagrams platinum properties quaternary system quenched quinary resistivity rhenium silicon six-component solid solution based solid solutions solidus solubility specimens SSSR temperature coefficient ternary system thermal analysis thermodynamic thermoelectromotive force tion titanium carbide tungsten USSR X-ray structural Y₂ Zhur Zhurnal Neorganicheskoi Khimii zinc