Cr-Cu phase diagram from FactSage 7.3 databases [32]. | Download

Phase ternary isothermal Cr-cu phase diagram from factsage 7.3 databases [32].

A calculated al-cr phase diagram, together with the experimental data Binary phase cr al alloy diagram sgte alloys diagrams system Ni-cr-al-ti model alloy design and characteristics. a) phase fraction

A calculated Al-Cr phase diagram, together with the experimental data

Phase diagram of the fe-ti system proposed in the sgte alloy database

Collection of phase diagrams

Binary systematicAl-cr – computherm Ni–cr–al phase diagram (at.%) at 1000 °c calculated in thermocalc usingBinary (sgte) alloy phase diagrams.

Cr parameters bcc calculated cvmPhase diagram ti-al-v (6 wt.%al vertical section). Collection of phase diagramsCollection of phase diagrams.

Al–Ni–Cr phase diagram at 1050 °C [19] | Download Scientific Diagram
Al–Ni–Cr phase diagram at 1050 °C [19] | Download Scientific Diagram

Binary ti-al phase diagram [1] .

The al-rich side of al-ti phase diagram and schematic illustration ofPhase cr al point diagram calculation equilibrium figure click A partial ternary phase diagram of the ni-al-cr system at 873 kThe phase diagram of ni-al-cr system. the points represent the end.

Ternary nicral phase diagram, isothermal cut at 1000 °cSchematic phase diagrams of ti-al-cr alloys; (a) vertical section of -binary phase diagram of al-ti system [8].Binary ti-al phase diagram..

A calculated Al-Cr phase diagram, together with the experimental data
A calculated Al-Cr phase diagram, together with the experimental data

(a) ti-al phase diagram. (b) schematic diagram of the phase

Entropy ni al ti diagram phase fe cr cu alloy high ternary temperature path mdpi figure g001 inconelFactsage.cn Alloy sgte proposedAl-ti-ni (a) and ni-cr-al (b) phase diagrams. 3.

Phase calculation equilibriumPhase ternary partial calculated alloys gcmc 34-the bcc ti-cr phase diagram calculated with the parameters listed inAl-cr phase diagram (from okamoto [22]).

Ni-Cr-Al-Ti model alloy design and characteristics. a) Phase fraction
Ni-Cr-Al-Ti model alloy design and characteristics. a) Phase fraction

Figure 1 from the titanium-aluminum phase diagram. a review of the near

(pdf) phase formation behavior on mechanically activated annealing ofAl–ni–cr phase diagram at 1050 °c [19] Al-ti phase diagram (α: α-ti, β: β-ti, α2: ti3al, γ: tial, ε: tial3, l.

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Al-Ti-Ni (a) and Ni-Cr-Al (b) phase diagrams. 3 | Download Scientific
Al-Ti-Ni (a) and Ni-Cr-Al (b) phase diagrams. 3 | Download Scientific

34-The BCC Ti-Cr phase diagram calculated with the parameters listed in
34-The BCC Ti-Cr phase diagram calculated with the parameters listed in

(PDF) Phase formation behavior on mechanically activated annealing of
(PDF) Phase formation behavior on mechanically activated annealing of

Metals | Free Full-Text | Thermodynamic Assessment of Ti-Al-Fe-V
Metals | Free Full-Text | Thermodynamic Assessment of Ti-Al-Fe-V

Al-Cr phase diagram (from Okamoto [22]) | Download Scientific Diagram
Al-Cr phase diagram (from Okamoto [22]) | Download Scientific Diagram

Al-Ti phase diagram (α: α-Ti, β: β-Ti, α2: Ti3Al, γ: TiAl, ε: TiAl3, L
Al-Ti phase diagram (α: α-Ti, β: β-Ti, α2: Ti3Al, γ: TiAl, ε: TiAl3, L

Figure 1 from The Titanium-Aluminum Phase Diagram. A Review of the Near
Figure 1 from The Titanium-Aluminum Phase Diagram. A Review of the Near

Cr-Cu phase diagram from FactSage 7.3 databases [32]. | Download
Cr-Cu phase diagram from FactSage 7.3 databases [32]. | Download

Schematic phase diagrams of Ti-Al-Cr alloys; (a) vertical section of
Schematic phase diagrams of Ti-Al-Cr alloys; (a) vertical section of