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Moreover, this family of materials is very promising for new solid-sate actuators as ferromagnetic shape memory alloys and as magnetocaloric materials as has been proposed [7].
In all these cases, alloys were produced as bulk polycrystalline samples.
In the present study, crystalline phases, morphology and magnetic properties of glass-coated microwires of Cu-Ga-Mn alloy were investigated with the aim of finding a new ferromagnetic shape memory and magnetocaloric material candidate.
Starting alloys of nominal composition Cu50Ga25Mn25 were prepared by arc-melting of the pure elements (>99.9%) in Ar atmosphere.
Ishida, Journal of Alloys and Compounds Vol.266 (1998), p.191.

The development approach is based on a microalloying concept, which aims to restrict grain growth considerably during alloy casting and forming.
Our new Mg alloys were designed with these requirements in mind.
[3] Chapman, J.A. and Wilson, D.U. (1962) Journal of Institute of Metals 91, 39
[23] Zeng, X.Q., Zhang, Y., Lu, C., Ding, W.J., Wang, Y.X. and Zhu, Y.P. (2005) Journal of Alloys and Compounds 395, 213-219
[24] Simon, J.P. (1979) Journal of Physics F 9, 425-430

Considering the segregation phenomenon caused by high density of WC (15.63g/cm3) during the smelting process, the compound alloy (called “m” for short) consisting of Fe powder, Al powder and WC powder is synthesized before smelting.
Table 1 Technical Parameter of Main Materials in Wear-resistance Alloy component WC powder Fe powder Al powder T granularity /[μm] 0.6～1.0 0.125 0.150～0.075 0.425 purity /% 93 ≥98.0% 98.5 Compound Note：Compound T is specially made by our lab.
It’s composed of aluminum powder and inorganic compounds.
Journal of Hefei University of Technology(Natural Science), 05(2003) 1063-1067
Dependence of oxidation rate of WC powder on particle size, Journal of Materials Science, 7 (1986) 2033-2042

., Barnaul, Altai region, 656049, Russia aosys11@gmail.com, bmirotnas@gmail.com, cgrigorevrffi@gmail.com, dosys@mail.ru, eleisrffi@gmail.com Keywords: films, intermetallic thin films, Ni-Al alloys, kinetic characteristics Abstract.
Presently, a common object of studies in various fields of engineering science is Ni-Al alloys.
Currently, the task is to obtain binary and multilayer films of Ni-Al system, synthesize intermetallic compounds in them and study the structure of the obtained films.
The aim of the study is to obtain binary and multilayer films of Ni-Al system, synthesize intermetallic compounds and study the structure of films by means of optical and probe microscopy, as well as by the eddy current method, and to determine the size of islands and the kinetics of the synthesis wave.
Nilius, Growth of Two-dimensional Lithium Islands on CaO (001), Thin Films Journal of Physical Chemistry C. 116 (2012) 17980-17984

Therefore, the aim of these studies was to develop a technology for rolling plates from an alloy of the Al-Mg system, sparingly doped with scandium.
Sarafanov, Features of rolling plates from aluminum alloys, Rolled Products Manufacturing. 4 (2016) 11-16
Belov, Phase composition of industrial and promising aluminum alloys, Ed.
Kaibyshev, Deformation structures and strengthening mechanisms in an Al-Mg-Sc-Zr alloy, Journal of Alloys and Compounds. 698 (2017) 957-966
Ryum, Scandium in aluminum alloys, International Materials Reviews. 50(1) 2005 19-44.

In Al-Mn-Fe-Si alloys, the predominant dispersoid phases are the orthorhombic β-Al₆(Mn,Fe) and the cubic α-Al₁₅(Fe,Mn)₄Si₂ compounds.
Processing routes for variable-composition alloys are thus challenging to optimize using traditional trial-and-error methods.
The simulation outputs include as-cast phase fractions of intermetallic compounds (IMCs) and compositional profiles of solute elements across a secondary dendrite arm.
These predicted solute profiles and volume fractions of intermetallic compounds served as the initial condition for further homogenization simulation.
[3] Olaf Engler, Simon Miller-Jupp, Control of second-phase particles in the Al-Mg-Mn alloy AA 5083, Journal of Alloys and Compounds, Volume 689, 2016, Pages 998-1010, ISSN 0925-8388, https://doi.org/10.1016/j.jallcom.2016.08.070

There have been a number of studies about Mg-Al alloys.
Homogenization can significantly eliminate the eutectic structure of magnesium alloys.
Although there are many studies of Mg-Al alloys, the report on AZ40M magnesium alloy is rare.
Liu, In situ formation behaviors of Al8Mn5 particles in Mg-Al alloys.
Journal of Alloys and Compounds. 419(2006) 54-60

TiAl-based alloys are sensitive to its grain structure.
Grain size, lamellar thickness and amount of (B2+ω) in TiAl-based alloys are shown in Table 2.
Multiple TiAl alloys containing Nb and W compared to binary TiAl alloys more difficult to achieve fine grains and no harmful segregation phases.
This article aims to explore the critical components points of the initial crystalline precipitate(L®β and L®α) and the critical components points of the peritectic reaction(L+β®αp and L+α®γp) of this pentatomic TiAl alloy phase diagram.
Forum Vol.8 (2000), p. 1283 [5] X J Xu, J P Lin, Y L Wang: Journal of Alloys and Compounds.

With superior strength after annealing among existing titanium alloys, it has excellent long-term work performance below 350℃ (≤10000h) [4, 5].
The present paper aims at wear behavior of LMD TC18 titanium alloy, and the improvement of the wear resistance of laser nitrided LMD TC18 titanium alloy.
With the high-energy laser beam irradiating, nitrogen gas react with liquid titanium and titanium alloys in bath, where happened a strong chemical/metallurgical interaction, thereby chemistry and composition of liquid metal in the bath were significantly changed.
Hot deformation of Ti–5Al–5Mo–5V–1Cr–1Fe near β titanium alloys containing thin and thick lamellar α phase, Materials Science & Engineering A 573 (2013) 75-83
Journal of Alloys and Compounds 496 (2010) 189–195

Popovich, Microstructure and properties of titanium carbide and titanium carbide-based alloys obtained by tribochemical synthesis, Journal of Alloys and Compounds. 196 (1993) 97–104
Belous, Mechanochemical method for obtaining powders of refractory compounds, Poroshkovaya Metallurgiya. 2 (1993) 37–43
Arestov, Kinetics and structure of refractory compounds and alloys obtained by mechanical alloying, Journal of Materials Science and Technology. 17 (1) (2001) 63-64
Xu, Synthesis of TiC powder by mechanical alloying of titanium and asphalt, Chinese Journal of Chemical Engineering. 15 (1) (2007) 138–140
Riley, The effect of carbon morphology on the combustion synthesis of titanium carbide, Journal of Materials Research. 4 (2) (1989) 408–411.