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A mixture of elemental powders, with the chemical composition of that of Ti6Al4V alloy, was used as a starting material for the investigation.
Cyclic crystalline amorphous crystalline phase transformations have been investigated during high-energy ball milling of a mixture of elemental Co75Ti25 powder under an argon gas atmosphere.
Dense polycrystalline Ti3SiC2 samples were fabricated by reactively hot-isostatic pressing (HIPing) a mixture of elemental Ti, Si and C powders.
A nanostructured AB 3 phase with PuNi3-type structure alloy has been synthesized at room temperature by mechanical alloying of a stoichiometric mixture of elemental La, Ca, Mg, and Ni.
Laser deposition of a mixture of elemental nickel, titanium, and carbon (graphite) powders via the laser engineered net shaping (LENS) process results in an in situ titanium carbide reinforced nickel metal matrix composites.
ZnTe quantum dots (QD) have been synthesized in a quick single-step process by mechanically alloying a stoichiometric mixture of elemental Zn and Te powders at room temperature under Ar with 1 h of milling.
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For this purpose mixtures of elemental powders were used as starting materials and milled for distinct periods of time.
Bi-metallic mixtures of elemental powders were deposited by cold spray technique in the form of bulk, self-supportive deposits with thickness of about 8 mm.
Mixtures of elemental and pre-alloyed powders have been transformed initially into the single supersaturated bcc α-Fe solid solution phase for the alloys investigated.
A set of powdered cermets based on (Ti,Ta,Nb CxN1−x carbonitride solid solutions were synthesized from mixtures of elemental powders by a mechanically induced self-sustaining reaction (MSR) method and subsequently sintered using a pressureless method.
The melting of Pb nanocrystals produced by milling mixtures of elemental Fe and Pb powders and their structural transformations upon thermal treatments are investigated using differential scanning calorimetry (DSC) and in situ X-ray diffraction (XRD).
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