This review highlights the use and great potential of liquid metals as exotic and powerful
solvents (ie fluxes) for the synthesis of intermetallic phases. The results presented …

Ziel dieses Aufsatzes ist es, die Vorzüge von flüssigen Metallen als Lösungsmittel bei der
Synthese intermetallischer und ähnlich zusammengesetzter Verbindungen aufzuzeigen …

How many different intermetallic compounds are known so far, and in how many different
structure types do they crystallize? What are their chemical compositions, the most abundant …

The manuscript describes the phase composition, microstructure, some physical and
mechanical properties of the Ti-Al system with addition of 2 at.% Dy (TAD) and Ho (TAH) …

Ternary rare earth platinum aluminides were prepared by arc‐melting of the elemental
components followed by annealing in a high‐frequency furnace. Their crystal structure was …

The crystal structure of the GdV2Al20 and GdCr2Al20 intermetallic compounds were
determined by X-ray powder diffraction using the Rietveld method. The investigated …

The phase relations in the ternary U-Nb-Al system were established for the whole
concentration range for 900 K and 1200 K. They were derived from quenched samples …

In this study, the influence of yttrium on the formation of the structural-phase state of the Ti-Al
alloy, obtained by the “hydride technology”(GT) method, has been analyzed. Using …

Eighteen new intermetallic compounds RMn2TrxZn20− x (2< x< 7; R= rare-earth metal; Tr=
Al, In) were synthesized using low-melting mixtures of (Tr/Zn) as a solvent. Structural …

A collection of new quaternary intermetallic compounds with a cubic, stuffed BaHg11
structure type has been synthesized by the combination of a divalent rare earth or alkaline …