The aim of the work was to explore the possibility of producing Sn-bearing composite phase
change materials (C-PCMs) intended to be used as Latent Heat Thermal Energy Storage …

Alloys based on the Al-Sn system are Miscibility Gap Alloys consisting of two phases: a low-
melting Sn phase and a high-melting Al phase. The two phases are almost immiscible in …

Dynamic magnetic hysteresis loops (DMHL) features of molecular-based magnetic materials
and ferrimagnetic systems are investigated by a mixed spin (1/2, 1) model by means of the …

Friction stir processing (FSP) is an energy-efficient and environmentally friendly technique
that provides tailored manufacturing possibilities for surface composites in solid-state …

Homogenous distribution of the Sn phase in the Al–Sn alloy is beneficial for improved
properties. However, the alloy has a metastable immiscibility gap that results in …

Al–Sn alloys are widely used as plain bearings in several engineering applications,
particularly in internal combustion engines, where the surface properties are the main …

We investigate the microstructural characteristics and precipitation behavior of a
multicomponent Al–Sn–Zn–Mg–Li alloy subjected to solution and aging heat treatments, to …

Abstract Metallic Phase Change Materials (PCMs), based on solid-liquid transitions,
represents one of the most promising technologies for efficient Thermal Energy Storage …

Batı and Ertaş [Physica B 513 (2017) 40] presented a study of dynamic magnetic hysteresis
loop properties (DMHLFs) of a mixed spin (1/2, 1) Ising system (IS) on a hexagonal lattice …

Abstract Mg-4Al-1Si-3Ce (ASCe), Mg-4Al-1Si-3La (ASLa), Mg-4Al-1Si-1.5 Ce-1.5 La
(ASCeLa), and Mg-4Al-1Si (AS41) alloys were prepared by die-casting process, and the …