Being a crucial element for technological development, praseodymium (Pr) has been
increasingly used, leading to a rise in its concentration in aquatic systems. However, its …

The rare-earth and actinide based compounds are endowed with several exotic physical
and chemical properties due to the presence of f-electrons. Under pressure, the nature of f …

By use of synchrotron radiation the powder X-ray diffraction of lanthanide monoarsenides
LaAs and LuAs with a NaCl-type structure has been studied up to 60 GPa at room …

The nature of Fermi surface in view of shapes and density of the nearest energy bands plays
important role in tuning the physical and chemical properties of heavy fermions, Weyl …

The correct treatment of the 4f electrons in lanthanides is a great challenge to any modern
electronic structure theory. On the one hand, when considering the spatial extent of their …

Pressure induced structural phase transition of lanthanum mono pnictides (LaY; Y= P, As
and Sb) has been studied theoretically by using an interionic potential method. The effective …

In order to investigate the structure-dependent correlation strength and occupation number
of 4f electrons in cerium monoarsenide (CeAs) with the NaCl-type (B1-type) and CsCl-type …

The present paper reports a comprehensive first-principles calculation of lattice dynamical
properties of lanthanum nitride, using the relativistic separable dual-space Gaussian …

Heavy fermion quantum systems are great testbed both for diverse fundamental quantum
prospects and potential promise for quantum technology. This owes to their exotic …

The electronic structure of the praseodymium monopnictides and monochalcogenides is
studied using the self-interaction corrected (SIC) local spin density (LSD) approximation …