… with a T c of 18 K support our conclusions regarding the crystal structure. The superconducting
samples of LiFeAs described so far have cell volumes which are very similar even for the …

… based superconductors. The most remarkable characteristic in the LiFeAs gap structure would
… In this paper, we study the gap structure in LiFeAs by taking the spin-orbit interaction (SOI) …

… that may reach higher T c or to study the mysterious underlined superconducting …
superconducting iron arsenide system LiFeAs was found. The compound crystallizes into a structure …

… Earlier data in the superconducting state were interpreted assuming that C4 symmetry … the
superconducting state of LiFeAs [36]. We show here that in the superconducting state LiFeAs …

… The contrasting structural behavior of LiFeAs with pressure compared with that of
representative members of the other classes of superconducting iron arsenides is likely due to the …

… superconductor is stoichiometric LiFeAs. Third, and in line with the fact that it is a bulk
superconductor, stoichiometric LiFeAs … the crystal structure and superconductivity of LiFeAs to two …

… LiFeAs is metallic with itinerant electrons.It is well known that … states of iron arsenide
superconductors by density-functional … and electronic structure in LiFeAs are investigated in this …

… In this short note we present LDA and structure analysis for newly discovered iron-pnictide
system LiFeAs. The obtained LDA band dispersions, DOS and Fermi surface for LiFeAs …

… the electronic structure of the nonmagnetic LiFeAs (Tc $ 18 K) superconductor using angle-…
a static or a fluctuating order except superconductivity with in-plane isotropic energy gaps. …

… -crystal structure determination, and superconducting properties of LiFeAs with Tc=18 K. …
The superconducting behavior of LiFeAs can be roughly explained by assuming incomplete …