Add to ORKGWe present the low-temperature electronic transport properties of the intermetallic commonly known as BeB2. In contrast to the much simpler A1B2-type structure of the 39-K superconductor MgB2, BeB2 forms a complex structure-type that is nearly unique in nature. The structure has 110.5 atoms per unit cell and a stoichiometry BeB2.75. Polycrystalline Be(10.8B)2.75 is superconducting below Tc=0.72 K with a critical magnetic field Hc2=0.175 T. Isotopically pure 10.0B samples have an enhanced Tc=0.79 K. Hall-effect measurements suggest that the material is intrinsically compensated
The discovery of superconductivity in MgB2 sparked much interest in the diborides and led to further...
We report the synthesis, magnetic susceptibility and crystal structure analysis for NbB2+x (X = 0.0-...
We report a detailed study of the electronic and dynamical properties of superconducting MaB(2) and ...
We report a detailed study of the electronic and structural proper-ties of the 39 K superconductor M...
Using density-functional-based methods, we have studied the fully-relaxed, full-potential electronic...
In January of 2001 the superconductivity of the compound MgB2 with a critical temperature T-c of up ...
First-principles full potential linear muffin-tin orbital-generalized gradient approximation electro...
Recently, Akimitsu and co-workers [1] discovered superconductivity at 39 K in the intermetallic comp...
AbstractCrystal structure and physical properties of the novel BiS2-based layered superconductors ar...
The small intergrain effect of MgB2 on supercurrent makes it one of the most promising candidates fo...
The discovery of superconductivity in MgB2 sparked much interest in the diborides and led to further...
The compound Be1.09B3 was prepared by arc-melting of the elemental constituents. The structure of si...
Unique multicenter bonding in boron-rich materials leads to the formation of complex structures and ...
We calculate the critical temperature T-c of a wide range of diborides which have the same crystal s...
We have synthesized and studied the binary intermetallic compounds, AGa(2) and A[GaxSi2-x] (A= Sr, B...
The discovery of superconductivity in MgB2 sparked much interest in the diborides and led to further...
We report the synthesis, magnetic susceptibility and crystal structure analysis for NbB2+x (X = 0.0-...
We report a detailed study of the electronic and dynamical properties of superconducting MaB(2) and ...
We report a detailed study of the electronic and structural proper-ties of the 39 K superconductor M...
Using density-functional-based methods, we have studied the fully-relaxed, full-potential electronic...
In January of 2001 the superconductivity of the compound MgB2 with a critical temperature T-c of up ...
First-principles full potential linear muffin-tin orbital-generalized gradient approximation electro...
Recently, Akimitsu and co-workers [1] discovered superconductivity at 39 K in the intermetallic comp...
AbstractCrystal structure and physical properties of the novel BiS2-based layered superconductors ar...
The small intergrain effect of MgB2 on supercurrent makes it one of the most promising candidates fo...
The discovery of superconductivity in MgB2 sparked much interest in the diborides and led to further...
The compound Be1.09B3 was prepared by arc-melting of the elemental constituents. The structure of si...
Unique multicenter bonding in boron-rich materials leads to the formation of complex structures and ...
We calculate the critical temperature T-c of a wide range of diborides which have the same crystal s...
We have synthesized and studied the binary intermetallic compounds, AGa(2) and A[GaxSi2-x] (A= Sr, B...
The discovery of superconductivity in MgB2 sparked much interest in the diborides and led to further...
We report the synthesis, magnetic susceptibility and crystal structure analysis for NbB2+x (X = 0.0-...
We report a detailed study of the electronic and dynamical properties of superconducting MaB(2) and ...