6 citations · 13 across the 14 of their papers we have counts for
14 papers
Rational Design of High-Tc Superconductivity in the Z = 6.0 Family
O. Paul Isikaku-Ironkwe
Rational design of superconductivity from Periodic Table properties is one of the grand challenges of superconductivity. We recently showed (Arxiv: 1208.0071) that high-Tc supercon…
Rational Design of High-Tc Superconductivity in the Z = 5.67 Family with Ne = 2.33
O. Paul Isikaku-Ironkwe
The concepts of "Rational Design of Superconductivity" from Periodic Table properties were proposed in an earlier paper (ArXiv: 1204.0233). We had shown latter too that high-Tc sup…
Searching for High-Tc Superconductivity in the Z = 8.67 Family
O. P. Isikaku-Ironkwe
CaLi2, a member of the Z =8.67 family, with Ne =1.333 is superconducting at 14K at 40 GPA pressure. Through computational combinatorial synthesis of the Z =4.67 and Z=12.67 familie…
Possible High-Tc Superconductivity in Z = 7.33 Materials from Combinatorial Synthesis of Z = n (n=4.67, 10, 12.67) Families
O. P. Isikaku-Ironkwe
The search for MgB2-like superconductivity has before now been limited to binary and ternary systems. However systems with more-than-three-elements that meet the MgB2 model have ye…
Searching for Superconductivity in the Z = 12.67 Family
O. P. Isikaku-Ironkwe
The Z = 12.67 family of materials includes CaBeSi and NaAlSi which have been reported as non-superconducting and superconducting respectively. We show with an algorithm how to gene…
Searching for Superconductivity in the Z = 4.67 Family
O. P. Isikaku-Ironkwe
Lithium borocarbide, LiBC, a member of the Z = 4.67 family of materials, is not a superconductor. Using ternary combinations of elements that give Z = 4.67 and the material specifi…