The upper critical field is a fundamental measure of the strength of superconductivity in a
material. It is also a cornerstone for the realization of superconducting magnet applications …

We report pressure-driven evolution of the superconducting transition temperature (T c) and
upper critical field B c 2 (0) of strong-coupling superconductor Ti 4 Ir 2 O that possesses an …

Ti2Ni and the related η-carbide structure are known to exhibit various intriguing physical
properties. The Ti2Ni structure with the cubic space group Fd 3̅ m is surprisingly complex …

We report the first observation of bulk superconductivity of a η-carbide-type oxide Zr4Pd2O.
The crystal structure and the superconducting properties were studied through synchrotron …

Superconductivity with a Violation of Pauli Limit and Evidences for Multigap in η-Carbide Type
Ti4Ir2O - IOPscience This site uses cookies. By continuing to use this site you agree to our use …

Here we report muon spin rotation (μ SR) experiments on the temperature and field
dependence of the effective magnetic penetration depth λ (T) in the η-carbide-type suboxide …

The recently synthesized $\eta $-carbide-type superconductors exhibit large critical fields. A
notable example is Ti $ _4 $ Ir $ _2 $ O, for which the upper critical field strongly violates the …

Discovery of a new superconductor with distinct crystal structure and chemistry often
provides great opportunity for further expanding superconductor material base, and also …

Superconductivity was discovered in ternary scandium tellurides Sc6 M Te2 with M= Fe, Co,
Ni, Ru, Rh, Os, and Ir.[Y. Shinoda et al., J. Phys. Soc. Jpn. 92, 103701 (2023).] The highest …

The transition metal-oxides are a versatile class of materials with numerous applications. In
this chapter, the optical and gas sensing properties of the vanadium oxide thin films have …