Engineers have designed and synthesized a groundbreaking new material -- a copper-free superconducting oxide -- capable of superconducting at approximately 40 Kelvin, or about minus 233 degrees ...
In order to prove that reduction temperatures shift increasingly to lower temperatures as the reducing gas’ partial pressure increases, materials with a higher reduction temperature were tested. As a ...
A unified copper-based catalyst platform featuring multivalent r-CuO nanorods for cathodic nitrate reduction (FE NH3% =96.8%) and pristine CuO nanorods for anodic glycerol oxidation (FE Formate% =93%) ...
Prof Ariando (middle) with Dr Stephen Lin Er Chow (extreme right) and Zhaoyang Luo (extreme left) were part of the research team that designed the new copper-free superconducting material. Credit: NUS ...
Prof Ariando (middle) with Dr Stephen Lin Er Chow (extreme right) and Zhaoyang Luo (extreme left) were part of the research team that designed the new copper-free superconducting material. Professor ...
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