Nazgul Assan

Abstract External magnetic fields (MF) represent a promising, non-invasive method for enhancing battery performance, yet their impact on sodium-based battery chemistry remains poorly understood. In this novel study, we systematically investigate the electrochemical behaviour of sodium symmetric (Na|Na) and sodium-sulphur (Na|S) half-cells under static magnetic fields ranging from 50 to 450 mT, in the absence of magnetic additives, in order to isolate the effects of the external field itself.

1 Introduction Extracellular matrices (ECMs) contain/possess/are made of key components for regulating the cell microenvironment, controlling cell functions such as adhesion, migration, growth, differentiation, cell-cell interaction, protein secretion, and metabolism.[1, 2] Collagen (Col) is an important fibrillar ECM as it is a tension-resisting element which maintains tight and stable tissue structures.[3] Col is a main ECM component of connective (stromal) tissues including tumors.[4]...