Murray Slovick summarizes advances in new materials for supercapacitors in his article published by TTI Market Eye. Supercapacitors have significant...
Read moreKnowles Precision Devices, a division of Knowles Corporation, recently expanded its capacitor assembly offering with the release of its new...
Read moreThe rapid rise in vehicle electrification presents new challenges to source cutting-edge components that can handle higher temperatures and voltages...
Read moreScientists at the International Advanced Research Centre for Powder Metallurgy and New Materials (ARCI), an autonomous organization of the Department...
Read moreSurface functional groups in two dimensional (2-D) transition-metal carbides can undergo versatile chemical transformations to facilitate a broad class of...
Read moreThe SkelStart Engine Start Module is already the most powerful module for engine starting applications in the world and its...
Read moreNew DLA Drawing Provides Space-Level Screening of M39006 / 33 or CLR93 Series of Established Reliability Devices MALVERN, Pa. —...
Read moreThe world transmits its electricity in AC, and there are many sound historical and technical reasons for that. Many of...
Read moreVishay Intertechnology, Inc. today announced that its ENYCAP(TM) electrical double-layer energy storage capacitors for energy harvesting and power backup applications...
Read moreVishay Intertechnology released white paper on use of MLCCs as electrostatic discharge protection in automotive environment. Authors Thomas Wächter, Brian...
Read more
![Structure of Ti3C2Cl2 MXene. (A) The structure of Ti3C2Cl2 MXene can be approximated using P63/mmc space group with the two lattice parameters: in-plane, a, and out of plane, c. Experimental XRD patterns (Cu Kα, reflection, black curve), Le Bail fits (red curve) and the corresponding residues (orange curves) of (B) Ti3C2Cl2 MXene derived from (C) Ti3AlC2 MAX phase.The successful MXene synthesis can be visualized from the shift of (0002) and (112̅0) peaks to lower angles compared to that of the parent MAX phase. In the direct space these changes are reflected by the increase of both a and c lattice parameters. Initial Ti3AlC2 MAX phase contains small amounts of bulk fcc-TiCx (Fm-3m space group) impurity which propagates into the final MXene product. (D) Atomic-column resolved HAADF image of Ti3C2Cl2 MXene. The electron beam is parallel to [21̅1̅0] zone axis. (E) The EDX elemental line scans of Ti3C2Cl2 MXene using Ti Kα and Cl Kα suggest presence of Cl surface groups on each Ti3C2 sheet. Due to their low Z contrast, C atoms could not be observed. Credit: Science Advances, doi: 10.1126/science.aba8311](https://passive-components.eu/wp-content/uploads/2020/07/Mxene-350x250.jpg.webp)
