EnglishEnglish
MXenes Frontier
You are here: Home » BK Academic Frontier » MXenes Frontier
  • 2024-08-09

    IF 18.5! By using dot sheet structure and Ti-C-Ti bonding, the electronic and ion transport of MXene fibers is enhanced, improving energy storage and thermal management efficiency
    Ti3C2TX MXene has the advantages of metal conductivity, ultra-high volume capacitance, and effective absorption of electromagnetic waves, and is considered a promising cornerstone for fiber manufacturing; However, due to contradictions in material design.
  • 2024-07-10

    Transmittance Contrast-induced Photocurrent: A General Strategy for Self-powered Photodetectors Based on MXene Electrodes
    The regulation of carrier generation and transport by Schottky junctions enables effective optoelectronic conversion in optoelectronic devices. A simple and general strategy to spontaneously generate photocurrent is of great significance for self-powered photodetectors but is still being pursued. He
  • 2024-07-05

    Unveiling The Power of MXenes: Solid Lubrication Perspectives And Future Directions
    Unveiling the power of MXenes: Solid lubrication perspectives and future directions
  • 2024-07-04

    The Synthesis of MXenes
    In this article, we summarize different synthesis routes of MXenes. MXenes are made by selective etching of certain atomic layers from their layered precursors, mostly MAX phases. The etching selectively removes the A-group element layers in the MAX phases while keeping the MX layers with two-dimens
Beike Nano Technology Co., Ltd. was established in 2015, is a professional nano medical Contract Research Organization (CRO) in China.

Quick Line

Product Category

Contact
Copyright © 2023 Beike Nano Technology Co., Ltd. All Rights Reserved. Support by Leadong Sitemap. Privacy Policy  Shipping Policy  Return& Refund Policy