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VERSION:2.0
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BEGIN:VEVENT
SUMMARY:MXenes: energy conversion and storage applications
DTSTART:20241127T140000Z
DTEND:20241127T160000Z
DTSTAMP:20260528T124834Z
UID:48380f96-2703-4a06-a0ff-fd2764a58b45
SEQUENCE:2
CREATED:20241122T155650Z
DESCRIPTION:Low-cost non-noble metal electrocatalysts are currently the fo
 cus of research and development for energy conversion and storage devices.
  MXenes\, the newest class of two-dimensional materials\, first reported i
 n 2011\, have high surface area\, nanometer layer thickness\, hydrophilici
 ty and high electrical conductivity that favor their performance for elect
 rocatalytic reactions. We will introduce niobium carbide MXene obtained fr
 om its MAX phase by chemical synthesis and characterized regarding its mor
 phology\, structure and electrochemical activity for oxygen evolution reac
 tion (OER) and oxygen reduction reaction (ORR) as well as for charge stora
 ge in different electrolytic media. To further enhance its performance for
  use in energy storage devices\, heteroatoms can be inserted to adjust the
  interlayer structure
LAST-MODIFIED:20241122T155710Z
LOCATION:Sala de Seminários do DF\,  Pavilhão de Física\, 2º piso
URL:http://df.vps.tecnico.ulisboa.pt/pt/eventos/mxenes-energy-conversion-a
 nd-storage-applications/
X-ALT-DESC;FMTTYPE=text/html:<p data-block-key="3h88v">Low-cost non-noble 
 metal electrocatalysts are currently the focus of research and development
  for energy conversion and storage devices. MXenes\, the newest class of t
 wo-dimensional materials\, first reported in 2011\, have high surface area
 \, nanometer layer thickness\, hydrophilicity and high electrical conducti
 vity that favor their performance for electrocatalytic reactions.<br/><br/
 > We will introduce niobium carbide MXene obtained from its MAX phase by c
 hemical synthesis and characterized regarding its morphology\, structure a
 nd electrochemical activity for oxygen evolution reaction (OER) and oxygen
  reduction reaction (ORR) as well as for charge storage in different elect
 rolytic media. To further enhance its performance for use in energy storag
 e devices\, heteroatoms can be inserted to adjust the interlayer structure
 </p>
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