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UID:5d257f9d-678b-4945-924e-828f6ce61075
DTSTAMP:20261028T131810Z
SUMMARY:Zn-Based Metal-Organic Frameworks Derived Materials for High-Effici
 ent Carbon Dioxide Electrochemical Reduction
DESCRIPTION:<p style="text-align: left\;"><strong>HYBRID&nbsp\;THESIS - REG
 ISTER <a href="https://icn2.zoom.us/webinar/register/WN_tX90kuSuSMKdgVgTmF
 CHhg">HERE</a></strong></p>\n<p style="text-align: left\;">PhD:&nbsp\;<str
 ong>Ting Zhang</strong></p>\n<p><strong>Directors</strong>: <strong>Prof. 
 Jordi Arbiol</strong>\,&nbsp\;Advanced Electron Nanoscopy Group Leader at 
 ICN2 and&nbsp\;<strong>Prof.&nbsp\;Joan Ramón Morante</strong>\, Director
  of <a href="https://www.irec.cat/">IREC</a>\, Head of Advanced Materials 
 for Energy Area and Energy Storage\, Harvesting and Catalysis Group Leader
 .</p>\n<p style="text-align: justify\;"><strong>Short Abstract:&nbsp\;</st
 rong>The electrochemical conversion of CO2 powered by renewable energy to 
 useful chemicals is considered as an elegant solution to decrease the exce
 ssive emission of carbon dioxide (CO2). However\, due to the innerness of 
 CO2 molecules and competitive hydrogen evolution reaction (HER)\, enhancin
 g the activity of the CO2 RR and improving the selectivity of products are
  still main challenge. Therefore\, searching for a high-efficient and cost
 -friendly electrocatalyst is sensible and necessary for practical applicat
 ions.</p>\n<p style="text-align: justify\;">In the past decades\, metal-or
 ganic frameworks (MOFs) engrossed the enormous considerations in the field
  of electrocatalysis because of their chemical and physical advantages. Es
 pecially\, MOFs-based materials are able to integrate the strengths of bot
 h MOFs and other functional materials and present impressive properties in
  the energy-related catalysis. Thus\, the rational design of MOFs-based ma
 terials to realize a high-efficient CO2 RR is main target in our works.</p
 >\n<p style="text-align: justify\;">&nbsp\;</p>
DTSTART:20210917T093000
DTEND:20210917T215959
LOCATION:ICN2 Seminar Hall\, ICN2 Building\, UAB - Hybrid Event
CATEGORIES:ICN2 Theses Defence
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