Rapid formation of small mixed-valence luminescent silver clusters via cation-coupled electron-transfer in a redox-active porous ionic crystal based on dodecamolybdophosphate

Redox-active porous ionic crystals based on polyoxometalate (POM) were utilized to form and stabilize small mixed-valence luminescent silver clusters via cation-coupled electron-transfer (CCET) reactions. Reduction-induced ion-exchange between Cs+ and Ag+via CCET took less than 1 min to complete and...

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Published inNanoscale Vol. 11; no. 12; pp. 5460 - 5466
Main Authors Uchida, Sayaka, Okunaga, Tomoki, Harada, Yuki, Magira, Shotaro, Noda, Yasuto, Mizuno, Takashi, Tachikawa, Takashi
Format Journal Article
LanguageEnglish
Published England Royal Society of Chemistry 21.03.2019
Subjects
Cation exchanging
Clusters
Crystal structure
Crystallography
Electron transfer
Electrons
Ion exchange
Ionic crystals
Polyoxometallates
Silver
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Abstract Redox-active porous ionic crystals based on polyoxometalate (POM) were utilized to form and stabilize small mixed-valence luminescent silver clusters via cation-coupled electron-transfer (CCET) reactions. Reduction-induced ion-exchange between Cs+ and Ag+via CCET took less than 1 min to complete and consisted of two steps: electron transfer from reduced POM to Ag+ and the subsequent formation of a silver cluster, and diffusion of the silver cluster and exchange with Cs+. Notably, the simple ion-exchange took more than 24 h. The compound containing the silver cluster showed high affinity toward unsaturated hydrocarbon guests.
AbstractList Redox-active porous ionic crystals based on polyoxometalate (POM) were utilized to form and stabilize small mixed-valence luminescent silver clusters via cation-coupled electron-transfer (CCET) reactions. Reduction-induced ion-exchange between Cs + and Ag + via CCET took less than 1 min to complete and consisted of two steps: electron transfer from reduced POM to Ag + and the subsequent formation of a silver cluster, and diffusion of the silver cluster and exchange with Cs + . Notably, the simple ion-exchange took more than 24 h. The compound containing the silver cluster showed high affinity toward unsaturated hydrocarbon guests.
Redox-active porous ionic crystals based on polyoxometalate (POM) were utilized to form and stabilize small mixed-valence luminescent silver clusters via cation-coupled electron-transfer (CCET) reactions. Reduction-induced ion-exchange between Cs+ and Ag+via CCET took less than 1 min to complete and consisted of two steps: electron transfer from reduced POM to Ag+ and the subsequent formation of a silver cluster, and diffusion of the silver cluster and exchange with Cs+. Notably, the simple ion-exchange took more than 24 h. The compound containing the silver cluster showed high affinity toward unsaturated hydrocarbon guests.
Author Okunaga, Tomoki
Mizuno, Takashi
Harada, Yuki
Tachikawa, Takashi
Noda, Yasuto
Magira, Shotaro
Uchida, Sayaka
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  organization: Molecular Photoscience Research Center, Kobe University, Rokkodaicho, Nada-ku, Kobe 657-8501, Japan
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Snippet Redox-active porous ionic crystals based on polyoxometalate (POM) were utilized to form and stabilize small mixed-valence luminescent silver clusters via...
Redox-active porous ionic crystals based on polyoxometalate (POM) were utilized to form and stabilize small mixed-valence luminescent silver clusters via...
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StartPage 5460
SubjectTerms Cation exchanging
Clusters
Crystal structure
Crystallography
Electron transfer
Electrons
Ion exchange
Ionic crystals
Polyoxometallates
Silver
Title Rapid formation of small mixed-valence luminescent silver clusters via cation-coupled electron-transfer in a redox-active porous ionic crystal based on dodecamolybdophosphate
URI https://www.ncbi.nlm.nih.gov/pubmed/30855606
https://www.proquest.com/docview/2194839720
https://search.proquest.com/docview/2190115789
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