Advanced
Advanced

Browsing by Author Dong, Hieu C.

Jump to: 0-9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
or enter first few letters:  
Showing results 1 to 1 of 1
  • item.jpg
  • Journal Article

  • Effect of hydrogen-bonding networks in water on the proton conductivity properties of metal–organic frameworks

    • Authors: Nguyen, My V.; Dong, Hieu C.; Nguyen, Duc Manh; Vu, Nam H.; Phan, Thang B. (2021)

  • We study the proton conductivity properties of MOF-801. We find that MOF-801 possesses intrinsic proton carrier sites, m3-OH groups, in clusters yielding the generation of hydrogen-bonding networks with guest water molecules at high relative humidity (RH), facilitating proton transport. Remarkably, this material has a high proton conductivity of 1.82 10 3 S cm 1 under 98% RH at 90 C and maintains its performance over an extended time. Our investigations reveal that the increase in proton conductivity is correlated to numerous hydrogen bonds within the MOF structure. The activation energy of this process is low (Ea ¼ 0.21 eV), showing that the protons hop through the membrane ...

    Readership Map

    ABSTRACTS VIEWS

    44423759

    VIEWS & DOWNLOAD

    26913499

    Content Distribution

Browsing by Author Dong, Hieu C.

Jump to: 0-9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
or enter first few letters:  
Showing results 1 to 1 of 1
  • item.jpg
  • Journal Article

  • Effect of hydrogen-bonding networks in water on the proton conductivity properties of metal–organic frameworks

    • Authors: Nguyen, My V.; Dong, Hieu C.; Nguyen, Duc Manh; Vu, Nam H.; Phan, Thang B. (2021)

  • We study the proton conductivity properties of MOF-801. We find that MOF-801 possesses intrinsic proton carrier sites, m3-OH groups, in clusters yielding the generation of hydrogen-bonding networks with guest water molecules at high relative humidity (RH), facilitating proton transport. Remarkably, this material has a high proton conductivity of 1.82 10 3 S cm 1 under 98% RH at 90 C and maintains its performance over an extended time. Our investigations reveal that the increase in proton conductivity is correlated to numerous hydrogen bonds within the MOF structure. The activation energy of this process is low (Ea ¼ 0.21 eV), showing that the protons hop through the membrane ...