An anchoring strategy leads to enhanced proton conductivity in a new metal–organic framework

citation_author=B. C. Steele; citation_author=A. Heinzel; citation_journal_title=Nature; citation_volume=414; citation_pages=345;citation_publication_date=2001;

citation_author=Q. Li; citation_author=R. He; citation_author=J. O. Jensen; citation_author=N. Bjerrum; citation_journal_title=Chem. Mater.; citation_volume=15; citation_pages=4896;citation_publication_date=2003;

citation_author=H. Furukawa; citation_author=K. E. Cordova; citation_author=M. O'Keeffe; citation_author=O. M. Yaghi; citation_journal_title=Science; citation_volume=341; citation_pages=1230444;citation_publication_date=2013;

citation_author=X. Meng; citation_author=H. N. Wang; citation_author=S. Y. Song; citation_author=H. J. Zhang; citation_journal_title=Chem. Soc. Rev.; citation_volume=46; citation_pages=464;citation_publication_date=2017;

citation_author=P. Ramaswamy; citation_author=N. E. Wong; citation_author=G. K. H. Shimizu; citation_journal_title=Chem. Soc. Rev.; citation_volume=43; citation_pages=5913;citation_publication_date=2014;

citation_author=A. Shigematsu; citation_author=T. Yamada; citation_author=H. Kitagawa; citation_journal_title=J. Am. Chem. Soc.; citation_volume=133; citation_pages=2034;citation_publication_date=2011;

citation_author=W. J. Phang; citation_author=W. R. Lee; citation_author=K. Yoo; citation_author=D. W. Ryu; citation_author=B. Kim; citation_author=C. S. Hong; citation_journal_title=Angew. Chem., Int. Ed.; citation_volume=53; citation_pages=8383;citation_publication_date=2014;

citation_author=J. M. Taylor; citation_author=K. W. Dawson; citation_author=G. K. H. Shimizu; citation_journal_title=J. Am. Chem. Soc.; citation_volume=135; citation_pages=1193;citation_publication_date=2013;

citation_author=S. Kim; citation_author=K. W. Dawson; citation_author=B. S. Gelfand; citation_author=J. M. Taylor; citation_author=G. K. H. Shimizu; citation_journal_title=J. Am. Chem. Soc.; citation_volume=135; citation_pages=963;citation_publication_date=2013;

citation_author=W. J. Phang; citation_author=H. Jo; citation_author=W. R. Lee; citation_author=J. H. Song; citation_author=K. Yoo; citation_author=B. Kim; citation_author=C. S. Hong; citation_journal_title=Angew. Chem., Int. Ed.; citation_volume=54; citation_pages=5142;citation_publication_date=2015;

citation_author=N. C. Jeong; citation_author=B. Samanta; citation_author=C. Y. Lee; citation_author=O. K. Farha; citation_author=J. T. Hupp; citation_journal_title=J. Am. Chem. Soc.; citation_volume=134; citation_pages=51;citation_publication_date=2012;

citation_author=T. Yamada; citation_author=M. Sadakiyo; citation_author=H. Kitagawa; citation_journal_title=J. Am. Chem. Soc.; citation_volume=131; citation_pages=3144;citation_publication_date=2009;

citation_author=J. M. Taylor; citation_author=S. Dekura; citation_author=R. Ikeda; citation_author=H. Kitagawa; citation_journal_title=Chem. Mater.; citation_volume=27; citation_pages=2286;citation_publication_date=2015;

citation_author=H. Okawa; citation_author=M. Sadakiyo; citation_author=T. Yamada; citation_author=M. Maesato; citation_author=M. Ohba; citation_author=H. Kitagawa; citation_journal_title=J. Am. Chem. Soc.; citation_volume=135; citation_pages=2256;citation_publication_date=2013;

citation_author=S. S. Nagarkar; citation_author=S. M. Unni; citation_author=A. Sharma; citation_author=S. Kurungot; citation_author=S. K. Ghosh; citation_journal_title=Angew. Chem., Int. Ed.; citation_volume=53; citation_pages=2638;citation_publication_date=2014;

citation_author=T. N. Tu; citation_author=N. Q. Phan; citation_author=T. T. Vu; citation_author=H. L. Nguyen; citation_author=K. E. Cordova; citation_author=H. Furukawa; citation_journal_title=J. Mater. Chem. A; citation_volume=4; citation_pages=3638;citation_publication_date=2016;

citation_author=Y. S. Wei; citation_author=X. P. Hu; citation_author=Z. Han; citation_author=X. Y. Dong; citation_author=S. Q. Zang; citation_author=T. C. W. Mak; citation_journal_title=J. Am. Chem. Soc.; citation_volume=139; citation_pages=3505;citation_publication_date=2017;

citation_author=D. Umeyama; citation_author=S. Horike; citation_author=M. Inukai; citation_author=Y. Hijikata; citation_author=S. Kitagawa; citation_journal_title=Angew. Chem., Int. Ed.; citation_volume=50; citation_pages=11706;citation_publication_date=2011;

citation_author=S. Bureekaew; citation_author=S. Horike; citation_author=M. Higuchi; citation_author=M. Mizuno; citation_author=T. Kawamura; citation_author=D. Tanaka; citation_author=N. Yanai; citation_author=S. Kitagawa; citation_journal_title=Nat. Mater.; citation_volume=8; citation_pages=831;citation_publication_date=2009;

citation_author=J. A. Hurd; citation_author=R. Vaidhyanathan; citation_author=V. Thangadurai; citation_author=C. I. Ratcliffe; citation_author=I. L. Moudrakovski; citation_author=G. K. Shimizu; citation_journal_title=Nat. Chem.; citation_volume=1; citation_pages=705;citation_publication_date=2009;

citation_author=T. Homburg; citation_author=C. Hartwig; citation_author=H. Reinsch; citation_author=M. Wark; citation_author=N. Stock; citation_journal_title=Dalton Trans.; citation_volume=45; citation_pages=15041;citation_publication_date=2016;

citation_author=F. M. Zhang; citation_author=L. Z. Dong; citation_author=J. S. Qin; citation_author=W. Guan; citation_author=J. Liu; citation_author=S. L. Li; citation_author=M. Lu; citation_author=Y. Q. Lan; citation_author=Z. M. Su; citation_author=H. C. Zhou; citation_journal_title=J. Am. Chem. Soc.; citation_volume=139; citation_pages=6183;citation_publication_date=2017;

citation_author=S. Liu; citation_author=Z. Yue; citation_author=Y. Liu; citation_journal_title=Dalton Trans.; citation_volume=44; citation_pages=12976;citation_publication_date=2015;

citation_author=A. J. Howarth; citation_author=Y. Liu; citation_author=P. Li; citation_author=Z. Li; citation_author=T. C. Wang; citation_author=J. T. Hupp; citation_author=O. K. Farha; citation_journal_title=Nat. Rev. Mater.; citation_volume=1; citation_pages=15018;citation_publication_date=2016;

citation_author=J. H. Cavka; citation_author=S. Jakobsen; citation_author=U. Olsbye; citation_author=N. Guillou; citation_author=C. Lamberti; citation_author=S. Bordiga; citation_author=K. P. Lillerud; citation_journal_title=J. Am. Chem. Soc.; citation_volume=130; citation_pages=13850;citation_publication_date=2008;

citation_author=V. Bon; citation_author=I. Senkovska; citation_author=M. S. Weiss; citation_author=S. Kaskel; citation_journal_title=CrystEngComm; citation_volume=15; citation_pages=9572;citation_publication_date=2013;

citation_author=M. O'Keeffe; citation_author=M. A. Peskov; citation_author=S. J. Ramsden; citation_author=O. M. Yaghi; citation_journal_title=Acc. Chem. Res.; citation_volume=41; citation_pages=1782;citation_publication_date=2008;

citation_author=Y. Ye; citation_author=L. Zhang; citation_author=Q. Peng; citation_author=G. E. Wang; citation_author=Y. Shen; citation_author=Z. Li; citation_author=L. Wang; citation_author=X. Ma; citation_author=Q. H. Chen; citation_author=Z. Zhang; citation_author=S. Xiang; citation_journal_title=J. Am. Chem. Soc.; citation_volume=137; citation_pages=913;citation_publication_date=2015;

citation_author=F. Yang; citation_author=H. Huang; citation_author=X. Wang; citation_author=F. Li; citation_author=Y. Gong; citation_author=C. Zhong; citation_author=J. R. Li; citation_journal_title=Cryst. Growth Des.; citation_volume=15; citation_pages=5827;citation_publication_date=2015;

citation_author=J. M. Taylor; citation_author=T. Komatsu; citation_author=S. Dekura; citation_author=K. Otsubo; citation_author=M. Takata; citation_author=H. Kitagawa; citation_journal_title=J. Am. Chem. Soc.; citation_volume=137; citation_pages=11498;citation_publication_date=2015;

citation_author=H. Luo; citation_author=M. Wang; citation_author=S. Liu; citation_author=C. Xue; citation_author=Z. Tian; citation_author=Y. Zou; citation_author=X. Ren; citation_journal_title=Inorg. Chem.; citation_volume=56; citation_pages=4169;citation_publication_date=2017;

citation_author=S. Sen; citation_author=N. N. Nair; citation_author=T. Yamada; citation_author=H. Kitagawa; citation_author=P. K. Bharadwaj; citation_journal_title=J. Am. Chem. Soc.; citation_volume=134; citation_pages=19432;citation_publication_date=2012;

citation_author=Q. G. Zhai; citation_author=C. Mao; citation_author=X. Zhao; citation_author=Q. Lin; citation_author=F. Bu; citation_author=X. Chen; citation_author=X. Bu; citation_author=P. Feng; citation_journal_title=Angew. Chem., Int. Ed.; citation_volume=54; citation_pages=7886;citation_publication_date=2015;