Tailoring the pore size and shape of the one-dimensional channels in iron-based MOFs for enhancing the methane storage capacity

citation_author=F. Gándara; citation_author=H. Furukawa; citation_author=S. Lee; citation_author=O. M. Yaghi; citation_journal_title=J. Am. Chem. Soc.; citation_volume=16; citation_pages=5271-5274;citation_publication_date=2014;

citation_author=Y. He; citation_author=W. Zhou; citation_author=G. Qian; citation_author=B. Chen; citation_journal_title=Chem. Soc. Rev.; citation_volume=43; citation_pages=5657-5678;citation_publication_date=2014;

citation_author=J. Jiang; citation_author=H. Furukawa; citation_author=Y. B. Zhang; citation_author=O. M. Yaghi; citation_journal_title=J. Am. Chem. Soc.; citation_volume=138; citation_pages=10244-10251;citation_publication_date=2016;

citation_author=V. C. Menon; citation_author=S. K. Komarneni; citation_journal_title=J. Porous Mater.; citation_volume=5; citation_pages=43-58;citation_publication_date=1998;

citation_author=S. Yeh; citation_journal_title=Energy Policy; citation_volume=35; citation_pages=5865-5875;citation_publication_date=2007;

citation_author=J. A. Mason; citation_author=M. Veenstra; citation_author=J. R. Long; citation_journal_title=Chem. Sci.; citation_volume=5; citation_pages=32-51;citation_publication_date=2014;

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=J. Liu; citation_author=L. Chen; citation_author=H. Cui; citation_author=J. Zhang; citation_author=L. Zhang; citation_author=C.-Y. Su; citation_journal_title=Chem. Soc. Rev.; citation_volume=43; citation_pages=6011-6061;citation_publication_date=2014;

citation_author=H. T. T. Nguyen; citation_author=T. N. Tu; citation_author=M. V. Nguyen; citation_author=T. H. N. Lo; citation_author=H. Furukawa; citation_author=N. N. Nguyen; citation_author=M. D. Nguyen; citation_journal_title=ACS Appl. Mater. Interfaces; citation_volume=10; citation_pages=35462-35468;citation_publication_date=2018;

citation_author=Y.-B. Huang; citation_author=J. Liang; citation_author=X.-S. Wang; citation_author=R. Cao; citation_journal_title=Chem. Soc. Rev.; citation_volume=46; citation_pages=126-157;citation_publication_date=2017;

citation_author=K. Adil; citation_author=Y. Belmabkhout; citation_author=R. S. Pillai; citation_author=A. Cadiau; citation_author=P. M. Bhatt; citation_author=A. H. Assen; citation_author=G. Maurin; citation_author=M. Eddaoudi; citation_journal_title=Chem. Soc. Rev.; citation_volume=46; citation_pages=3402-3430;citation_publication_date=2017;

citation_author=E. D. Bloch; citation_author=L. J. Murray; citation_author=W. L. Queen; citation_author=S. Chavan; citation_author=S. N. Maximoff; citation_author=J. P. Bigi; citation_author=R. Krishna; citation_author=V. K. Peterson; citation_author=F. Grandjean; citation_author=G. J. Long; citation_author=B. Smit; citation_author=S. Bordiga; citation_author=C. M. Brown; citation_author=J. R. Long; citation_journal_title=J. Am. Chem. Soc.; citation_volume=133; citation_pages=14814-148122;citation_publication_date=2011;

citation_author=H. Furukawa; citation_author=F. Gándara; citation_author=Y.-B. Zhang; citation_author=J. Jiang; citation_author=W. L. Queen; citation_author=M. R. Hudson; citation_author=O. M. Yaghi; citation_journal_title=J. Am. Chem. Soc.; citation_volume=136; citation_pages=4369-4381;citation_publication_date=2014;

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=464-480;citation_publication_date=2017;

citation_author=M. V. Nguyen; citation_author=T. H. N. Lo; citation_author=L. C. Luu; citation_author=H. T. T. Nguyen; citation_author=T. N. Tu; citation_journal_title=J. Mater. Chem. A; citation_volume=6; citation_pages=1816-1821;citation_publication_date=2018;

citation_author=T. H. N. Lo; citation_author=M. V. Nguyen; citation_author=T. N. Tu; citation_journal_title=Inorg. Chem. Front.; citation_volume=4; citation_pages=1509-1516;citation_publication_date=2017;

citation_author=S. Wuttke; citation_author=M. Lismont; citation_author=A. Escudero; citation_author=B. Rungtaweevoranit; citation_author=W. J. Parak; citation_journal_title=Biomaterials; citation_volume=123; citation_pages=172-183;citation_publication_date=2017;

citation_author=R. Freund; citation_author=U. Lächelt; citation_author=T. Gruber; citation_author=B. Rühle; citation_author=S. Wuttke; citation_journal_title=ACS Nano; citation_volume=12; citation_pages=2094-2105;citation_publication_date=2018;

citation_author=L. E. Kreno; citation_author=K. Leong; citation_author=O. K. Farha; citation_author=M. Allendorf; citation_author=R. P. Van Duyne; citation_author=J. T. Hupp; citation_journal_title=Chem. Rev.; citation_volume=112; citation_pages=1105-1125;citation_publication_date=2012;

citation_author=Z. Sun; citation_author=S. Yu; citation_author=L. Zhao; citation_author=J. Wang; citation_author=Z. Li; citation_author=G. Li; citation_journal_title=Chem. – Eur. J.; citation_volume=24; citation_pages=10829-10839;citation_publication_date=2018;

citation_author=K. Konstas; citation_author=T. Osl; citation_author=Y. Yang; citation_author=M. Batten; citation_author=N. Burke; citation_author=A. J. Hill; citation_author=M. R. Hill; citation_journal_title=J. Mater. Chem.; citation_volume=22; citation_pages=16698-16708;citation_publication_date=2012;

citation_author=Y. Lin; citation_author=C. Kong; citation_author=Q. Zhang; citation_author=L. Chen; citation_journal_title=Adv. Energy Mater.; citation_volume=7; citation_pages=1601296;citation_publication_date=2017;

citation_author=Y. Peng; citation_author=V. Krungleviciute; citation_author=I. Eryazici; citation_author=J. T. Hupp; citation_author=O. K. Farha; citation_author=T. Yildirim; citation_journal_title=J. Am. Chem. Soc.; citation_volume=135; citation_pages=11887-11894;citation_publication_date=2013;

citation_author=H. Furukawa; citation_author=N. Ko; citation_author=Y. B. Go; citation_author=N. Aratani; citation_author=S. B. Choi; citation_author=E. Choi; citation_author=O. Yazaydin; citation_author=R. Q. Snurr; citation_author=M. O'Keeffe; citation_author=J. Kim; citation_author=O. M. Yaghi; citation_journal_title=Science; citation_volume=329; citation_pages=424-428;citation_publication_date=2010;

citation_author=D. Alezi; citation_author=Y. Belmabkhout; citation_author=M. Suyetin; citation_author=P. M. Bhatt; citation_author=Ł. J. Weseliński; citation_author=V. Solovyeva; citation_author=K. Adil; citation_author=I. Spanopoulos; citation_author=P. N. Trikalitis; citation_author=A.-H. Emwas; citation_author=M. Eddaoudi; citation_journal_title=J. Am. Chem. Soc.; citation_volume=137; citation_pages=13308-13318;citation_publication_date=2015;

citation_author=J. A. Mason; citation_author=J. Oktawiec; citation_author=M. K. Taylor; citation_author=M. R. Hudson; citation_author=J. Rodriguez; citation_author=J. E. Bachman; citation_author=M. I. Gonzalez; citation_author=A. Cervellino; citation_author=A. Guagliardi; citation_author=C. M. Brown; citation_author=P. L. Llewellyn; citation_author=N. Masciocchi; citation_author=J. R. Long; citation_journal_title=Nature; citation_volume=527; citation_pages=357-361;citation_publication_date=2015;

citation_author=J. M. Lin; citation_author=C. T. He; citation_author=Y. Liu; citation_author=P. Q. Liao; citation_author=D. D. Zhou; citation_author=J. P. Zhang; citation_author=X. M. Chen; citation_journal_title=Angew. Chem., Int. Ed.; citation_volume=55; citation_pages=4674-4678;citation_publication_date=2016;

citation_author=S. Ma; citation_author=D. Sun; citation_author=J. M. Simmons; citation_author=C. D. Collier; citation_author=D. Yuan; citation_author=H.-C. Zhou; citation_journal_title=J. Am. Chem. Soc.; citation_volume=130; citation_pages=1012-1016;citation_publication_date=2008;

citation_author=M. Zhang; citation_author=W. Zhou; citation_author=T. Pham; citation_author=K. A. Forrest; citation_author=W. Liu; citation_author=Y. He; citation_author=H. Wu; citation_author=T. Yildirim; citation_author=B. Chen; citation_author=B. Space; citation_author=Y. Pan; citation_author=M. J. Zaworotko; citation_author=J. Bai; citation_journal_title=Angew. Chem., Int. Ed.; citation_volume=56; citation_pages=11426-11430;citation_publication_date=2017;

citation_author=C. Song; citation_author=Y. Ling; citation_author=Y. Feng; citation_author=W. Zhou; citation_author=T. Yildirim; citation_author=Y. He; citation_journal_title=Chem. Commun.; citation_volume=51; citation_pages=8508-8511;citation_publication_date=2015;

citation_author=G. Chang; citation_author=B. Li; citation_author=H. Wang; citation_author=Z. Bao; citation_author=T. Yildirim; citation_author=Z. Yao; citation_author=S. Xiang; citation_author=W. Zhou; citation_author=B. Chen; citation_journal_title=Chem. Commun.; citation_volume=51; citation_pages=14789-14792;citation_publication_date=2015;

citation_author=R. D. Kennedy; citation_author=V. Krungleviciute; citation_author=D. J. Clingerman; citation_author=J. E. Mondloch; citation_author=Y. Peng; citation_author=C. E. Wilmer; citation_author=A. A. Sarjeant; citation_author=R. Q. Snurr; citation_author=J. T. Hupp; citation_author=T. Yildirim; citation_author=O. K. Farha; citation_author=C. A. Mirkin; citation_journal_title=Chem. Mater.; citation_volume=25; citation_pages=3539-3543;citation_publication_date=2013;

citation_author=C. Song; citation_author=H. Liu; citation_author=J. Jiao; citation_author=D. Bai; citation_author=W. Zhou; citation_author=T. Yildirim; citation_author=Y. He; citation_journal_title=Dalton Trans.; citation_volume=45; citation_pages=7559-7562;citation_publication_date=2016;

citation_author=B. Li; citation_author=H.-M. Wen; citation_author=H. Wang; citation_author=H. Wu; citation_author=T. Yildirim; citation_author=W. Zhou; citation_author=B. Chen; citation_journal_title=Energy Environ. Sci.; citation_volume=8; citation_pages=2504-2511;citation_publication_date=2015;

citation_author=Y. He; citation_author=W. Zhou; citation_author=T. Yildirim; citation_author=B. Chen; citation_journal_title=Energy Environ. Sci.; citation_volume=6; citation_pages=2735-2744;citation_publication_date=2013;

citation_author=Y. He; citation_author=W. Zhou; citation_author=T. Yildirim; citation_author=B. Chen; citation_journal_title=Energy Environ. Sci.; citation_volume=6; citation_pages=2735-2744;citation_publication_date=2013;

citation_author=I. Spanopoulos; citation_author=C. Tsangarakis; citation_author=E. Klontzas; citation_author=E. Tylianakis; citation_author=G. Froudakis; citation_author=K. Adil; citation_author=Y. Belmabkhout; citation_author=M. Eddaoudi; citation_author=P. N. Trikalitis; citation_journal_title=J. Am. Chem. Soc.; citation_volume=138; citation_pages=1568-1574;citation_publication_date=2016;

citation_author=H. M. Wen; citation_author=B. Li; citation_author=L. Li; citation_author=R. B. Lin; citation_author=W. Zhou; citation_author=G. Qian; citation_author=B. Chen; citation_journal_title=Adv. Mater.; citation_volume=30; citation_pages=1704792-1704797;citation_publication_date=2018;

citation_author=C. E. Wilmer; citation_author=M. Leaf; citation_author=C. Y. Lee; citation_author=O. K. Farha; citation_author=B. G. Hauser; citation_author=J. T. Hupp; citation_author=R. Q. Snurr; citation_journal_title=Nat. Chem.; citation_volume=4; citation_pages=83-89;citation_publication_date=2012;

citation_author=P. H. Pham; citation_author=S. H. Doan; citation_author=H. T. T. Tran; citation_author=N. N. Nguyen; citation_author=A. N. Q. Phan; citation_author=H. V. Le; citation_author=T. N. Tu; citation_author=N. T. S. Phan; citation_journal_title=Catal. Sci. Technol.; citation_volume=8; citation_pages=1267-1271;citation_publication_date=2018;

citation_author=T. A. To; citation_author=Y. H. Vo; citation_author=H. T. T. Nguyen; citation_author=P. T. M. Ha; citation_author=S. H. Doan; citation_author=T. L. H. Doan; citation_author=S. Li; citation_author=H. V. Le; citation_author=T. N. Tu; citation_author=N. T. S. Phan; citation_journal_title=J. Catal.; citation_volume=370; citation_pages=11-20;citation_publication_date=2019;

citation_author=S. H. Doan; citation_author=N. K. Q. Tran; citation_author=P. H. Pham; citation_author=V. H. H. Nguyen; citation_author=N. N. Nguyen; citation_author=P. T. M. Ha; citation_author=S. Li; citation_author=H. V. Le; citation_author=N. T. H. Le; citation_author=T. N. Tu; citation_author=N. T. S. Phan; citation_journal_title=Eur. J. Org. Chem.; citation_pages=2382-2389;citation_publication_date=2019;

citation_author=S. H. Doan; citation_author=V. H. H. Nguyen; citation_author=T. H. Nguyen; citation_author=P. H. Pham; citation_author=N. N. Nguyen; citation_author=A. N. Q. Phan; citation_author=T. N. Tu; citation_author=N. T. S. Phan; citation_journal_title=RSC Adv.; citation_volume=8; citation_pages=10736-10745;citation_publication_date=2018;

citation_author=I. Senkovska; citation_author=F. Hoffmann; citation_author=M. Fröba; citation_author=J. Getzschmann; citation_author=W. Böhlmann; citation_author=S. Kaskel; citation_journal_title=Microporous Mesoporous Mater.; citation_volume=122; citation_pages=93-98;citation_publication_date=2009;

citation_author=V. Martins; citation_author=J. A. L. C. Resende; citation_author=C. M. Ronconi; citation_journal_title=CrystEngComm; citation_volume=19; citation_pages=3103-3116;citation_publication_date=2017;

citation_author=C. C. Liang; citation_author=Z. L. Shi; citation_author=C. T. He; citation_author=J. Tan; citation_author=H. D. Zhou; citation_author=H. L. Zhou; citation_author=Y. Lee; citation_author=Y. B. Zhang; citation_journal_title=J. Am. Chem. Soc.; citation_volume=139; citation_pages=13300-13303;citation_publication_date=2017;

citation_author=Y. Peng; citation_author=G. Srinivas; citation_author=C. E. Wilmer; citation_author=I. Eryazici; citation_author=R. Q. Snurr; citation_author=J. T. Hupp; citation_author=T. Yildirim; citation_author=O. K. Farha; citation_journal_title=Chem. Commun.; citation_volume=49; citation_pages=2992-2994;citation_publication_date=2013;

citation_author=B. Li; citation_author=H.-M. Wen; citation_author=H. Wang; citation_author=H. Wu; citation_author=M. Tyagi; citation_author=T. Yildirim; citation_author=W. Zhou; citation_author=B. Chen; citation_journal_title=J. Am. Chem. Soc.; citation_volume=136; citation_pages=6207-6210;citation_publication_date=2014;

citation_author=Y. Yan; citation_author=M. Suyetin; citation_author=E. Bichoutskaia; citation_author=A. J. Blake; citation_author=D. R. Allan; citation_author=S. A. Barnettb; citation_author=M. Schröder; citation_journal_title=Chem. Sci.; citation_volume=4; citation_pages=1731-1736;citation_publication_date=2013;

citation_author=H. Furukawa; citation_author=U. Müller; citation_author=O. M. Yaghi; citation_journal_title=Angew. Chem., Int. Ed.; citation_volume=54; citation_pages=3417-3430;citation_publication_date=2015;