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Searching journal of publication like 'Chem.Commun.'

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COD ID	Links	Formula	Space group	Cell parameters	Cell volume	Bibliography
7101267	CIF	V	I m -3 m	3.026; 3.026; 3.026 90; 90; 90	27.708	Simon Clarke; Oliver J. Rutt; Gareth R. Williams Reversible lithium insertion and copper extrusion in layered oxysulfides Chemical Communications, 2006
7101270	CIF	V	I m -3 m	3.02658; 3.02658; 3.02658 90; 90; 90	27.724	Simon Clarke; Oliver J. Rutt; Gareth R. Williams Reversible lithium insertion and copper extrusion in layered oxysulfides Chemical Communications, 2006
7110559	CIF	Li N Ni	P -6 m 2	3.758; 3.758; 3.54 90; 90; 120	43.3	Barker, Marten G.; Blake, Alexander J.; Gregory, Duncan H.; Siddons, Daniel J.; Smith, Susan E.; Edwards, Peter P.; Hamor, Thomas A. Novel layered lithium nitridonickelates; effect of Li vacancy concentration on N co-ordination geometry and Ni oxidation state Chemical Communications, 1999, 1187
7102756	CIF	Co0.53 Li1.99 N	P 6/m m m	3.7343; 3.7343; 3.607 90; 90; 120	43.56	Gordon, Alexandra G; Smith, Ronald I; Wilson, Claire; Stoeva, Zlatka; Gregory, Duncan H Crystal growth, defect structure and magnetism of new Li3N-derived lithium nitridocobaltates. Chemical communications (Cambridge, England), 2004, 2812-2813
7105364	CIF	?	P 63 m c	3.19868; 3.19868; 5.19278 90; 90; 120	46.0121	Yashima, Masatomo; Yamada, Hiroki; Maeda, Kazuhiko; Domen, Kazunari Experimental visualization of covalent bonds and structural disorder in a gallium zinc oxynitride photocatalyst (Ga(1-x)Zn(x))(N(1-x)O(x)): origin of visible light absorption. Chemical communications (Cambridge, England), 2010, 46, 2379-2381
7101269	CIF	Cu	F m -3 m	3.61447; 3.61447; 3.61447 90; 90; 90	47.221	Simon Clarke; Oliver J. Rutt; Gareth R. Williams Reversible lithium insertion and copper extrusion in layered oxysulfides Chemical Communications, 2006
7101264	CIF	Cu	F m -3 m	3.61696; 3.61696; 3.61696 90; 90; 90	47.318	Simon Clarke; Oliver J. Rutt; Gareth R. Williams Reversible lithium insertion and copper extrusion in layered oxysulfides Chemical Communications, 2006
7100128	CIF	N Na Sn	P 63 m c	3.3306; 3.3306; 10.8919 90; 90; 120	104.636	Simon Clarke; Oltan Gal; Nicholas Watney; D. Webster; Simon J. Clarke The first ternary tin (II) nitride: NaSnN Chemical Communications, 2005
1008882	CIF	Na O3	I m 2 m	3.507; 5.7703; 5.2701 90; 90; 90	106.6	Klein, W; Armbruster, K; Jansen, M Synthesis and crystal structure determination of sodium ozonide Chemical Communications, 1998, 1998, 707-708
7103014	CIF	O2 Si	P 32 2 1	4.9115; 4.9115; 5.4038 90; 90; 120	112.892	Henry, Paul F; Weller, Mark T; Wilson, Chick C Hydrogenous materials using powder neutron diffraction: full structural determination of adsorbed water molecules in a zeolite. Chemical communications (Cambridge, England), 2008, 1557-1559
7115847	CIF	C4 H2 Li2 O4	P -1	3.3392; 4.9297; 7.4736 76.777; 86.619; 78.68	117.42	Hamish H.-M. Yeung; Monica Kosa; John M. Griffin; Clare P. Grey; Dan T. Major; Anthony K. Cheetham Topotactic elimination of water across a C-C ligand bond in a dense 3-D metal-organic framework Chem.Commun., 2014, 50, 13292
7120700	CIF	Bi Ni	C m c m	3.3873; 9.4079; 3.7587 90; 90; 90	119.78	Powderly, Kelly M.; Clarke, Samantha M.; Amsler, Maximilian; Wolverton, Chris M.; Malliakas, Christos D.; Meng, Yue; Jacobsen, Steven D.; Freedman, Danna High-pressure discovery of β-NiBi Chem. Commun., 2017
7116665	CIF	Fe1.172 H Li0.828 O S	P 4/n m m :1	3.7038; 3.7038; 8.8852 90; 90; 90	121.888	U. Pachmayr; D. Johrendt [(Li0.8Fe0.2)OH]FeS and the ferromagnetic superconductors [(Li0.8Fe0.2)OH]Fe(S1-xSex) (0 < x ? 1) Chem.Commun., 2015, 51, 4689
7117021	CIF	Gd H3 O3	P 63/m	6.2993; 6.2993; 3.6057 90; 90; 120	123.91	Yan Yang; Qian-Chong Zhang; Yin-Yin Pan; La-Sheng Long; Lan-Sun Zheng Magnetocaloric effect and thermal conductivity of Gd(OH)3 and Gd2O(OH)4(H2O)2 Chem.Commun., 2015, 51, 7317
7129253	CIF	Cu Fe O S	P 4/n m m :2	3.8219; 3.8219; 8.645 90; 90; 90	126.28	Du, Wei; zhang, ganghua; Chen, Ping; Tang, Pingying; Wang, Jing; Li, Dezeng; Hou, Jingshan; Fang, Yongzheng Visible-light photoelectric response in semiconducting quaternary oxysulfide FeOCuS with anti-PbO-type structure Chemical Communications, 2021
7110560	CIF	Li5 N3 Ni3	P -6 2 m	6.475; 6.475; 3.555 90; 90; 120	129.08	Barker, Marten G.; Blake, Alexander J.; Gregory, Duncan H.; Siddons, Daniel J.; Smith, Susan E.; Edwards, Peter P.; Hamor, Thomas A. Novel layered lithium nitridonickelates; effect of Li vacancy concentration on N co-ordination geometry and Ni oxidation state Chemical Communications, 1999, 1187
7101266	CIF	O Sr	F m -3 m	5.1326; 5.1326; 5.1326 90; 90; 90	135.21	Simon Clarke; Oliver J. Rutt; Gareth R. Williams Reversible lithium insertion and copper extrusion in layered oxysulfides Chemical Communications, 2006
7102430	CIF	O Sr	F m -3 m	5.1432; 5.1432; 5.1432 90; 90; 90	136.05	Hayward, M A Selective deintercalation of apex over face-shared oxide ions in the topotactic reduction of Sr7Mn4O15 to Sr7Mn4O12. Chemical communications (Cambridge, England), 2004, 170-171
7103589	CIF	D0.09 O2 Ti	I 41/a m d :2	3.78582; 3.78582; 9.50739 90; 90; 90	136.264	Chan, Wing K; Borghols, Wouter J H; Mulder, Fokko M Direct observation of space charge induced hydrogen ion insertion in nanoscale anatase TiO2. Chemical communications (Cambridge, England), 2008, 6342-6344
7128793	CIF	C2 H5 N O2	P 1 21 1	5.0757; 6.1737; 5.3882 90; 113.422; 90	154.931	Hoser, Anna A.; Sztylko, Marcin; Trzybiński, Damian; Madsen, Anders Ø Theoretically derived thermodynamic properties can be improved by the refinement of low-frequency modes against X-ray diffraction data. Chemical communications (Cambridge, England), 2021, 57, 9370-9373

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