Articles citing this paper
Structural Studies of Complexes of Tridentate Terimine Systems. Crystal Structure of Bis(2,2′:6′,2′′-terpyridine)ruthenium(II) Perchlorate Hydrate, Bis(2,2′:6′,2′′-terpyridine)- osmium(II) Perchlorate Hemihydrate and Bis((1,10-phenanthrolin-2-yl)(pyridin-2-yl)amine)iron(II) Tetrafluoroborate Dihydrate
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Xia Bao-Hui,
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Borg O. Anders,
Godinho Sofia S. M. C.,
Lundqvist Maria J.,
Lunell Sten, Persson Petter
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Constable Edwin C,
Housecroft Catherine E,
Neuburger Markus,
Schneider Alain G,
Springler Bernhard, Zehnder Margareta
Inorganica Chimica Acta. 2000 300-302 p.49
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Lobello Maria Grazia,
Fantacci Simona,
Credi Alberto, De Angelis Filippo
European Journal of Inorganic Chemistry. 2011 2011(10). p.1605
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Klein Johannes,
Stuckmann Alexandra,
Sobottka Sebastian,
Suntrup Lisa,
van der Meer Margarethe,
Hommes Paul,
Reissig Hans‐Ulrich, Sarkar Biprajit
Chemistry – A European Journal. 2017 23(50). p.12314
Coordination chemistry of a terpyridine-tris(pyrazolyl) ditopic ligand
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Dalton Transactions. 2005 (24). p.3898
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(2013)
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Yoshida Takefumi,
Bera Manas Kumar,
Narayana Yemineni S. L. V.,
Mondal Sanjoy,
Abe Hitoshi, Higuchi Masayoshi
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Zhang Xiaoyi,
Pápai Mátyás,
Møller Klaus,
Zhang Jianxin, Canton Sophie
Molecules. 2016 21(2). p.235
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Okamura Taka-aki,
Iwamura Taku,
Seno Shuichiro,
Yamamoto Hitoshi, Ueyama Norikazu
Journal of the American Chemical Society. 2004 126(49). p.15972
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Mayer Cédric R.,
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Miomandre Fabien,
Clavier Gilles,
Dumas Eddy,
Méallet-Renault Rachel,
Frigoli Michel,
Zyss Joseph, Sécheresse Francis
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Pawlak Tomasz,
Sitkowski Jerzy,
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England Jason,
Scarborough Christopher C.,
Weyhermüller Thomas,
Sproules Stephen, Wieghardt Karl
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Walstrom Amy G.,
Pink Maren,
Yang Xiaofan, Caulton Kenneth G.
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Ren Ai-Min, Feng Ji-Kang
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Rein Francisca N.,
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Ollagnier Cécile M.A.,
Nolan Deanne,
Fitchett Christopher M., Draper Sylvia M.
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Chemistry - A European Journal. 2002 8(1). p.137
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Bulletin of the Chemical Society of Japan. 2002 75(11). p.2469
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Housecroft Catherine E.,
Kopecky Peter,
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