Qian Yang
Nankai University
31 Papers
758 Citations
Qian Yang is an academic researcher from Nankai University. The author has contributed to research in topics: Ligand & Carboxylate. The author has an hindex of 20, co-authored 31 publications. Previous affiliations of Qian Yang include University of Barcelona & Tianjin University of Technology.
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Papers
Magnetic Behavior Control in Niccolite Structural Metal Formate Frameworks [NH2(CH3)2][FeIIIMII(HCOO)6] (M = Fe, Mn, and Co) by Varying the Divalent Metal Ions
TL;DR: By changing template cation but introducing trivalent iron ions in the known niccolite structural metal formate frameworks, three complexes formulated were synthesized and magnetically characterized, leading to three different complexes: mixed-valent complex 1, heterometallic but with the same spin state complex 2, andheterometallic heterospin complex 3.
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Tuning the structure and magnetism of azido-mediated Cu(II) systems by coligand modifications.
TL;DR: Three new azido-copper compounds have been successfully obtained and structurally and magnetically characterized and showed spontaneous magnetization with characteristics of soft ferromagnetic magnetism with phase transition temperatures of 13 and 10 K, respectively.
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A Unique Substituted Co(II)-Formate Coordination Framework Exhibits Weak Ferromagnetic Single-Chain-Magnet Like Behavior
Jiong-Peng Zhao,Jiong-Peng Zhao,Qian Yang,Zhong-Yi Liu,Ran Zhao,Bo-Wen Hu,Miao Du,Ze Chang,Xian-He Bu +8 more
TL;DR: A magnetic isolated chain-based substituted cobalt-formate framework was obtained with isonicotine as a spacer, and the complex could be considered as a peculiar example of a weak ferromagnetic single-chain-magnet.
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New manganese(II) azido coordination polymers with nicotinic/isonicotinic acids as coligands: synthesis, structure, and magnetic properties.
TL;DR: Magnetic susceptibility measurements reveal dominant antiferromagnetic coupling existing in Complex 1 and 2, a spin-competitive system and enters into a weak ferromagnetic-to-magnetic phase transition at the critical temperature of 6 K due to spin canting.
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Single-crystal-to-single-crystal transformation in unusual three-dimensional manganese(II) frameworks exhibiting unprecedented topology and homospin ferrimagnet.
TL;DR: A new three-dimensional Mn(II) complex, 1 (L = nicotinate N-oxide), was synthesized by solvothermal reaction and magnetically characterized and exhibits an unprecedented 3,6-connected 5-nodal net topology with Schlafli notation.
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