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DOI:10.1016/j.ssc.2015.01.018 - Corpus ID: 94569737
@article{Ajeesh2014TuningOM, title={Tuning of magnetic frustration in S=1/2 Kagom{\'e} lattices \{[Cu3(CO3)2(bpe)3](CLO4)2\}n and \{[Cu3(CO3)2(bpy)3](CLO4)2\}n through rigid and flexible ligands}, author={M. O. Ajeesh and Arvind Yogi and Moothetty Padmanabhan and Ramesh Nath}, journal={Solid State Communications}, year={2014}, volume={207}, pages={16-20}, url={https://api.semanticscholar.org/CorpusID:94569737}}
- M. O. Ajeesh, A. Yogi, R. Nath
- Published 18 September 2014
- Materials Science, Chemistry
- Solid State Communications
7 Citations
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7 Citations
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- 13
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- 2022
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Kagome networks of ferromagnetically or antiferromagnetically coupled magnetic moments represent important models in the pursuit of a diverse array of novel quantum and topological states of matter.…
- 3
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- K. TustainLewis Farrar L. Clark
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The nuclear and magnetic structures of one such system-the Fe2+-based oxalate fluoride framework KFe(C2O4)F-are presented through analysis of the powder neutron diffraction and muon spectroscopy data and the resulting magnetic structure is best described by a model in the Cmc'21' magnetic space group.
- 9
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- A. JabarR. Masrour
- 2020
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- 3
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- 2022
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34 References
- L. ClarkJ. Orain A. Harrison
- 2013
Physics
Physical review letters
From magnetization and heat capacity measurements, it is concluded that DQVOF can be viewed as an experimental model for S = 1/2 kagome physics, and that it displays a gapless spin liquid ground state.
- 77
- PDF
- S. MukhopadhyayP. Chatterjee M. Chaudhury
- 2004
Chemistry, Materials Science
Inorganic chemistry
Three coordination polymers of copper(II) have been synthesized by the process of self-assembly using Cu(ida) [ida = iminodiacetate(2-)] as the building block and 4,4'-bipyridyl and 1,2-bis(4-pyridymethane)ethane (bpa) as linkers.
- 57
- M. P. ShoresE. A. NytkoB. BartlettD. Nocera
- 2005
Physics
Journal of the American Chemical Society
The syntheses and magnetic susceptibilities of a pure series of rare copper minerals from the atacamite family with general formula ZnxCu4-x(OH)6Cl2 (0 </= x </= 1) are reported. The structure of…
- 512
- E. A. NytkoJ. HeltonP. MüllerD. Nocera
- 2008
Chemistry
Journal of the American Chemical Society
A novel structurally perfect S = 1/2 metal−organic hybrid kagome antiferromagnet exhibiting properties consonant with spin frustration is reported, indicative of a spin-frustrated compound.
- 85
- N. RogadoG. LawesD. HuseA. P. RamirezR. Cava
- 2002
Physics, Materials Science
- 77 [PDF]
- M. TakanoT. ShinjoT. Takada
- 1971
Physics
Experimental results showed that KFe 3 (OH) 6 (SO 4 ) 2 is antiferromagnetic below 60°K and in each crystal c-plane, Fe ions form a compensated antiferromagnet. The crystal structure of Fe ions in…
- 28
- Makoto YoshidaY. OkamotoM. TakigawaZ. Hiroi
- 2012
Physics
We report results of magnetic susceptibility and 51V- and 63,65Cu-NMR measurements on a high-quality powder sample of vesignieite BaCu3V2O8(OH)2, a candidate for the spin-1/2 kagome antiferromagnet.…
- 24 [PDF]
- M. YoshidaM. TakigawaH. YoshidaY. OkamotoZ. Hiroi
- 2009
Physics
Physical review letters
A (51)V-NMR study on a high-quality powder sample of volborthite Cu3V2O7(OH)2 .
- 55 [PDF]
- Y. OkamotoH. YoshidaZ. Hiroi
- 2009
Physics, Materials Science
A polycrystalline sample of vesignieite BaCu 3 V 2 O 8 (OH) 2 comprising a nearly ideal kagome lattice composed of Cu 2+ ions carrying spin 1/2 has been synthesized and studied by magnetization and…
- 143 [PDF]
- Noriaki ObaC. MichiokaMasaki KatoK. YoshimuraK. Mibu
- 2005
Materials Science, Physics
- 9
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