Solvatochromism in ligand-field absorption bands and solvent-dependent deuteron nuclear magnetic resonance spectra of [CrF<sub>3</sub>(tri(2-pyridyl)amine)]: Implication of trigonal splitting for the first spin-allowed d-d band and evaluation of π bonding peculiarities.

TERASAKI Y; FUJIHARA T; SCHOENHERR T; KAIZAKI S

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J-GLOBAL ID：200902191975549005 Reference number：00A0051428

Solvatochromism in ligand-field absorption bands and solvent-dependent deuteron nuclear magnetic resonance spectra of [CrF₃(tri(2-pyridyl)amine)]: Implication of trigonal splitting for the first spin-allowed d-d band and evaluation of π bonding peculiarities.

[CrF₃(トリ(2-ピリジル)アミン)]の配位場吸収バンドにおけるソルバトクロミズム及び溶媒依存・重水素核磁気共鳴スペクトル最初のスピン許容d-dバンド及びπ結合特性評価のためのトリゴナル分裂との係わり合い

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Author (4)： , , ,
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Volume： 295 Issue： 1 Page： 84-90 Publication year： Nov. 15, 1999
JST Material Number： D0620A ISSN： 0020-1693 Document type： Article
Article type：原著論文 Country of issue： Netherlands (NLD) Language： ENGLISH (EN)

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Magnetic resonance of complex molecules , 6A and 7A groups

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Solvatochromism in ligand-field absorption bands and solvent-dependent deuteron nuclear magnetic resonance spectra of [CrF3(tri(2-pyridyl)amine)]: Implication of trigonal splitting for the first spin-allowed d-d band and evaluation of π bonding peculiarities.

Solvatochromism in ligand-field absorption bands and solvent-dependent deuteron nuclear magnetic resonance spectra of [CrF₃(tri(2-pyridyl)amine)]: Implication of trigonal splitting for the first spin-allowed d-d band and evaluation of π bonding peculiarities.