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UV–vis spectrum of the title polymorph dissolved in DMSO. The experimental spectrum (red line) is fitted with <t>Gaussian</t> functions for which maxima are indicated. The sum of these Gaussian functions affords the theoretical spectrum (dotted blue line). The visible range of the spectrum is displayed in the inset, using a scale allowing the d – d transitions to be assessed, fitted with two Gaussian functions, giving a maximum at λ = 598 nm.
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UV–vis spectrum of the title polymorph dissolved in DMSO. The experimental spectrum (red line) is fitted with <t>Gaussian</t> functions for which maxima are indicated. The sum of these Gaussian functions affords the theoretical spectrum (dotted blue line). The visible range of the spectrum is displayed in the inset, using a scale allowing the d – d transitions to be assessed, fitted with two Gaussian functions, giving a maximum at λ = 598 nm.
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UV–vis spectrum of the title polymorph dissolved in DMSO. The experimental spectrum (red line) is fitted with <t>Gaussian</t> functions for which maxima are indicated. The sum of these Gaussian functions affords the theoretical spectrum (dotted blue line). The visible range of the spectrum is displayed in the inset, using a scale allowing the d – d transitions to be assessed, fitted with two Gaussian functions, giving a maximum at λ = 598 nm.
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UV–vis spectrum of the title polymorph dissolved in DMSO. The experimental spectrum (red line) is fitted with <t>Gaussian</t> functions for which maxima are indicated. The sum of these Gaussian functions affords the theoretical spectrum (dotted blue line). The visible range of the spectrum is displayed in the inset, using a scale allowing the d – d transitions to be assessed, fitted with two Gaussian functions, giving a maximum at λ = 598 nm.
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UV–vis spectrum of the title polymorph dissolved in DMSO. The experimental spectrum (red line) is fitted with <t>Gaussian</t> functions for which maxima are indicated. The sum of these Gaussian functions affords the theoretical spectrum (dotted blue line). The visible range of the spectrum is displayed in the inset, using a scale allowing the d – d transitions to be assessed, fitted with two Gaussian functions, giving a maximum at λ = 598 nm.
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UV–vis spectrum of the title polymorph dissolved in DMSO. The experimental spectrum (red line) is fitted with <t>Gaussian</t> functions for which maxima are indicated. The sum of these Gaussian functions affords the theoretical spectrum (dotted blue line). The visible range of the spectrum is displayed in the inset, using a scale allowing the d – d transitions to be assessed, fitted with two Gaussian functions, giving a maximum at λ = 598 nm.
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UV–vis spectrum of the title polymorph dissolved in DMSO. The experimental spectrum (red line) is fitted with <t>Gaussian</t> functions for which maxima are indicated. The sum of these Gaussian functions affords the theoretical spectrum (dotted blue line). The visible range of the spectrum is displayed in the inset, using a scale allowing the d – d transitions to be assessed, fitted with two Gaussian functions, giving a maximum at λ = 598 nm.
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UV–vis spectrum of the title polymorph dissolved in DMSO. The experimental spectrum (red line) is fitted with <t>Gaussian</t> functions for which maxima are indicated. The sum of these Gaussian functions affords the theoretical spectrum (dotted blue line). The visible range of the spectrum is displayed in the inset, using a scale allowing the d – d transitions to be assessed, fitted with two Gaussian functions, giving a maximum at λ = 598 nm.
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UV–vis spectrum of the title polymorph dissolved in DMSO. The experimental spectrum (red line) is fitted with <t>Gaussian</t> functions for which maxima are indicated. The sum of these Gaussian functions affords the theoretical spectrum (dotted blue line). The visible range of the spectrum is displayed in the inset, using a scale allowing the d – d transitions to be assessed, fitted with two Gaussian functions, giving a maximum at λ = 598 nm.
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UV–vis spectrum of the title polymorph dissolved in DMSO. The experimental spectrum (red line) is fitted with Gaussian functions for which maxima are indicated. The sum of these Gaussian functions affords the theoretical spectrum (dotted blue line). The visible range of the spectrum is displayed in the inset, using a scale allowing the d – d transitions to be assessed, fitted with two Gaussian functions, giving a maximum at λ = 598 nm.

Journal: Acta Crystallographica Section E: Crystallographic Communications

Article Title: Packing polymorphism in the structure of trans -aqua­[ N , N ′-bis­(salicyl­idene)ethane-1,2-di­amine-κ 4 O , N , N ′, O ′]chlorido­manganese(III) monohydrate

doi: 10.1107/S2056989018015694

Figure Lengend Snippet: UV–vis spectrum of the title polymorph dissolved in DMSO. The experimental spectrum (red line) is fitted with Gaussian functions for which maxima are indicated. The sum of these Gaussian functions affords the theoretical spectrum (dotted blue line). The visible range of the spectrum is displayed in the inset, using a scale allowing the d – d transitions to be assessed, fitted with two Gaussian functions, giving a maximum at λ = 598 nm.

Article Snippet: The d – d band is satisfactorily fitted with two Gaussian functions (Fig. 4 , inset; OriginLab Corp., 2017 ), and can be assigned to the 5 E g → 5 T 2g transition, consistent with the distorted octa hedral ligand field observed for the metal centre in the solid state.

Techniques: