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1971, ISBN 0125234503, ix, 495
Infrared spectroscopy has proven to be a most useful tool in structural determination and identification of organic compounds. This method of analysis has the... 
Chemistry, Inorganic | Tables | Infrared spectra
Book
Journal of Computational Chemistry, ISSN 0192-8651, 07/2002, Volume 23, Issue 9, pp. 895 - 910
Journal Article
Progress in infrared spectroscopy, ISSN 0079-6360, 1961
Journal
8. Highly selective and sensitive recognition of Zn(ii) by a novel coumarinyl scaffold following spectrofluorometric technique and its application in living cells (Electronic supplementary information (ESI) available: H2L and its synthesis are shown in Schemes S1 and S2; ESI-MS spectrum of H2L (Fig. S1); 1H NMR spectrum of H2L in CDCl3 (Fig. S2); IR spectrum of H2L (Fig. S3); 1H NMR spectrum of [ZnL] in CDCl3 (Fig. S4); ESI-MS spectrum of [ZnL] complex (Fig. S5); IR spectrum of [ZnL] complex (Fig. S6); the observed absorbance and emission values of H2L (Table S1); selected bond lengths and bond angles in [ZnL] (Table S2); comparison of Torsion angles of two molecules in the asymmetric unit (Table S3); intermolecular C–H–π and π–π stacking interaction of [ZnL] (Fig. S7 and S8); Job's plot for the reaction between H2L and Zn2+ (Fig. S9); excited state induced proton transfer: phenol-imine vs. keto-amine tautomerization (Scheme S3); IR spectrum of H2L + Cd2+ complex (Fig. S10); ESI-MS spectrum of H2L + Cd2+ complex (Fig. S11); LOD determination for Zn2+ (Fig. S12); some reports of Zn sensor with LOD values (Table S4); Benesi–Hildebrand plot for Zn2+ (Fig. S13); effect of pH on the fluorescence activity of H2L and H2L with Zn2+ (Fig. S14); interferences on Zn2+ sensitivity by various metal ions (Fig. S15). Composition and energy of MOs [H2L] (Table S5) and of [ZnL] (Table S6); the calculated spectral transitions for [ZnL] (Table S7); frontier molecular orbitals of H2L (Fig. S16) and of [ZnL] (Fig. S17); calibration plot between emission intensity of the probe H2L at 510 nm vs. concentration of Zn2+ ion in tap water (Fig. S18). CCDC 1852847 contains the supplementary crystallographic data for [ZnL]. For ESI and crystallographic data in CIF or other electronic format see DOI: 10.1039/c8nj03597k)
New Journal of Chemistry, ISSN 1144-0546, 01/2018, Volume 42, Issue 19, pp. 16297 - 16306
A probe of 8,8′-((1Z,1′Z)-(((propane-1,3-diylbis(oxy))bis(2,1-phenylene))bis(azanylylidene))bis(methanylylidene))bis(7-hydroxy-4-methyl-2H-chromen-2-one) (H2L)... 
Drinking water | Infrared spectroscopy | Composition | Nuclear magnetic resonance--NMR | Fluorescence | Emission | X-ray diffraction | Molecular orbitals | Crystallography | Zinc | Single crystals | Sensitivity | Tables | Polarity
Journal Article
The Journal of Physical Chemistry A, ISSN 1089-5639, 09/2014, Volume 118, Issue 37, pp. 8158 - 8162
The alanate anion, AlH4 –, was generated in the gas phase using a pulsed arc cluster ionization source. Its photoelectron spectrum was then measured with 193... 
MH(K+1)(-) | INFRARED-SPECTRA | ENERGY | IONIZATION-POTENTIALS | CORRELATED MOLECULAR CALCULATIONS | AB-INITIO | PHYSICS, ATOMIC, MOLECULAR & CHEMICAL | CHEMISTRY, PHYSICAL | ATOMS | GREEN-FUNCTION | BINDING | GAUSSIAN-BASIS SETS
Journal Article
Journal Article
2000, ISBN 1583810374, viii, 375
CD-ROM contains: Data in ASCII format; data in FITS format; line lists; volume I data. 
Red giants | Spectra | Infrared spectra
Book
17. Interactions of rutin with the oxidovanadium(iv) cation. Anticancer improvement effects of glycosylated flavonoids (Electronic supplementary information (ESI) available: Fig. S1. Experimental powder EPR spectrum of the Na2[VO(rut)(OH)2]·5H2O complex obtained at 120 K (black) together with the simulation (gray). Microwave frequency 9.4516 GHz. EPR parameters obtained by simulation: g1 = 1.9869, g2 = 1.9763, g3 = 1.9477; A1 = 28.7 × 10−4 cm−1, A2 = 51.7 × 10−4 cm−1; A3 = 158.9 × 10−4 cm−1. Fig. S2. (A) Spectra of rutin (4 × 10−5 M), aqueous solutions, at different pH values. (B) Spectra of aqueous solutions of 5 × 10−5 M rutin and 2.5 × 10−5 M VOCl2 at different pH values. (C) UV-vis spectra of rutin (8 × 10−3 M) in DMSO with the addition of aqueous solutions of VOCl2 in ligand-to-metal ratios (L/M) from 10.0 to 0.7 (pH 7); nitrogen atmosphere. Inset: Spectrophotometric determination of the VOrut complex stoichiometry at 820 nm. Fig. S3. Frozen EPR spectra of a DMSO solution of the Na2[VO(rut)(OH)2]·5H2O complex (black) together with the simulation (gray). Microwave frequency 9.46546 GHz. EPR parameters obtained by simulation: g1 = 1.9873, g2 = 1.9780, g3 = 1.9510; A1 = 26.0 × 10−4 cm−1, A2 = 52.0 × 10−4 cm−1; A3 = 157.7 × 10−4 cm−1. Fig. S4. Frozen EPR spectra of a DMSO solution of Na2[VO(rut)(OH)2]·5H2O recorded at 120 K as a function of time. Fig. S5. Effects of rutin, oxidovanadium(iv) cations and VOrut on: (A) the reduction of nitroblue tetrazolium by the generated superoxide radical (phenazine methosulfate and reduced nicotinamide adenine dinucleotide system). (B) Peroxyl radicals generated by the thermal decomposition of AAPH (2,2-azobis(2-amidinopropane)dihydrochloride); the lag phase is the delay of the consumption of the spectrometric probe, pyranine, calculated as the time due to the consumption of peroxyl radicals by the added compounds, before the consumption of pyranine started. (C) Extent of deoxyribose degradation by hydroxyl radicals, measured with the thiobarbituric acid method. (D) Reduction of the concentration of 1,1-diphenyl-2-picrylhydrazyl radicals. The values are expressed as the mean ± the standard error of at least three independent experiments. Fig. S6. Fluorescence emission spectra of BSA (6 µM) with successive addition of rutin (A) and VOrut (B) at different concentrations (0, 5, 10, 20, 30, 40, 50, 75, and 100 µM). Fig. S7. Plots of F0/F vs. [Q] for BSA with rutin and VOrut at different temperatures ((&z.cirf;), 298 K; (▴), 303 K; (▪), 310 K), λex = 280 nm. Table S1. Assignment of the main bands of the infrared spectra of rutin and the oxidovanadium(iv) complex VOrut (band positions in cm−1). See DOI: 10.1039/c9nj01039d)
New Journal of Chemistry, ISSN 1144-0546, 01/2019, Volume 43, Issue 45, pp. 17636 - 17646
This work reports the biological evaluation of the new complex Na2[VO(rut)(OH)2]·5H2O (rut = rutin, a glycosylated flavonoid). The complex was different in its... 
Stoichiometry | Fluorescence | Microwave frequencies | Anticancer properties | Antioxidants | Reduction | Aqueous solutions | Mathematical analysis | Emission spectra | Hydroxyl radicals | Coordination compounds | Consumption | Thermal decomposition | Catechol | Infrared spectra | Nitrogen | Flavonoids | Depletion | Simulation | Response time | Ligands | Cations | Spectrophotometry | Viability | Cancer
Journal Article
Science, ISSN 0036-8075, 4/2013, Volume 340, Issue 6129, pp. 174 - 176
Journal Article
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