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H NMR Spectral Data for Ring Hydrogens of Azolidines Non-aromatic Azoles

H NMR Spectral Data for Ring Hydrogens of Azolidines Non-aromatic Azoles without Ring Double

H NMR Spectral Data for Ring Hydrogens of Azolines

H NMR Spectral Data for Ring Hydrogens of Nitrogenous Azoles

H NMR Spectral Data for Ring Hydrogens of Nitrogenous Azoles -Methyl Derivatives

H NMR Spectral Data for Ring Hydrogens of Non-aromatic Azoles with Two Ring Double

H NMR Spectral Data for Six-membered Heteroaromatic Rings with Exocyclic Carbonyl or Thione Groups1

H NMR Spectral Data for Tetrahydro Heterocycles

H NMR Spectral Data for Triazoles

H NMR Spectral Data of Purine and Some Simple Derivatives

H NMR Spectral Data of some 1,3-Dithiole Derivatives

H NMR Spectral Data of some 1,3-Dithiole Derivatives1

H NMR Spectral Data of some Charged Purine Species

H NMR Spectral Data of some Oxo and Thioxopurines

H NMR Spectral Data of the Parent Naphthyridines in CDCI3

H NMR spectral data of thienonaphthyridines in CDClj.

H NMR Spectral Data tor Ring Hydrogens of Azoles Containing Sulfur

H NMR Spectral Features used as the Basis for the

H NMR spectroscopy was used for determining the yield of nanosized cages 46-48 in thermodynamically controlled condensations136

H NMR spectrum peak values and assignments for and on addition of

H NMR spectrum peak values and assignments for Lr and on addition of

H NMR study of the DME complex of the Furukawa reagent

H O bond angle as a function of basis set with different DFT functioiutls

H O geometry as a-function of basis set at the MP2 level of theory

H Optical Spectra of Dibutylaminostilbene and Azobenzene Chromophores

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