<p>From reference {Thorn, 1996 #277}. (a) Determined in CDCl<sub>3</sub>, referenced to neat aniline as 55.7 ppm. (b) Determined in CD<sub>3</sub>OD, referenced to neat formamide as 112.4 ppm. (b) Determined in DMSO-d<sub>6</sub>, referenced to neat formamide as 112.4 ppm.</p
^(15)N NMR chemical shift data are presented for 14 azolopyridines, together with the results of IND...
The ^(15)N chemical shifts of ^(13)N -(arylmethylidene)alkanamines, seven N-(arylmethylidene)azanols...
The ^(15)N chemical shifts of 18 cyclic enamines have been determined at the natural-abundance level...
The ^(15)N chemical shifts of aniline, the toluidines, xylidines, and several halogen and oxygen sub...
The ^(15)N chemical shifts of aniline, the toluidines, xylidines, and several halogen and oxygen sub...
The temperature dependent solid state 15N CPMAS NMR spectra of 15N enriched salicylideneaniline deri...
Natural-abundance ^(15)N-NMR chemical shifts of closely related methyl-substituted piperidines, deca...
Natural-abundance ^(15)N-NMR chemical shifts of closely related methyl-substituted piperidines, deca...
Solvent effects were determined for the^(15)N NMR chemical shifts of some primary, secondary, and te...
Schiff bases, products of the reaction of primary amines and carbonyl compounds, are involved in man...
Schiff bases, products of the reaction of primary amines and carbonyl compounds, are involved in man...
Abstract15N NMR spectroscopy is a useful tool for amine reactivity characterization since it can pro...
Schiff bases, products of the reaction of primary amines and carbonyl compounds, are involved in man...
Solvent effects were determined for the^(15)N NMR chemical shifts of some primary, secondary, and te...
^(15)N NMR chemical shift data are presented for 14 azolopyridines, together with the results of IND...
^(15)N NMR chemical shift data are presented for 14 azolopyridines, together with the results of IND...
The ^(15)N chemical shifts of ^(13)N -(arylmethylidene)alkanamines, seven N-(arylmethylidene)azanols...
The ^(15)N chemical shifts of 18 cyclic enamines have been determined at the natural-abundance level...
The ^(15)N chemical shifts of aniline, the toluidines, xylidines, and several halogen and oxygen sub...
The ^(15)N chemical shifts of aniline, the toluidines, xylidines, and several halogen and oxygen sub...
The temperature dependent solid state 15N CPMAS NMR spectra of 15N enriched salicylideneaniline deri...
Natural-abundance ^(15)N-NMR chemical shifts of closely related methyl-substituted piperidines, deca...
Natural-abundance ^(15)N-NMR chemical shifts of closely related methyl-substituted piperidines, deca...
Solvent effects were determined for the^(15)N NMR chemical shifts of some primary, secondary, and te...
Schiff bases, products of the reaction of primary amines and carbonyl compounds, are involved in man...
Schiff bases, products of the reaction of primary amines and carbonyl compounds, are involved in man...
Abstract15N NMR spectroscopy is a useful tool for amine reactivity characterization since it can pro...
Schiff bases, products of the reaction of primary amines and carbonyl compounds, are involved in man...
Solvent effects were determined for the^(15)N NMR chemical shifts of some primary, secondary, and te...
^(15)N NMR chemical shift data are presented for 14 azolopyridines, together with the results of IND...
^(15)N NMR chemical shift data are presented for 14 azolopyridines, together with the results of IND...
The ^(15)N chemical shifts of ^(13)N -(arylmethylidene)alkanamines, seven N-(arylmethylidene)azanols...
The ^(15)N chemical shifts of 18 cyclic enamines have been determined at the natural-abundance level...
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