2003•Dalian Minzu Xueyuan xuebaoRequires access

The Analysis of the Catalyzed Aged Wine by NMR

Hongjun Wang

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Abstract

The samples of the newly-produced uncatalyzed aged wine,naturally-aged wine and electro-catalyzed wine are analyzed by nuclear magnetic resonance. The result shows theΔδof the naturally-aged wine is bigger than the newly-produced uncatalyzed aged wine and theΔδof the electro-catalyzed wine is bigger than the newly-produced uncatalyzed aged wine,which results from the association of hydrogen bond and the chemical shift of the water in naturally-aged wine and electro-catalyzed wine towards low field.

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What this paper is about

The samples of the newly-produced uncatalyzed aged wine,naturally-aged wine and electro-catalyzed wine are analyzed by nuclear magnetic resonance. The result shows theΔδof the naturally-aged wine is bigger than the newly-produced uncatalyzed aged wine and theΔδof the electro-catalyzed wine is bigger than the newly-produced uncatalyzed aged wine,which results from the association of hydrogen bond and the chemical shift of the water in naturally-aged wine and electro-catalyzed wine towards low field.

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Available abstract

The samples of the newly-produced uncatalyzed aged wine,naturally-aged wine and electro-catalyzed wine are analyzed by nuclear magnetic resonance. The result shows theΔδof the naturally-aged wine is bigger than the newly-produced uncatalyzed aged wine and theΔδof the electro-catalyzed wine is bigger than the newly-produced uncatalyzed aged wine,which results from the association of hydrogen bond and the chemical shift of the water in naturally-aged wine and electro-catalyzed wine towards low field.

Key concepts: Wine, Catalysis, Chemistry, Aging of wine, Organic chemistry, Food science

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