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Wine aging in bottle from artificial systems (staves and chips) and oak woods Anthocyanin composition

机译:人造系统(木条和木片)和橡树花青素成分在瓶中进行的葡萄酒陈化

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摘要

A red wine evolution,Cigales appellation of origin,was studied during its storage in bottle after have been aged with three different systems (barrels,chips and staves) made of different kinds of oak wood (American,French and Hungarian).The studied variables were monoglucosides of delphidin,cyanindin,peonidin,petunidin and malvidin,as acetic and p-coumaric esters,as well as vitisin A and malvidin-3-O-caffeylglucoside.During the aging in bottle the wine previously treated in contact with oak chips and staves underwent a quicker aging,their loss of anthocyanins was also quicker and they suffered a higher number of polymerisations than the wine aged in barrels.The analysis of the results allowed to know wine evolution accordingly to the aging system and the botanical species of wood used.Wine treated with staves had a quicker evolution in bottle than wines treated with the other two systems because there was a higher loss of anthocyanins.On the other hand,wine treated with French oak wood suffered a slightly lower loss of anthocyanins than those aged with Hungarian and American oak wood.
机译:在将红酒用三种不同的橡木(美国,法国和匈牙利)制成的不同系统(桶,木片和木条)陈化后,对其在瓶中的贮藏过程进行了研究。分别是delphidin,cyanindin,peonidin,petunidin和malvidin的单葡糖苷,乙酸酯和对香豆酸酯,以及vitisin A和malvidin-3-O-咖啡酰葡糖苷。酒糟经历了更快的老化,花色苷的损失也更快,并且与桶装葡萄酒相比,花色苷的聚合反应次数更高。对结果的分析使我们能够了解葡萄酒根据陈年系统和所使用的植物种类而进化的过程。用五线谱处理的酒比其他两种系统处理的酒在瓶中的生长速度更快,因为花色苷的损失更高。另一方面,用法国橡木处理的酒与使用匈牙利和美国橡木木材的人相比,花青素的损失略低。

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