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首页> 外文期刊>日本食品保蔵科学会誌 >Examination on aging on sake and shochu at 3 different spots (0 deg C, mountain area and room temperature in Tokyo)
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Examination on aging on sake and shochu at 3 different spots (0 deg C, mountain area and room temperature in Tokyo)

机译:在三个不同地点(东京的0摄氏度,山区和室温)进行清酒和烧酒的老化测试

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摘要

We investigated the change in compositions of various alcoholic beverages which were stored for 5 years at 3 different conditions, low temperature at 0 deg C in a refrigerator, in a mountainous area (Hirata village, Fukushima prefecture) and at room temperature in Tokyo. Four types of sake and 4 types of shochu were used in our investigations. (1) Surveying the weather of the mountainous area throughout the year, the average of air atomospheric temperature was 11.4 deg C, the humidity was 71.9 percent, and the amount of a rainfall was 94.6 millimeters for a month. (2) Direct reducing sugar (DRS), acidity and amino acidity in sake were decreased, whereas pH and coloring degree were increased year by year. Those changes of sake stored in the mountainous area was midway between those at low temp. and room temp. conditions. Those values of junmai-shu in sake changed greatly, especially ferricicyanide reducing substance (FRS), 3 deoxyglucosone (3-DG), coloring degree and furfral increased rapidly in 3 approx 5 years. (3) In shochu, the change of each component was smaller than those of sake, but a decrease of esters and aldehyde was observed. In the mountainous area, the change in components of shochu were midway between those of two conditions, the same as sake. (4) Sensory evalution on alcoholic beverages aged in 3 different conditions was done by 12 panels. As a result, all sake and almost all of the shochu aged in storehouses in the mountainous area were given significant estimation. Therefore storage in the mountainous area was considered to be the most suitable for sake and shochu.
机译:我们调查了各种含酒精饮料的成分变化,这些饮料在3种不同条件下(在0摄氏度的低温冰箱中,山区(福岛县平田村)和东京的室温下)存放5年。我们的调查中使用了四种清酒和四种烧酒。 (1)全年调查山区天气,空气平均温度为11.4摄氏度,湿度为71.9%,一个月的降雨量为94.6毫米。 (2)酒中直接还原糖(DRS)的酸度和氨基酸含量逐年降低,而pH值和着色度逐年提高。储存在山区的清酒变化介于低温变化之间。和室温。条件。清酒中纯米树的那些值发生了很大变化,尤其是铁氰化物还原物质(FRS),3脱氧葡萄糖苷(3-DG),着色度和糠醛在大约3年内迅速增加。 (3)在烧酒中,各成分的变化比清酒的变化小,但观察到酯和醛的减少。与山区一样,在山区,烧酒的成分变化介于两种情况之间。 (4)由12个面板对在3种不同条件下老化的酒精饮料进行感官评估。结果,对山区酒窖中的所有清酒和几乎所有烧酒都进行了估算。因此,山区存储被认为是最适合清酒和烧酒的地方。

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