fusel oil

1. Spectrophotometric method and gas chromatography were the authorized national standard analytical methods to fusel oil.
   国家标准规定分光光度法和气相色谱法为杂醇油的分析方法。
2. Several Technological Factors Influencing Methanol and Fusel Oil Formation in Pomegranate Wine Fermentation
   影响石榴酒发酵过程中甲醇和杂醇油生成量的几个工艺因素
3. Furthermore, the harmony among fermenting power, saccharifying power and proteolytic power would achieve the minimum fusel oil yield.
   当发酵力、糖化力和蛋白分解力三者协调时，杂醇油的生成量最低。
4. The methanol and fusel oil content was lower in the pomegranate wine fermented with seeds than in the pomegranate wine fermented without seeds.
   随着石榴汁中果皮含量的增加，发酵的石榴酒中甲醇和杂醇油的生成量越少。
5. The measures to improve the quality of pure elegant type liquor mainly cover: 1.proper control of harmful substances in liquor-making including fusel oil, methanol, heavy metals, and aldehydes etc;
   提高醇爽淡雅型白酒质量的主要措施有：①控制酿造过程白酒中的有害物质如杂醇油、甲醇、重金属、醛类等；
6. The colorimetry of sulfuric acid and p-Dimethylaminobenzaldehyde used to determinate the fusel oil of alcoholic liquor, but it occurs deviation.
   测定白酒中杂醇油常采用硫酸－对二甲胺基苯甲醛比色法，但测定常有误差。
7. Such method was suitable for the reclaim of n-propanol from fusel oil and it was an effective approach to waste utilization in distilleries.
   该方法适用于从杂醇油中回收正丙醇，为工厂废物利用提供一种有效途径。
8. The Determination of Ethyl Acetate and Fusel Oil of Wines by Gas Chromatography
   气相色谱法测定地方白酒中乙酸乙酯、杂醇油含量
9. The analysis of the main composition of fusel oil& isoamyl also made the same conclusion.
   对杂醇油中的主要成分异戊醇生成量进行分析，也得出了基本相同的结果。
10. Detection of Methanol, n-propanol and Fusel Oil in Molasses Alcohol by Gas Chromatography
    气相色谱法测定糖蜜酒精中的甲醇、正丙醇和杂醇油
11. The higher the temperature, the more methanol and fusel oil was produced.
    主发酵温度越高，甲醇和杂醇油生成量越多；
12. Isoamyl alcohol separated from fusel oil has a huge utilization market, and is used abroad in many industries such as perfumes, food, food flavoring substances, dope, paint, and pharmaceutical etc.
    从杂醇油中分离提取的异戊醇是一种化工紧俏产品，其主要用于香料、食品、食用香精、涂料、油漆、医药、选矿等行业。
13. With the development of analytic techniques, the analytic methods of fusel oil in liquor could be further improved.
    随着分析技术的发展，对白酒中杂醇油的分析方法在进一步的改进。
14. In this paper, the properties, the extraction, and the purification and separation of fusel oil and the application of fusel oil were illustrated.
    阐述了杂醇油的性质、产生原因和提取、提纯分离技术以及应用。
15. Study on change and control of methanol and fusel oil in fermentation process of Chinese Jujube wine;
    建立甲醇厂废水中甲醇、乙醇、杂醇的气相色谱分析方法。
16. Study on the determination of fusel oil in export ethanol
    出口乙醇中杂醇油测定方法的探讨
17. Traditional dehydration techniques of fusel oil included constant boiling dehydration, salting-out dehydration and molecular sieve absorption dehydration.
    传统的杂醇油脱水工艺有：恒沸脱水法、盐析脱水法和分子筛吸附脱水法。
18. Ethanol Recovery from Dehydrating Solution of Fusel Oil& Study on Salting Distillation System
    有机盐钻井液技术杂醇油脱水液中乙醇的回收&加盐系统的精馏研究
19. The separation of the fusel oil from the alcohol production by zymotechnics was studied in this article.
    本文针对发酵法生产酒精过程中产生的杂醇油进行了分离研究。
20. The fusel oil which is the by-product of edible alcohol production in fermentation process is qualitatively and quantitatively analyzed with capillary and packed column chromatography.
    对发醇法生产食用酒精的副产物&杂醇油用毛细色谱和填充色谱法进行了定性定理分析。
21. Fusel oil can be formed through the two paths of degradation metabolism and anabolism in the liquor's brewing.
    在白酒酿造过程中，杂醇油可由降解代谢路径和合成代谢路径两种途径形成。
22. The discovery and separation of fusel oil using strain, which provides a new method for reducing fusel oil content in alcohol industry;
    杂醇油利用菌的发现与分离，为酒精工业降低杂醇油提供了新方法。
23. Separation of active amyl alcohol ( 2-methyl-1-butanol) and isoamyl alcohol ( 3-methyl-1-butanol) from fusel oil can not only change waste into valuables, but have important economic, social and technology innovative benefits.
    回收利用杂醇油中的旋性戊醇（2-甲基-1-丁醇）和异戊醇（3-甲基-1-丁醇）不仅可以变废为宝，而且具有重要的经济、社会效益和技术创新意义。
24. A Study of Extracting Isoamyl Alcohol and Isobutyl Alcohol from Fusel Oil
    杂醇油提取异戊醇和异丁醇的研究
25. This paper reports the analyses of the low carbon compositions in fusel oil by using gas chromatographic technique.
    本文报导气相色谱法分析测定杂醇油中低碳成分的测定条件和分析的准确度的评价。
26. Fusel oil and acetic acid were used as raw materials in this experiment with heteropoly acid HPW/ MxOy as catalyzer.
    本实验以杂醇油和乙酸为原料，杂多酸HPW/MxOy为催化剂。
27. Study on the Factors Influencing the Formation of Fusel Oil in Liquor by Solid Fermentation
    影响固态发酵白酒中杂醇油生成因素的研究
28. The extraction of phosphoric acid by fusel oil was studied.
    对杂醇油萃取磷酸进行了研究。
29. Methanol and fusel oil are toxic, it is harmful to the human body if they are high level.
    甲醇及杂醇油具有毒性，含量过高对人体有危害作用。
30. Under the condition of settled juice fermentation, the biogenic amines and fusel oil were both less produced.
    清汁发酵过程产生的生物胺含量最少，杂醇油总量也是最少的。

noun

1. a mixture of amyl alcohols and propanol and butanol formed from distillation of fermented liquors