葡萄酒及葡萄酒原料的分析质量控制

N. T. Siyukhova, Z. T. Tazova, L. V. Lunina, Z. N. Blyagoz
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引用次数: 0

摘要

确保所售产品质量的食品安全是葡萄酒行业亟待解决的问题之一。国产和进口知名品牌葡萄酒的造假趋势是现代葡萄酒产品市场的一个特征。在大多数情况下,评估葡萄酒产品质量的已知方法基础不具备识别许多现代“技术解决方案”的潜力。为了解决这一问题,可以在现代仪器“巴克斯3号FTIR”上提出一种分析方法。该分析仪允许您确定化学物质和这些物质的范围特性。本方法已被选定用于葡萄酒样品的鉴定而非偶然,使用时,分析时间明显缩短,且分析仪测定的化学元素范围相当广泛,本设备不需要试剂。该方法不需要预先制备样品;它也很新,在俄罗斯并不流行。本文对几种经典的葡萄酒鉴别方法进行了比较评述。提出的材料表明,创建一个数据库的葡萄酒的化学成分,确定他们的真实性使用新的仪器技术的相关性。提出的多参数FTIR酒分析仪BACCHUS 3是一种基于中红外光谱(FTIR)采集的化学计量方法分析麦汁和葡萄酒的系统。该方法基于化学计量学,即使用数据处理和提取的数学方法获得化学数据,这将增加评估葡萄酒产品真实性和原产地的可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analytical quality control of wines and wine materials
Ensuring food safety of the quality of sold products is one of the urgent problems of the wine industry. The trend of falsification of well-known brands of domestic and imported wines is a characteristic feature of the modern market of wine products. Known methodological bases for assessing the quality of wine products in most cases do not have the potential to recognize many modern «technological solutions». To solve this problem an analytical method can be proposed on modern equipment "FTIR BACCHUS 3". This analyzer allows you to determine the chemical substances and the range characteristics of these substances. This method has been chosen for the identification of wine samples and not by chance, when using it, the analysis time is significantly reduced, and the range of chemical elements determined by the analyzer is quite wide, and reagents are not needed for this equipment. The method does not require preliminary preparation of samples; it is also quite new, not popular in Russia. The article presents a comparative review of classical wine identification methods. The presented material indicates the relevance of creating a database on the chemical composition of wines that determine their authenticity using new instrumental techniques. The proposed multi-parameter wine analyzer FTIR BACCHUS 3 is a system for the analysis of worts and wines using chemometric methods, based on the acquisition of the mid-IR spectrum (FTIR). The method is based on chemometrics, i.e. obtaining chemical data using mathematical methods of data processing and extraction, which will increase the reliability of assessing the authenticity and place of origin of wine products.
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