Üzeyir Aktuğ, Yalçın Duydu
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摘要

硫酰氟是一种无色无味的气体,在农产品储存过程中用作防虫熏蒸剂。它也是《蒙特利尔议定书》禁止使用的甲基溴的替代品之一。在熏蒸过程中,除硫酰氟残留物外,还可形成硫酰氟残留物的分解产物。氟化物实际上是茶树的天然成分。然而,在茶树的生长过程中,与幼芽相比,氟化物集中在老叶中。研究硫酰氟熏蒸前后红茶中氟含量的变化。研究人员于2022年从当地超市购买了三种不同品牌、不同氟浓度的红茶,在1立方米的熏蒸室中,以约60克/立方米的硫酰氟熏蒸24小时。本研究采用AOAC推荐的植物中氟化物提取方法(方法975.04)。与熏蒸后茶叶中氟含量(41.4;分别为165.1和329.5 mg/kg)。结果表明,在统计学上不存在[t(7)=0,284;T(7)= 0.769和T (7)= 1419 (p> 0.05)对熏蒸后茶叶中氟含量有显著性差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Siyah Çayın Sülfiril Florür İle Fumugasyonu Sonrası Florür İyonu Kalıntısının Değerlendirilmesi
Sulfuryl fluoride is a colorless, odorless gas used as a fumigant against pests during the storage of agricultural products. It is also one of the alternatives to Methyl bromide, which is banned by the Montreal Protocol. During a fumigation, the decomposition product of sulfuryl fluoride residue can also be formed in addition to the sulfuryl fluoride residue. Fluoride is actually a natural constituent of the tea plant. However, within the growing process of the tea plant fluoride is concentrated in the old leaves when compared with the young shoots. Investigating the variation of the fluoride content in black tea before and after sulfuryl fluoride fumigation is the subject of this study. Three different brands black teas with different fluoride concentrations purchased from local supermarkets in 2022 were fumigated with approximately 60 g/m3 of sulfuryl fluoride for 24 hours in a 1 m3 fumigation chamber. The AOAC’s recommended method for extraction of fluoride in plants (Method 975.04) was applied in this study. It was compared with the fluoride contents after fumigation in teas (41.4; 165.1 and 329.5 mg/kg, respectively). It is concluded that there is no statistically [t(7)=0,284; t(7)=0,769 and t(7)=1,419 p>0,05] significant difference in fluoride content in teas after fumigation.
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