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Decreasing radioactive cesium in lodged buckwheat grain after harvest

机译:在收获后减少了荞麦籽粒中的放射性铯

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This study assessed soil contamination with high radioactive cesium (R–Cs) concentration in buckwheat grains by lodging, and assessed the possibility of R–Cs reduction in grain through post-harvest preparation. Analysis of buckwheat grain produced in farmers’ fields and reports from farmers indicated that grain from fields that had lodging showed higher R–Cs than grain from fields with no lodging. A field experiment demonstrated that R–Cs in grain after threshing and winnowing (TW) was about six times higher in lodged plants than in nonlodged plants. In lodged plants, R–Cs in grain was decreased to about one-fourth by polishing, and was decreased to about one-seventh by ultrasonic cleaning, compared with R–Cs in grain after TW. These results demonstrate that R–Cs of buckwheat grain of lodged plants can be decreased by removing soil from the grain surface by polishing and winnowing.
机译:本研究通过寄存评估了荞麦颗粒中具有高放射性铯(R-CS)浓度的土壤污染,并评估了通过收获后制剂的R-Cs降低谷物的可能性。农民领域生产的荞麦粮食和农民的报告分析表明,来自田地的谷物比来自田地的谷物呈现出更高的R-Cs。田间实验证明脱粒后谷物中的R-CS(TW)的谷物中的粒度比在非扁平植物中占所收缩植物的六倍。在收缩植物中,谷物中的R-Cs通过抛光降低至约四分之一,通过超声波清洗减少至约1七,与TW后的R-Cs相比。这些结果表明,通过抛光和挥发通过从晶粒表面除去土壤,可以降低荞麦颗粒的R-CS。

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