等离子体处理水对农业种子萌发的影响

Anatoly Vasilievich Gryazkin, Olga Ivanovna Gavrilova, Kirill Valerievich Gostev
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摘要

本文讨论了等离子体活化水浸泡制种法加速种子萌发的问题。在刺激种子胚胎萌发的不同方法中,“冷”等离子体的效果被认为是最有前途的。等离子体处理水(OPV)是用一种特殊设计的高频和大功率电流影响水的装置获得的。水处理时间分别为2和4分钟。首先,等离子体活化水的酸度指标与普通水不同。OPV酸度水平的恢复时间为2 ~ 4天。大种子和小种子(小于5毫米)浸泡在低温等离子体处理过的水中反应不同。对于种子长度小于5毫米的作物,可以用50%浓度的水浸泡2分钟。揭示了等离子体处理后的水具有一定的杀菌效果。用水浸泡4分钟后,霉菌对种子的损害最小。真菌造成的最严重损害是由小麦和藜麦种子造成的。
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The influence of plasma-treated water on the germination of agricultural seeds
The article deals with the issues of accelerated seed germination by using the method of seed preparation by soaking in plasma-activated water. With different methods of stimulating the germination of the seed embryo, the effect of "cold" plasma on it is considered the most promising. Plasma-treated water (OPV) was obtained using a specially designed apparatus for influencing water with a high frequency and power current. The water treatment time was 2 and 4 minutes. First, the plasma-activated water had different acidity indicators from ordinary water. The recovery of the OPV acidity level was from 2 to 4 days. Seeds large and small (less than 5 mm) reacted differently to soaking in water treated in low-temperature plasma. For crops with seeds less than 5 mm long, water treated for 2 minutes in a 50% concentration can be offered for soaking. Some fungicidal effect of water treated with plasma was revealed. The seeds soaked in water treated for 4 minutes were least damaged by mold fungi. The most severe damage by fungi was caused by wheat and quinoa seeds.
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