Seed pre-treatment of grain and vegetable crops by microwave energy

A. A. Kontar, G. N. Valevakhin, Yu. I. Buryak, V. V. Bespalko, Y. Ogurtsov, O. I. Onischenko
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Abstract

Systematic joint studies being done in laboratory and field conditions, enabled to develop a scientific concept of microwave energy influence on the rate of growth of grain crops under a considerable reduction of chemical reactants. A model is developed that explains the effect of intensity and duration of microwave energy impact on the change of germination energy, germinating ability and productivity of grain crops using an example of successive changes in the chain of associated water - amylase - maltose - glucose depending upon the initial grain moisture content. A method of seed treatment of vegetable crops has been developed which ensures the rate of growth, which is important for vegetable farming in greenhouses. Results of increasing germinating ability of melon seeds from 10% to 83% after microwave effect are of practical interest.
微波能在粮食和蔬菜作物种子预处理中的应用
在实验室和实地条件下进行了系统的联合研究,从而形成了微波能在化学反应物大量减少的情况下影响粮食作物生长速度的科学概念。本文建立了一个模型,以水-淀粉酶-麦芽糖-葡萄糖链随籽粒初始含水量的连续变化为例,解释了微波能量强度和持续时间对籽粒萌发能、萌发能力和产量变化的影响。提出了一种保证蔬菜作物生长速度的种子处理方法,这对大棚蔬菜种植具有重要意义。结果表明,微波处理后的瓜子发芽率由10%提高到83%,具有一定的实用价值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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