The Comparison of Wheat Growth Indicators Under the Influence of Different Treatments of Cold Plasma and Plasma-Activated Water

A. Naeimabadi, M. Nohekhan, M. Bakhtiyari Ramezani
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Abstract

In this paper, the direct effects of gliding arc discharge (GAD), dielectric barrier discharge (DBD), and argon plasma jet (APJ) discharge as generators of reactive oxygen and nitrogen species (RONS) on wheat seed yield have been evaluated. This evaluation was conducted for a period of eight months in fall planting. The plasma-activated water was used for irrigation during this period. Physical quantities of the plant, such as length, weight as well as panicle length, neck diameter, weight, number of seeds per panicle, and grain weight were Appropriate comparisons were made on the measurements. The results indicated that cold atmospheric pressure plasma increased plant length and biomass. Moreover, the length and diameter of the panicle also increased which resulted in a relative increase in the number and weight of seeds. Therefore, it can be claimed that cold plasma has a positive effect on the growth and reproduction of wheat.
冷等离子体和等离子体活化水不同处理对小麦生长指标影响的比较
本文研究了滑动电弧放电(GAD)、介质阻挡放电(DBD)和氩等离子体射流(APJ)作为活性氧和活性氮(RONS)的产生源对小麦种子产量的直接影响。这项评价是在秋季种植中进行的,为期8个月。在此期间,使用等离子体活化水进行灌溉。对植株的长度、重量、穗长、颈径、重量、每穗种子数、粒重等物理量进行了适当的比较。结果表明,低温大气压等离子体增加了植株的长度和生物量。此外,穗长和穗径也增加,导致种子数量和重量相对增加。因此,可以认为冷等离子体对小麦的生长和繁殖有积极的影响。
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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