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Investigating how various atmospheric pressure plasma jet modes effect plant species: A study of plasma technology within seed germination

机译:研究各种大气压等离子体喷射方式如何影响植物物种:种子发芽中的等离子体技术研究

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Atmospheric pressure plasma jets have a wide range of applications in the biological field. This technology has recently been applied to agriculture because it enhances the cultivation. It is speculated that the reason plants grow better when treated with non-thermal plasmas is since it sterilizes, provides abiotic stress, and alter the genetics of the plant. The following research is focused on determining the most effective plasma treatment method to produce the best cultivation and the chemical mechanism present in seeds after various atmospheric pressure plasma jet modes have been subjected to the surface of the seed.
机译:大气压等离子体射流在生物领域具有广泛的应用。由于该技术可促进耕作,因此最近已应用于农业。据推测,当用非热等离子体处理时,植物生长更好的原因是因为它可以杀菌,提供非生物胁迫并改变植物的遗传学。以下研究的重点是确定在将各种大气压等离子射流模式作用于种子表面后种子中存在的最有效的等离子体处理方法,以产生最佳的栽培效果和化学机理。

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