Hybrid-Plasma, a Newly Formed Environment for Growing Plants without Soil or Water

Benjamin J Scherlag
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引用次数: 3

Abstract

Introduction: We have discovered a new form of Non-Thermal Plasma (NTP) that is produced without added external energy. This Hybrid-Plasma (HP) is a mixture of water and gas whose formation is dependent on a purely passive process. Methods: In the present study we exposed developing Mung bean seedlings (n=10) to HP in an enclosed compartment without water or soil for 7 days. An equal number of age paired seedlings were grown hydroponically for comparison. Seedlings were then removed from the HP and grown hydroponically for another week. Results: Over the initial test period, the seedlings grown in the HP showed significantly diminished growth of stem length and leaves were under-developed compared to the hydroponically grown controls (p<0.05). When the seedlings in HP were placed in the hydroponic environment for another week, leaf growth resumed but was markedly diminished compared to its age paired partner. Conclusion: Seedlings exposed to HP for a week exhibited growth, albeit diminished, compared to its age paired partner. These findings suggest hybrid plasma has anti-aging properties.
杂交等离子体,一种新形成的无土无水植物生长环境
导读:我们发现了一种新的非热等离子体(NTP),它的产生不需要额外的外部能量。这种混合等离子体(HP)是水和气体的混合物,其形成依赖于纯粹的被动过程。方法:在本研究中,我们将正在发育的绿豆幼苗(n=10)在一个封闭的隔间中暴露于HP中7天,没有水和土壤。同等数量的年龄配对幼苗水培进行比较。然后将幼苗从HP中取出,再水培一周。结果:在试验初期,与水培对照相比,HP培养的幼苗茎长明显减少,叶片发育不全(p<0.05)。HP处理的幼苗在水培环境中放置一周后,叶片恢复生长,但与同龄对照相比明显减少。结论:与同龄的幼苗相比,暴露于HP一周的幼苗表现出生长,尽管有所减少。这些发现表明混合等离子体具有抗衰老特性。
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