Morphological, Physiological and Productive Indicators of Lettuce under Non-thermal Plasma

V. Stoleru, C. Stratulat, G. Teliban, S. Pãdureanu, A. Patraș, Burlica R., Dirlau D., A. D., B. O
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引用次数: 6

Abstract

The Iettuce has a nutritional value highlighted by the rich content of nourishing substances, vitamins, but also mineral salts, having an energy of 16 cal. The use of plasma is a key technology for the applied domains of all scientific branches, including agriculture; the physical and chemical processes associated with the plasma environment are profitable and beneficial for the modern economy. Extending the operating scope of plasma to atmospheric pressure in the cold (non-thermal) area constitutes a beneficial change in the field of plasma technologies. The purpose of the research was to establish the influence of the application of non-thermal plasma treatments to a Iettuce, applied on root area, to Shangore cultivar. Variant (V3) with 14 mg/1NO3 achieved the best results regarding the number of leaves per plant (33.8) and the average mass of a Iettuce head, respectively 61.1 g/plant, harvested at 58 days. The data obtained on the production in V3 is positively correlated with the total content of chlorophyll pigments, being 7.2 CCI units per leaf.
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无热等离子体对生菜形态、生理和生产指标的影响
莴苣具有丰富的营养物质、维生素和矿物质盐的营养价值,其能量为16卡路里。等离子体的使用是包括农业在内的所有科学分支应用领域的关键技术;与等离子体环境相关的物理和化学过程对现代经济是有利可图的。将等离子体的工作范围扩展到大气压下的冷(非热)区域是等离子体技术领域的一个有益变化。本研究的目的是确定在根区施用非热等离子体处理对香浓品种莴苣的影响。14 mg/1NO3的变异(V3)在58天收获时,单株叶片数(33.8)和莴苣头平均质量(61.1 g/株)达到最佳效果。V3的产量与叶绿素色素总含量呈正相关,为7.2 CCI单位/叶。
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