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Modeling Design and Application of Low-Temperature Plasma Treatment Test Stand for Seeds before Sowing

机译:种子低温低温等离子体处理试验台的建模设计与应用

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Stimulation with a low-temperature plasma (LTP) can improve the seed germination and seed adaptability to the environment. This technology has been applied in practice, but the study level of mechanism involved is still limited. Moreover, the treatment devices in using are quite simple. The paper focuses on the modeling design and application of the LTP treatment test stand for seeds before sowing. Numerous experimental LTP treatment on crop seeds and forage grass seeds will be conducted to find out the optimal dose used in the treatment. Another advanced method of this modeling is data collecting and intelligent monitoring system designed in, therefore all key process parameters can be under control during treatment period. At the same time, the modeling design will provide technical support for large-scale manufacturing of seed treatment devices.
机译:低温等离子体(LTP)刺激可以改善种子发芽和种子对环境的适应性。该技术已在实践中得到应用,但所涉及机制的研究水平仍然有限。而且,使用中的治疗装置非常简单。本文重点研究了种子播种前LTP处理试验台的建模设计和应用。将对农作物种子和牧草种子进行大量的实验性LTP处理,以找出用于处理的最佳剂量。该建模的另一种先进方法是设计数据收集和智能监控系统,因此在治疗期间可以控制所有关键过程参数。同时,建模设计将为种子处理设备的大规模生产提供技术支持。

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