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The use of bio speckle laser as a quantifier of biological activity - moisture meter, identification of fungi in seeds and quantifier of activity in a human or animal semen

机译:使用生物散斑激光作为生物活性的定量指标-湿度计,种子中真菌的鉴定以及人类或动物精液中活性的定量指标

摘要

The use of bio speckle laser as a quantifier of biological activity - moisture meter, identification of fungi in seeds and quantifier of activity in a human or animal semen.This certificate of addition refers to the continuity of the use of bio specku00ede laser as a quantifier of biological activity - moisture meter, identification of fungi in seeds and quantifier of activity in a human or animal semen ", featuring in the product and process for det Erminau00e7u00e3o of leaf water potential and leaf wetness, using the phenomenon of the bio speckle laser.The technology makes it possible to determine leaf wetness, define the status of water plant, and to determine the degree of hydration of the plants. As well as, indicate physiological responses, to measure the water stress and quantify the physiological activity of plants.In addition to define the water status of the plants, the technology can define the degree of hydration of the plants and to identify changes in the cells of the protoplasm; and also acts as a sensor of irrigation.
机译:使用生物散斑激光作为生物活性的量化指标-水分测定仪,鉴定种子中的真菌以及量化人或动物精液中的活性。此添加证书是指生物散斑激光的连续使用生物活性的定量分析仪-水分测定仪,种子中真菌的鉴定和人或动物精液中活性的定量分析仪”,其特征是利用叶水势和叶片湿度检测产品和工艺,该技术使确定叶片湿度,确定水生植物的状况以及确定植物的水合程度以及指示生理反应,测量水分胁迫和量化成为可能。除了定义植物的水分状况之外,该技术还可以定义植物的水合作用程度,并确定植物细胞的变化。原生质并充当灌溉的传感器。

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