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首页> 外文期刊>Bulletin of University of Agricultural Sciences and Veterinary Medicine Cluj-Napoca: Horticulture >Research on the Influence of Type AD Biophytomodulators Energy on Ocimum basilicum Seed (Basil)
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Research on the Influence of Type AD Biophytomodulators Energy on Ocimum basilicum Seed (Basil)

机译:AD型生物调节剂能量对罗勒罗勒种子(罗勒)影响的研究

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The work is part of a wider doctoral study, which provides the use of bath classical physical fields (electromagnetic, electrical, magnetic), field and type biophytomodulators subtle using AD. Biophytomodulators energizing devices are based on the existence of liquid crystals inside the plant, energy is captured and transmitters of this energy fundamental modulation. Their action is through subtle field, a field tensor expression, ensuring the necessary energy modulation biological material. After modulation the fundamental energy, it is transmitted to subject, achieving optimal energy level of functioning. The basil seed were energized whit biophytomodulators, and subjected to vibrational analysis spectroscopics. Following this analysis data obtained were graphically interpreted were it appears that there are new absorption bands, ad biophytomodulators type behaves differently depending on the frequency range of crystal components.
机译:这项工作是更广泛的博士研究的一部分,该研究提供了对浴的经典物理场(电磁,电,磁),使用AD的场和类型微妙的生物植物调节剂的利用。生物植物调节剂的激励装置是基于植物内部液晶的存在,能量被捕获以及这种能量基本调制的发射器。它们的作用是通过微弱的场,场张量表达,确保了必要的能量调制生物材料。调制基本能量后,将其传输给对象,从而达到最佳的功能能量水平。将罗勒种子通电并用生物植物调节剂进行振动分析光谱。根据该分析结果,如果发现有新的吸收谱带,则所获得的数据将以图形方式进行解释,具体取决于晶体成分的频率范围,ad biophytomodulators类型的行为有所不同。

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