Визначення параметрів електродинамічної моделі рослинного середовища картоплі з колорадським жуком
Abstract
CHARACTERISTICS OF ELECTRODYNAMICS MODEL OF POTATO PLANT ENVIRONMENT WITH COLORADO BEETLES INSIDE
І. Sili
Scientific and practical studies in recent years show that alternative chemical methods of plant protection method can be based on environmentally safe and efficient energo radiopulse biotechnology.
To determine biotropic parameters radiopulse radiation (frequency filling pulse period repetition and duration, exposure), which will have a negative depressing effect on the Colorado potato beetle and its larvae in the plant environment potato necessary theoretical and mathematical study of the interaction radiopulse radiation from pests potatoes. The main characteristic of such research is to calculate the average value of electric field.
The experimental results confirm the presence of biological effects from exposure to electromagnetic fields as the heat and at the low power levels.
The purpose of research - to obtain equations mean value of the electric field electrodynamic model of plant protection potato beetle.
Materials and methods of research. From the point of view electrodynamic layer of plant protection assume isotropic dielectric medium.
Source radio pulses creates a transient electromagnetic field vectors of the electric and magnetic fields.
Results. Generalized description of the interaction of a finite number of radio pulses with vegetable bed potato Colorado potato beetle is the electric field, averaged over the volume of irradiated areas of the layer.
Conclusions
On the basis of electrodynamic models received value average value of the electric field, which is proportional to the maximum amplitude of radio pulses, depending on its duration, repetition period and frequency required. This dependence on frequency radio pulse filling should have a resonant character.
The value of the average amplitude of the electric field will have a maximum value for some values of relative permittivity, conductivity and filling frequency radio pulses. Calculation of the average value of electric field allows you to further define the maximum that should be applied in the development of systems and devices of destruction Colorado potato beetle and its larvae in the plant environment potatoes. This value is one of the main biotropic parameters of electromagnetic radiation of radioinformation biotechnology kill pests of potatoes.
References
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Сілі І. І. Енергоінформаційна радіоімпульсна біотехнологія і електронні системи знищення шкідників картоплі: дис. канд. техн. наук: 05.11.17 / Іван Іванович Сілі; Міністерство освіти і науки України, Харківський національний технічний університет сільського господарства імені Петра Василенка; наук. кер. Федюшко Ю.М. – Харків, 2015. – 159 с.
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