Математична модель опромінення насіння сферичної форми лазерним променем

Authors

  • В. В. Сухін
  • М. Л. Лисиченко

Abstract

UDC 631.53.027.34

MATHEMATICAL MODEL OF SEED IRRADIATION BY THE SPHERICAL SHAPE OF THE LASER BEAM

V. Sukhin, M. Lysychenko

We know that quality seed to a large degree determines the quality and quantity of the resulting crop. Agricultural experts and scientists are constantly looking for ways and means to improve the quality of seeds sown.

Now to improve germination and viability of seeds subjected to different types of pre-treatment. The most common practice, soaking, heat treatment, chemical Etching processing biological products. In recent years a growing interest in science and practice of showing up to physical methods of seed treatment.

The analysis of publications of foreign and domestic authors demonstrates the positive effect of laser radiation on seed germination, plant growth and development, increase crop yields.

The purpose of research - to develop a mathematical model of radiation seeds spherical laser beam.

Materials and methods of research. To develop a mathematical model of the process used Lighting known inverse square law that establishes dependence 'exposure surface of the power and angle of placement of the radiation source and the distance between the source and the object of exposure.

Results. As a result of research obtained formuluk that allows determining the total or partial surface areas' exposure to one or another of its Oktant.

Conclusions

Thus, as a result of mathematical models obtained functional dependence 'exposure surface of the seeds, which has a spherical shape, the angle and coordinates of points on the surface of the tanning and coordinate the radiation source. In addition, formed expressions for the total or partial 'exposure surface of a seed crop.

 

References

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Published

2017-02-16

Issue

No. 240 (2016)

Section

Статті

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