A Method for Determining the Components of Strongly Absorbing Biological Particles in the Target Waveband

Abstract

The invention discloses a method for determining components of highly absorbing biological particles under a target wave band, comprising: constructing a biological matter-electromagnetic wave absorption characteristic space, a biological particle biological matter-composition ratio sample space, and a biological particle-electromagnetic wave absorption characteristic sample space; Obtain the electromagnetic wave absorption value of each biological substance under the target band and sort it; determine the biological substance content corresponding to the maximum electromagnetic wave absorption value and the minimum electromagnetic wave absorption value under the target wave band; obtain the biological substance content corresponding to the maximum electromagnetic wave absorption value and the minimum electromagnetic wave absorption value Close multiple groups of biological substance composition ratio; obtain the electromagnetic wave absorption value of the biological particles composed of each group of biological substance composition ratio under the target band; select the biological substance composition ratio corresponding to the maximum electromagnetic wave absorption value as the group of strongly absorbing biological particles under the target wave band point. The present invention can quickly and accurately obtain the optimal composition of biological particles with the strongest absorption capacity.

Description

technical field [0001] The invention belongs to the field of biotechnology, and in particular relates to a method for determining components of highly absorbing biological particles in a target wave band. Background technique [0002] Bioaerosol is an aerosol structure composed of a large number of biological particles suspended in the air, which can be produced in two ways: natural generation and artificial generation. Biological particles are mainly composed of water, protein, polysaccharide, lipid and other substances. These substances have certain absorption effects, even strong absorption effects, in different frequency bands and frequency points. Using biological particles as raw materials, it will be able to generate strong absorption in the target frequency band (strong absorption means that under the same test conditions, the absorption intensity of biological particles per unit mass to target bands or target frequency points is the same as that of pure water to tar...

AI Technical Summary

Problems solved by technology

However, the analysis of the electromagnetic absorption characteristics of biological particles based on spectroscopy technology has the following three problems: first, the cost is high, and equipment such as a spectrometer or centrifuge is required for each measurement, and high experimental costs need to be paid; second, it is time-consuming, Each measurement needs to complete multiple procedures from biological particle cultivation, separation, tableting, and centrifugation; third, the test results do not have the significance of promotion, and only represent the electromagnetic absorption characteristics of a certain type of biological particles, or the electromagnetic absorption characteristics of limited types of biological particles. Relative Strength of Traits

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