Living animal electromagnetic irradiation system and application method thereof

Abstract

The invention belongs to the field of researches on an electromagnetic biological effect and particularly relates to a living animal electromagnetic irradiation system and an application method thereof. The living animal electromagnetic irradiation system consists of an electromagnetic irradiation control system, a microwave device, a three-dimensional object carrying platform and a microwave anechoic chamber, wherein the electromagnetic irradiation control system at least comprises a hardware setting module, an electromagnetic irradiation parameter setting and output module, a microwave emission control module and an irradiation method and irradiation dose display module. All modules are mutually connected. The living animal electromagnetic irradiation system and the application method thereof have the advantages that multiple irradiation parameters which influence irradiation dose in animal bodies can be set through the electromagnetic irradiation control system, the placing posture of the living animals relative to the emitting direction of microwaves can be intuitively given out and can be adjusted through the three-dimensional object carrying platform, the irradiation dose of up to eleven important organs can be given out after the irradiation parameters are set, data is provided for establishing an accurate dose-effect relationship between the irradiation dose and the animal effect and the goal of remotely controlling the microwave device to emit microwaves is realized.

Description

technical field [0001] The invention belongs to the research field of electromagnetic biological effects, and in particular relates to an electromagnetic irradiation system for living animals and an application method thereof. Background technique [0002] According to data released by China's Ministry of Industry and Information Technology, by December 2012, my country's mobile phone users had reached more than 1.1 billion. According to my country's sixth census until 2011, the proportion of underage children aged 5-18 was about 20%. The "Investigation Report on Internet and Mobile Phone Utilization of Minors in China" reported that the surveyed minors (10-18 years old) have a mobile phone rate of 46.6%, and the rate of using mobile phones to access the Internet has reached 39.5%. Mobile phones have become an important means for minors to communicate and surf the Internet. One of the tools. Based on this calculation, about 100 million minors in my country have their own m...

AI Technical Summary

Problems solved by technology

The system has the following disadvantages: (1) The electric field distribution of the important organs in the animal cannot be given immediately; (2) The space in the waveguide is small, and it is not the environment of the daily life of the animal, which is easy to cause stress caused by non-electromagnetic radiation (3) Installing a fan on the wall of the cavity will destroy the uniformity of the electric field in the waveguide cavity, and also introduce low-frequency magnetic field noise, which cannot meet the needs of a single uniform electromagnetic field

There is no report on relevant irradiation equipment in China

[0005] In addition, the current electromagnetic irradiation systems for live animals do not have a dedicated control system. It is extremely inconvenient to manually adjust the emission parameters before the experiment, and the accuracy of the modulation parameters cannot be guaranteed, nor can the current irradiation conditions be accurately known. The radiation dose of living animals is lower, which is not convenient for the development of research

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