High-power centimeter wave temperature controlling method for heat-killing plant insect
A plant pest, centimeter wave technology, applied in the device, application, animal husbandry and other directions of capturing or killing insects, can solve the problems of low microwave frequency, unsuitable pests, slow pest control effect, etc., to achieve convenient use and operation, low cost effect
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Embodiment 1
[0024] Start the centimeter wave emission system, adjust its output power, and emit centimeter waves. At the same time, use an infrared thermometer to remotely measure the surface temperature of the lawn at the irradiation place. When the surface temperature of the lawn reaches about 55°C, stop the irradiation, and emit centimeter waves again after 10s. The infrared thermometer measures the surface temperature of the lawn at the irradiated place, and the irradiation ends when the surface temperature of the lawn reaches about 55°C again. The damage was 22%, and the lawn was completely recovered 7 days after irradiation.
Embodiment 2
[0026] Start the centimeter wave emission system, adjust its output power, emit centimeter waves, and use an infrared thermometer to remotely measure the surface temperature of the irradiated lawn. When the surface temperature of the lawn reaches about 50°C, stop the irradiation, and emit centimeter waves again after 10s. The infrared thermometer measures the surface temperature of the lawn at the irradiation place, and the irradiation ends when the surface temperature of the lawn reaches about 50°C again. When this operation process is completed, the mortality rate of the pests on the lawn reaches 80%. The damage was 12%, and the lawn was completely recovered 5 days after irradiation.
Embodiment 3
[0028] Start the centimeter-wave emission system, adjust its output power, and emit centimeter waves. At the same time, use an infrared thermometer to measure the surface temperature of the lawn at the irradiation place remotely. When the surface temperature of the lawn reaches about 60°C, stop the irradiation. When this operation process is completed , the mortality rate of pests on the lawn reached 86%, while the observation found that the lawn damage was 9.5%, and the lawn completely recovered 15 days after irradiation.
[0029] The foregoing examples illustrate the operation and effects of turf surfaces reaching different temperatures during irradiation. In specific applications, the temperature and irradiation intervals can be appropriately adjusted according to changes in different environments (such as wind speed, temperature, etc.), so as to achieve effective insecticide without seriously damaging the lawn.
[0030] Practice has proved that the use of f=10-35GHz microw...
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