A device of eliminating fog and thick haze by utilization of large-power microwave electromagnetic waves
A technology for eliminating haze and electromagnetic waves, applied in electrostatic separation and other directions, can solve problems such as aggravating haze weather, and achieve the effect of improving the effect
Inactive Publication Date: 2015-07-08
HEBEI NORMAL UNIV
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[0003] It is true that factors such as automobile and industrial exhaust emissions, fuel energy combustion, climate and terrain are the main reasons for the formation of smog, but people do not realize that the rapid development of wireless communication systems, radio and television systems, and satellite microwave communication systems in contemporary society The radio waves used also have a certain impact on the formation of smog. The densely distributed communication network base stations and the gradually increasing electromagnetic wave energy in the environment will all lead to an increase in the concentration of suspended particles in the atmosphere. If the weather conditions are not conducive to blowing the atmosphere Therefore, it is of practical significance to study the influence of radio waves on atmospheric smog.
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[0029] Depend on Figure 1-3 As can be seen from the illustrated embodiment, it includes a single-chip microcomputer U1, a D / A converter, a YTO main coil drive circuit, a tuning oscillator YTO, a double frequency circuit, a preamplifier circuit, a radio frequency drive module, an antenna, a reference frequency crystal oscillator U2, Four-frequency divider U3, phase-locked loop circuit, low-pass filter, YTO secondary coil drive circuit, keyboard and display;
[0030] The keyboard and the display screen are respectively connected to the corresponding interfaces of the single-chip microcomputer U1; one output of the single-chip microcomputer U1 is connected to the main coil of the tuning oscillator YTO through the D / A converter and the YTO main coil driving circuit successively, and the output of the tuning oscillator YTO The output ends are respectively connected to the double frequency circuit and the input end of the four-frequency divider U3, the output end of the four-freque...
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The invention relates to a device of eliminating fog and thick haze by utilization of large-power microwave electromagnetic waves. The device comprises a single chip computer U1, a D / A converter, a YTO main coil drive circuit, a tuned oscillator YTO, a frequency-doubled circuit, a front power amplifying circuit, a radio frequency drive module, an antenna, a reference frequency crystal oscillator U2, a quadruple frequency demultiplier U3, a phase locked loop circuit, a low-pass filter, a YTO secondary coil drive circuit, a keyboard and a display. The beneficial effects of the device are that: the frequency of the microwave electromagnetic waves can be adjusted conveniently to adapt to fog and thick haze particles of various diameters, and a novel method for eliminating fog and thick haze is provided for people.
Description
technical field [0001] The invention relates to a device for eliminating smog by using high-power microwave electromagnetic waves, which is suitable for the elimination and prevention of smog. Background technique [0002] In recent years, my country's atmospheric smog has shown an obvious upward trend. For a time, the causes of atmospheric smog and the prevention and control methods of smog have become a hot research topic. [0003] It is true that factors such as automobile and industrial exhaust emissions, fuel energy combustion, climate and terrain are the main reasons for the formation of smog, but people do not realize that the rapid development of wireless communication systems, radio and television systems, and satellite microwave communication systems in contemporary society The radio waves used also have a certain impact on the formation of smog. The densely distributed communication network base stations and the gradually increasing electromagnetic wave energy in ...
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Inventor 赵华吕清陈嘉兴李韶华靳慧龙黄战平孙军英刘亚川杨丽坤刘金星
Owner HEBEI NORMAL UNIV