System Introduction:

The ground-based multi-channel microwave radiometer is a new type of atmospheric remote sensing instrument developed specifically for meteorological observation and artificial weather detection in China. The system integrates high-sensitivity dual millimeter band broadband reception, measurement, and new algorithm data comprehensive processing equipment. It can achieve multi-channel continuous detection of atmospheric microwave radiation of water vapor and oxygen without the need to emit electromagnetic waves externally. It can automatically invert various atmospheric parameters such as atmospheric temperature, humidity, cloud water distribution, and water vapor and liquid water content in the troposphere (including the boundary layer) in real time. At the same time, it can also monitor meteorological elements such as temperature, humidity, pressure, precipitation, and equipment working status information at the work site, and further obtain valuable data such as dew point temperature profile, convective effective potential energy, convective suppression energy, KI index, SI index, atmospheric state, etc. The system adopts a fully Chinese and graphical integrated processing terminal for real-time recording, display, and playback, which can provide basic data and decision-making basis for weather monitoring, early warning, numerical forecasting, shadow command, and operation effect inspection.

Specification features:

1. Integrated comprehensive implementation of multi-channel detection, automatic analysis and calculation of three-dimensional distribution data of atmospheric parameters;

2. Independently implementing algorithm development and atmospheric parameter inversion, fundamentally avoiding the risk of sensitive observation data leakage;

3. Capable of working outdoors all day, 24/7, and can still effectively detect in rainy and snowy conditions;

4. Optimize the design for special working conditions such as high altitude, cold regions, hot regions, and sandstorms in China;

5. Automatic processing of instrument calibration data and automatic completion of real-time calibration in daily observations;

6. Fully Chinese graphical human-machine interface, with real-time profile and time profile display modes;

7. Support remote data automatic transmission and multi-user client, with business networking operation capability;

8. The product design concept of standardization, modularity, and multi-purpose has been implemented, which can be achieved through the combination of different software and hardware modules internally

Integrate, match, and expand to meet the specific functional needs, indicator requirements, and application conditions of different industries and users.