Troposphere parameter profile detection system and method based on buoy platform

Abstract

The invention discloses a troposphere parameter profile detection system and method based on a buoy platform. The system comprises the buoy platform, and the top of the buoy platform is provided with a meteorological observation module. A buoy attitude measurement module, a power supply detection module, a transmitting condition detection module, a transmitting state detection module, an air sounding device cabin module, a sounding device transmission module, a transmitting control module, a data receiving and transmitting module and a power supply module are mounted in a cabin body of the buoy platform; and an air sounding device is stored in the air sounding device cabin module. According to the system and the method disclosed by the invention, high-temporal-spatial-resolution, long-period, unmanned and automatic detection of the offshore troposphere parameter profile can be realized by utilizing the buoy platform, the cost is low, deployment is flexible, important data reference and support are provided for detection and accumulation of offshore troposphere parameter profile data and comparison and verification of related research results, and the system and method have great practical significance.

Description

technical field [0001] The invention relates to the technical field of observation of tropospheric atmospheric parameters at sea, in particular to a tropospheric parameter profile detection system and detection method based on a buoy platform. Background technique [0002] The offshore tropospheric parameter profile refers to the vertical variation profile of the tropospheric temperature, humidity, pressure, wind speed and direction with height above the sea surface. [0003] The long-term operational observation of the sea tropospheric temperature, humidity, pressure, and wind speed and direction parameter profiles plays an important role in guaranteeing and supporting many fields such as weather forecasting, marine scientific research, and maritime activities. At present, the detection of the tropospheric parameter profile at sea is mainly based on satellite remote sensing and survey shipborne detection lidar. However, these detection methods have the disadvantages of low ...

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Problems solved by technology

At present, the detection of the tropospheric parameter profile at sea is mainly based on satellite remote sensing, survey shipborne detection lidar and other means, but these detection means have the disadvantages of low temporal and spatial resolution, great influence of weather, large error, high cost, etc., and cannot be used for long-term observation

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