前向散射能見度儀測試模擬環境與試驗
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中國氣象局小型氣象建設項目[2014]155號資助


Simulation Environment and Experiment of Forward Scattering Visibility Meters
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    摘要:

    能見度是氣象、環境和交通觀測重要要素,目前不同原理和型號的前向散射能見度儀沒有統一的測試環境和定標標準,導致測量結果差別大。為實現前向散射能見度儀統一測試環境,研制了霧環境模擬艙,采用造霧器和凈化器組合實現能見度10 m到50 km模擬。尋找模擬艙內空氣均勻度監控方法,消除由空氣不均勻帶來的誤差。測試不同型號的前向散射能見度儀和相同型號能見度儀,結果顯示不同型號能見度儀測量值差別大于一倍,同一型號的能見度儀測量值相對誤差在±5%內。嘗試不同型號能見度儀修正方法,并且驗證修正方法可行,修正后的不同型號儀器相對誤差在±10%內。

    Abstract:

    Visibility is an important element in meteorological, environmental and transport departments. The unified test environment and calibration standards have not been made for different visibility meters, which leads to great disparity in the results. For the unified environment, a simulation cabin has been developed. Visibility from 10 m to 50 km is simulated by fog generators and purifiers. A method has been put forward, which can eliminate the errors caused by the unevenness of air. Different models and the forward scattering visibility meters of the same model have been tested. The result shows that the difference in different models is greater than 100%. The relative error is within the range of ±5% in the same type. A correction method has been developed, which will decrease the relative error within the range of ±10% in different types.

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張世國,汪瑋,方海濤,王敏,王毛翠,丁憲生.前向散射能見度儀測試模擬環境與試驗[J].氣象科技,2019,47(3):408~412

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歷史
  • 收稿日期:2018-05-04
  • 定稿日期:2019-01-02
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  • 在線發布日期: 2019-06-25
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