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新型风速传感器与原风速传感器对比分析

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为了准确评估新型ZQZ-TF风速传感器的性能,海南省气象探测中心组织开展了新型风速传感器与原风速传感器的对比分析.结果表明:试验前校准表明新型风速传感器的启动风速比原风速传感器灵敏;在1 m/s以下低风速时,新型风速传感器的2 min平均风速较原风速传感器更高;在1 m/s以上风速时,两种传感器的2 min平均风速基本一致;新型风速传感器在春季和夏季的启动风速比原风速传感器更加灵敏.试验结束后,校准表明,新型风速传感器的启动风速刚好合格,但原风速传感器的启动风速不合格.
Comparative analysis of new wind speed sensors and original wind speed sensors
In order to accurately evaluate the performance of the new ZQZ-TF wind speed sensor,the Hainan Meteorological Observation Center organized a comparative analysis between the new wind speed sensor and the original wind speed sensor.The results showed that the calibration before the experiment indicated that the starting wind speed of the new wind speed sensor was more sensitive than that of the original wind speed sensor.At low wind speeds below 1 m/s,the 2-minute average wind speed of the new wind speed sensor was higher than that of the original wind speed sensor.When the wind speed is above 1 m/s,the 2-minute average wind speed of the two sensors is basically the same.The new wind speed sensor is more sensitive to the start-up wind speed in spring and summer than the original wind speed sensor.After the experiment,calibration showed that the starting wind speed of the new wind speed sensor was just qualified,but the starting wind speed of the original wind speed sensor was not qualified.

wind speed sensorcomparative analysisstarting wind speed

黄斌、蔡杏尧、匡昌武、郑鹏斌、崔学林、陈亮

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海南省气象探测中心,海口 570203

海南省南海气象防灾减灾重点实验室,海口 570203

风速传感器 对比分析 启动风速

2024

气象水文海洋仪器
中国仪器仪表学会 气象水文海洋仪器分会 长春气象仪器研究所

气象水文海洋仪器

影响因子:0.307
ISSN:1006-009X
年,卷(期):2024.41(6)