wind anemometries readings
风速测量结果
accurate anemometries measurements
精确的风速测量
advanced anemometries technology
先进的风速测量技术
anemometries data analysis
风速数据分析
understanding anemometries trends
了解风速趋势
anemometries and meteorology
风速计与气象学
reliable anemometries instruments
可靠的风速测量仪器
the study of wind patterns utilizes anemometries.
研究风向利用气象仪器。
meteorologists rely on anemometries to predict weather conditions.
气象学家依靠气象仪器预测天气状况。
anemometries are essential for measuring wind speed and direction.
气象仪器对于测量风速和方向至关重要。
modern anemometries offer precise and reliable measurements.
现代气象仪器提供精确可靠的测量结果。
researchers use anemometries to understand wind patterns in different environments.
研究人员利用气象仪器了解不同环境的风向模式。
anemometries are crucial for monitoring wind energy potential.
气象仪器对于监测风能潜力至关重要。
wind turbines incorporate anemometries to adjust their operation based on wind conditions.
风力涡轮机结合气象仪器，根据风况调整运行方式。
understanding anemometries is fundamental to studying atmospheric science.
理解气象仪器的原理对于研究大气科学至关重要。
anemometries have advanced significantly over the years, providing more accurate data.
气象仪器多年来取得了显著进步，提供了更准确的数据。
the analysis of anemometry data helps predict potential hazards related to wind.
对气象仪器数据的分析有助于预测与风相关的潜在危害。
wind anemometries readings
风速测量结果
accurate anemometries measurements
精确的风速测量
advanced anemometries technology
先进的风速测量技术
anemometries data analysis
风速数据分析
understanding anemometries trends
了解风速趋势
anemometries and meteorology
风速计与气象学
reliable anemometries instruments
可靠的风速测量仪器
the study of wind patterns utilizes anemometries.
研究风向利用气象仪器。
meteorologists rely on anemometries to predict weather conditions.
气象学家依靠气象仪器预测天气状况。
anemometries are essential for measuring wind speed and direction.
气象仪器对于测量风速和方向至关重要。
modern anemometries offer precise and reliable measurements.
现代气象仪器提供精确可靠的测量结果。
researchers use anemometries to understand wind patterns in different environments.
研究人员利用气象仪器了解不同环境的风向模式。
anemometries are crucial for monitoring wind energy potential.
气象仪器对于监测风能潜力至关重要。
wind turbines incorporate anemometries to adjust their operation based on wind conditions.
风力涡轮机结合气象仪器，根据风况调整运行方式。
understanding anemometries is fundamental to studying atmospheric science.
理解气象仪器的原理对于研究大气科学至关重要。
anemometries have advanced significantly over the years, providing more accurate data.
气象仪器多年来取得了显著进步，提供了更准确的数据。
the analysis of anemometry data helps predict potential hazards related to wind.
对气象仪器数据的分析有助于预测与风相关的潜在危害。
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