tropopause height
对流层顶高度
tropopause level
对流层顶水平
tropopause temperature
对流层顶温度
tropopause pressure
对流层顶压力
tropopause region
对流层顶区域
tropopause boundary
对流层顶边界
tropopause dynamics
对流层顶动力学
tropopause fluctuations
对流层顶波动
tropopause variations
对流层顶变化
tropopause altitude
对流层顶高度
the tropopause acts as a barrier between the troposphere and the stratosphere.
平流层顶作为对流层和成层层之间的屏障。
temperature decreases with altitude until reaching the tropopause.
温度随高度降低，直到达到平流层顶。
the tropopause is typically found at around 8 to 15 kilometers above sea level.
平流层顶通常位于海平面上方约8到15公里处。
weather patterns are significantly influenced by the tropopause.
天气模式受到平流层顶的显著影响。
aircraft often fly just below the tropopause for optimal performance.
飞机通常在平流层顶下方飞行，以获得最佳性能。
the altitude of the tropopause can vary depending on the season.
平流层顶的高度会根据季节而变化。
understanding the tropopause is essential for meteorologists.
了解平流层顶对气象学家来说至关重要。
pollutants can accumulate at the tropopause, affecting air quality.
污染物可以在平流层顶积聚，影响空气质量。
research on the tropopause helps improve climate models.
对平流层顶的研究有助于改善气候模型。
the tropopause can be identified by a sharp temperature inversion.
平流层顶可以通过明显的温度反转来识别。
tropopause height
对流层顶高度
tropopause level
对流层顶水平
tropopause temperature
对流层顶温度
tropopause pressure
对流层顶压力
tropopause region
对流层顶区域
tropopause boundary
对流层顶边界
tropopause dynamics
对流层顶动力学
tropopause fluctuations
对流层顶波动
tropopause variations
对流层顶变化
tropopause altitude
对流层顶高度
the tropopause acts as a barrier between the troposphere and the stratosphere.
平流层顶作为对流层和成层层之间的屏障。
temperature decreases with altitude until reaching the tropopause.
温度随高度降低，直到达到平流层顶。
the tropopause is typically found at around 8 to 15 kilometers above sea level.
平流层顶通常位于海平面上方约8到15公里处。
weather patterns are significantly influenced by the tropopause.
天气模式受到平流层顶的显著影响。
aircraft often fly just below the tropopause for optimal performance.
飞机通常在平流层顶下方飞行，以获得最佳性能。
the altitude of the tropopause can vary depending on the season.
平流层顶的高度会根据季节而变化。
understanding the tropopause is essential for meteorologists.
了解平流层顶对气象学家来说至关重要。
pollutants can accumulate at the tropopause, affecting air quality.
污染物可以在平流层顶积聚，影响空气质量。
research on the tropopause helps improve climate models.
对平流层顶的研究有助于改善气候模型。
the tropopause can be identified by a sharp temperature inversion.
平流层顶可以通过明显的温度反转来识别。
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