The foehn effect in the east foot of the Taihang Moutain strengthened the high temperature as well.
太行山东麓的焚风效应也加大了持续高温强度。
Affected by topography, they were strengthened by the foehn effect caused by west wind and the warm moisture accumulation before mountains caused by south wind.
受地形影响，偏西风造成的焚风效应和高压后部偏南风造成的暖湿空气在山前积聚，分别加剧了两类高温的强度。
The results indicated that foehn effect in special topography, the maintenance of warm air mass in low-altitude and the urbanization effect had strengthened high-temperature.
通过对典型高温日影响因素的分析发现：特殊地形下的焚风效应、中低空暖气团的维持以及城市化效应，均对高温强度有加剧作用。
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