结果表明：在预报的台风参数的可能变化幅度范围内，前期台风参数对后期增水的影响较小。
The experiments demonstrate that these typhoon parameters, which varied in their possible ranges when they were forecasted, induced little effect on storm surges when typhoons land.
利用2a25和1b11资料，分析了微波各参数对台风降水分布和强弱的响应。
The response of microwave brightness temperature parameters to typhoon's precipitation distribution and intensity is analyzed by using 2a25 and 1b11 data.
结果表明：在一定的合理的参数条件下，这种相互作用可以使台风切向风速最大值增加，显示出台风增强的现象。
The results show that the interaction can intensify the maximum tangential velocity of typhoon under the condition of certain parameter ranges.
结果表明：在一定的合理的参数条件下，这种相互作用可以使台风切向风速最大值增加，显示出台风增强的现象。
The results show that the interaction can intensify the maximum tangential velocity of typhoon under the condition of certain parameter ranges.
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