梅雨季节东西容易发霉。
梅雨锋个例潜涡度诊断。
梅雨锋是半热带、半温带性质的天气系统；
Mei-yu front belongs to a semi-tropical and semi-extratropical weather system;
造成梅雨期降水量的异常主要是极端降水的异常。
So the anomalies of the total precipitation in MeiYu period is mainly caused by the extreme precipitation anomalies.
锋生锋消对于梅雨锋附近有无降水起到了重要的作用。
Frontogenesis and frontolysis have decisive effect on the precipitation near Meiyu front.
台风和江淮梅雨暴雨是我国非常典型的两类气象灾害。
Typhoon and storm rainfall is two types of China's representative meteorological disasters.
最后分析了热带季风低频振荡与梅雨活动的可能联系。
Besides, the possible relationship between the LFO of the tropical monsoon and Meiyu occurrence is discussed.
并由此讨论了印度西南季风与中国初夏梅雨之间的异同。
In the light of this, the similarities and differences between the Mei-yu in China and the southwest monsoon in India are discussed.
目前今年梅雨的一个显著特征是雨量非常的大，不像过去的毛毛细雨。
A marked characteristic of the plum rain this year so far is that the rain mainly came in the form of showers instead of drizzle.
在梅雨季节你应该把食物放到冰箱里，否则，它很快就会坏了。
You should put food in the refrigerator during the rainy season; otherwise, it will soon become moldy.
研究结果揭示了梅雨初期环流特征形成的机理与热力结构因素。
The forming mechanism of circulation features and thermal structure factors at the first period of Meiyu are revealed.
统计结果表明，这个指数组对梅雨与华北雨季有天气气候学意义。
Statistical results show that there is prominent significance of these index with Meiyu and rainy season of North China.
《梅雨》讲的是青春期的迷茫，不只是生理上的，还有心理上的。
Meiyu is about the physical and mental confusion of adolescence.
梅雨期暴雨的误差结构主要决定于暴雨形成中起主要作用的系统。
The structure of error in Meiyu heavy rainfall is mainly dependent on the sub-weather systems, which play the most important role in the formation of Meiyu rainfall.
梅雨季节高温潮湿天气对冲天炉熔炼带来不利影响，导致铸件气孔缺陷增加。
The high ambient temperature and damp weather has harmful influence on the cupola melting that causes increase of blow hole defect.
利用梅雨强度指数的标准值，应用其指数均方差建立了强度状态的分级标准。
The standard and standard deviation of plum rain intensity index are used to setup the classification standard of plum rain intensity state.
气候资料表明梅雨期不仅出现于长江中下游区，也会出现于淮河流域中南部。
Climate data show that the Meiyu period exists not only in the mid-lower Yangtze Basin (MLYB), but also prevails in central-southern part of the Huaihe Basin.
着眼于东亚海陆热力强迫差异的影响，探讨了东亚初夏环流与江淮梅雨成因。
In this paper, with a view to the effect of sea-land thermal forcing contrast in East Asian, the early summer circulation in East Asia and Meiyu cause of formation in Jianghuai valley are studied.
用相应的梅雨期环流平均图及等熵面平均图，展示了各梅雨型之间的主要差异。
The main difference among the types is displayed by use of the corresponding mean circulation and isentropic charts for the season.
在前期环流演变中发现极涡、东亚槽、副高等对梅雨的丰枯亦有较好的预兆反映。
Besides, the evolutions of the polar vortex, the trough over Bast Asia and the subtropical high prior to Mei-Yu period are also related to the precipitation during Mei-Yu period.
试验结果表明：4DVAR方法在提高梅雨锋暴雨的数值预报水平上具有重要的作用。
The result shows that 4DVAR plays an important role in improving the Meiyu front rainstorm forecast.
利用自然正交函数展开的前三个特征向量场及对应的时间系数将梅雨降水分成三类六型。
The Meiyu precipitation can be classified into three classes and six patterns by using the first three characteristic vectors and their corresponding time coefficients.
不管有没有梅雨锋的出现，从印度到库克群岛，日食路径都已嵌入潮湿和不稳定的气团中。
With or without the presence of the mei-yu front, the eclipse path is embedded in a humid and unstable airmass from India to the Cook Islands.
结果表明：应用该方程计算出的垂直运动的空间分布与该段梅雨期雨带的位置对应得较好。
The results show that the distribution of the vertical velocity calculated this equation can reflect the position of the rain belt properly.
针对梅雨量的分布特性，提出应用门限自回归模型建立一套简便实用的梅雨量丰枯预测方案。
Meiyu predication experiment using the threshold auto-regressive model, advanced genetic algorithm, and related techniques was carried out in Taizhou.
在诸强迫项中，稳定性凝结加热对这一时段梅雨锋暴雨的贡献最大，而对流凝结加热的作用很小。
The stable condensation heating is the most important factor to the maintenance of the storm rainfall during this period.
在诸强迫项中，稳定性凝结加热对这一时段梅雨锋暴雨的贡献最大，而对流凝结加热的作用很小。
The stable condensation heating is the most important factor to the maintenance of the storm rainfall during this period.
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