汛期

xùn qī
  • flood season;flood period;high-water season;high water season;flood time
汛期汛期
汛期 [xùn qī]
  • [floodtime] 洪水季节

汛期[xùn qī]
  1. 1999年汛期,西江、北江下游及三角洲开展了历史上规模最大、项目最齐全的同步水文测验工作。NET开发平台环境下进行开发。NET风格的软件主框架;

    During the flood period of 1999 a simultaneous hydrometry , on the largest-scale and the fullest-items in history , was carried out in the downstream of Xijiang River , Beijiang River and the net rivers of Pearl River delta .

  2. 淮河入海水道工程建成后于2003年汛期首次启用,历时33d,共分泄淮河洪水44亿m3。

    Huaihe River Sea-entering Channel was initially put into operation during the flood period in 2003 with a duration of 33 days , during which the flood water of 4.4 billion m ~ ( 3 ) was discharged into the sea .

  3. 在汛期期间,受灾人民受到了国际社会的同情和支持。

    The flood victims have received both sympathy and assistance from the international community during the flood season .

  4. 汛期提早了。

    The flood season is here earlier than expected .

  5. 基于BP和Elman神经网络的福建省汛期旱涝预测模型

    Forecast Models for Fujian Rainy Season Drought / FloodBased on BP and Elman Neural Networks

  6. 结果表明COD、在现状年和规划年各个时期均有剩余水环境容量,而矿化度在汛期有剩余水环境容量,在非汛期则没有。

    The results make know that there is residual water environmental capacity for COD in the varied phase .

  7. 研究基于统计学习理论的支持向量机(SVM)回归在汛期旱涝预测中的应用。

    The application of SVM regression method on Zhejiang drought and flood 's forecast at flood season was studied .

  8. GRAPES业务化进程:GRAPES在国家气象中心2005年汛期预报工作中表现出色

    Operationalization of GRAPES : GRAPES Performed Well at National Meteorological Center in Flood Season in 2005

  9. 中国汛期降水的印度洋SSTA信号特征分析

    The SSTA signal characteristic analysis over India Ocean during flood season in China

  10. 黄河三花地区汛期逐日降水MOS预报的因子选择试验

    The experiments for selecting predictors for daily precipitation forecasting with MOS during flood period in San-Hua area of Yellow River

  11. ENSO冷暖事件与郑州地区汛期气候异常关系

    Preliminary Analysis of The Relation Between The ENSO Events and The Climatic Abnormity in Flood Season in Zhengzhou

  12. WRF模式对焦作2008年汛期降水的检验

    Precipitation Test by WRF Model in Jiaozuo Flood Season in 2008

  13. 而副高活动异常又明显受ENSO循环的制约,因而关注赤道东太平洋海温及ENSO信息对福建汛期旱涝与降水分布趋势的预测具有重要意义。

    So it is of significance to pay attention to equatorial East Pacific SST and ENSO information for short-term climate prediction .

  14. 利用王绍武等人最近对近百年ENSO事件及强度的研究结果,对ENSO事件与北京汛期(6~8月)相当暴雨日数的统计关系进行分析。

    Using the research result for ENSO events and their intensity during the past century by Wang Shaowu , et al .

  15. 华南前汛期降水与我国近海海温的SVD分析中国东南地区及近海海域气溶胶反演遥感研究

    SVD Analysis between the annually first raining period precipitation in the south of China and the SST over offshore waters in China

  16. 近500a福建汛期旱涝变化特征

    Variation Features of Fujian Drought / Flood for the Past 5 Centuries

  17. 汛期分别选择对各旬径流最有影响的预报因子作为旬径流预报的变预报因子,结合多元线性回归方法和BP神经网络方法构建了桓仁水库汛期旬径流预报模型。

    The most influential predictors for each ten-day in flood season are respectively selected as the variable predictors , combined with the multiple linear regression method and BP neural network method , the ten-day runoff forecasting models are constructed .

  18. 另外,闽南地区后汛期降水量与同期NINO西海区和黑潮海区的海温成正相关关系。

    Otherwise , the normat correlation exists between the corresponding SST in west sea area of NINO and the Kuroshio and the summer rainfall in southern Fujian .

  19. 两关键区SSTA周期特征反映辽宁汛期降水异常的不同长度周期特征,且有很好的互补关系。

    The periodic variation of SSTA of the two Key regions combine reflect vary length periodic variation of flood season precipitation anomalies in Liaoning areas .

  20. 黑潮OLR距平指数与华南西部主汛期降水的关系

    The Relation Between The OLR Departure Index Of Black Current And The Precipitation Of The Main Flood Season In The West Of Southern China

  21. 甘肃省近40a汛期无雨日数异常的气候特征分析

    Analysis on the characteristic of the rainless days anomaly in flood season in Gansu Province of China

  22. 运用溃变理论及V3θ图结构预测法对华南后汛期台风暴雨进行预测及检验。

    The blown-up theory and the construction forecast of the V-3 θ chart are used to analyze and verify the typhoon rainstorm of the last flood season in South China .

  23. 利用1998年和1999年前汛期GMS-5红外云图探讨亮温度与地面雨强关系。

    The relationship between rainfall intensity and cloud top temperature is discussed by using GMS-5 IR image in 1998 ~ 1999 during the first rainy season .

  24. 中国西北汛期极端降水事件发生频次的各主要空间分区中,近45a来13a左右的周期振荡表现得比较显著。

    The periods of 45-year and 13-year were relatively outstanding in variation of the extreme precipitation event frequency in Northwest China .

  25. 本文统计分析了我国汛期雨型与暴雨日数距平分布趋势的对应关系和年际、年代际变化规律及其对ENSO的响应关系。

    In this paper , We analyzed the corresponding relationship between the precipitation pattern of flood period and the distribution trend of the anomaly of rainstorm frequency over China , their inter-annual / inter-decadal change of rule , the response to ENSO .

  26. 给出了η坐标有限区域数值模式对1998年汛期降水的实时预报试验结果,表明利用T106资料作初值,模式对湖南汛期降水有相当的预报能力。

    A real time testing result of precipitation forecast in 1998 flood period with a limited area nested grid model ( LNGM ) of η coordinate was given .

  27. 就冬季1.6m地温与汛期降水的正相关关系而言,中国西部地区比东部地区好,南方比北方好。

    In general , this relationship is better in the west part of China than that in the east part of China , better in the south than that in the north .

  28. 以宜昌站120年(1882&2001年)实测日流量资料为基础,利用Morlet小波变换对其汛期日最大流量过程进行多时间尺度变化特性分析。

    Based on Morlet wavelet transform , the multiple time scales feature of flood season daily maximum flow series at Yichang gauging station have been analyzed in the base of 120 years ( 1882-2001 ) daily real data of water discharge .

  29. 利用不同时空分辨率降水资料和NCEP再分析资料,本文首先对陕西、甘肃、宁夏三省(区)汛期(5-9月)不同量级强降水时空分布、天气学概念模型以及物理参数特征进行分析。

    Based on different spatial and temporal resolutions precipitation dataset in Shaanxi , Gansu , Ningxia Province and NCEP reanalysis data , the temporal-spatial distribution of heavy rainfall in different class during flood season , synoptic conceptual models and their characteristic of physical parameters have been firstly explored .

  30. 对长江坝区汛期降水的气候背景进行分析后指出:坝区汛期降水异常与EAA相关链,特别是东亚这一段遥相关型有明显的联系。

    In this paper , the climatic background of precipitation in the Three Gorge Dam Region during flood season is analysed . The results show that there is evidently a connection between abnormal precipitation in the Three Gorge Dam Region during flood season and the EAA correlation-chain .