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   dynamical climate 的翻译结果: 查询用时:0.188秒
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dynamical climate
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  动力气候
     SEASONAL DYNAMICAL CLIMATE MODEL OF SEA ICE AND OCEAN TEMPERATURE FEEDBACK SYSTEM
     海冰—海温反馈系统的季节性动力气候模式
短句来源
     RESEARCH AND OPERATIONAL APPLICATION OF DYNAMICAL CLIMATE MODEL PREDICTION SYSTEM
     动力气候模式预测系统业务化及其应用
短句来源
     After more than 8 years' research and development, the first generation of dynamical climate model prediction operation system has been established in National Climate Center (NCC), Chinese Meteorological Administration. It consists of a global coupled atmospheric-oceanic circulation model (CGCM), a high-resolution East Asian regional climate model (noted as RegCM_NCC) and five simplified ENSO prediction models (noted as SAOMS), which can be used to perform climate predictions on seasonal-interannual time scales.
     自 1996年以来 ,经过 8a多的研制和发展 ,国家气候中心已建立起第 1代动力气候模式预测业务系统 ,其中包括 1个全球大气 海洋耦合模式 (CGCM )、1个高分辨率东亚区域气候模式 (RegCM_NCC)和 5个简化的ENSO预测模式 (SAOMS) ,可用于季节—年际时间尺度的全球气候预测 ;
短句来源
     Dynamical climate model is a major tool for climate prediction in the world at present.
     动力气候模式是目前国际上开展气候预测的主要工具。
短句来源
     Dynamical climate model is a dominating tool for climate prediction in the world at present.
     动力气候模式是目前国际上开展气候预测的主要工具。
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  “dynamical climate”译为未确定词的双语例句
     Real-Time Prediction of 2004 Summer Climate Anomalies Using IAP Dynamical Climate Prediction System
     IAP数值气候预测系统对2004年中国夏季气候的预测
短句来源
     By increasing the horizontal resolution of IAP AGCM from 4°×5° to 2°×2.5°, the IAP dynamical climate prediction system (IAP DCP) has been updated, and 21-year hindcast experiment during 1980—2000 has been conducted to assess the predictive skill of IAP prediction system in predicting the summer climate anomalies over China.
     通过1980~2000年共21年的集合后报试验, 考察水平分辨率提高至2°×2 5°的 IAP短期数值气候预测系统对中国夏季气候异常的预报技巧。
短句来源
     Extra-Seasonal Climate Prediction by Using Dynamical Climate System Model
     应用气候系统动力学模式作跨季度气候预测
     By using IAP dynamical climate prediction system (IAP DCP-II), the real-time extra-seasonal prediction shows that the drought conditions will appear over North China and most part of Northeast China during summer season, on the other hand, over the lower reaches of the Yangtze River valley and most part of South China, the predicted summer rainfall will be more than normal.
     IAP动力学气候预测系统 (IAPDCP II)的跨季度预测结果则表明 2 0 0 2年夏季我国华北和东北大部将持续干旱少雨 ,长江下游和南方大部地区降水较常年偏多 ;
短句来源
     Using the IAP ENSO prediction system, the evolution of sea surface temperature anomalies (SSTA) over tropical Pacific Ocean from March 2004 has been quite well predicted, and then IAP dynamical climate prediction system has been applied to the prediction of summer climate anomalies over China based on the predicted SSTA over tropical Pacific Ocean.
     利用 IAP ENSO预测系统, 较好地预报出 2004 年 3 月以后热带太平洋海温的演变情况, 并在此基础上, 对2004年中国夏季气候进行了实时预测。
短句来源
  相似匹配句对
     STATISTICAL AND DYNAMICAL DIAGNOSTICS OF THE CLIMATE SIMULATION AND PREDICTION RESULTS
     气候模拟与预测效果的统计学与动力学诊断分析
短句来源
     THE CLIMATE GROUP
     气候集团
短句来源
     ,and the climate was dry;
     ,气候偏干 ;
短句来源
     RESEARCH AND OPERATIONAL APPLICATION OF DYNAMICAL CLIMATE MODEL PREDICTION SYSTEM
     动力气候模式预测系统业务化及其应用
短句来源
     Approximate Dynamical Systems
     渐近动力系统
短句来源
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  dynamical climate
The formula generalizes and improves upon one applied in several statistical-dynamical climate models.
      
Parameterization of the vertical flux of latent heat at the earth's surface for use in statistical-dynamical climate models
      
Specifically, the dynamical climate prediction system (IAP DCP-II), developed by the Institute of Atmospheric Physics, Chinese Academy of Sciences (IAP), is applied to YRB rainfall prediction and flood planning.
      
Heinrich-type glacial surges in a low-order dynamical climate model
      


An idealized dynamical climate model including seasonal variatons of solar radiation, sea-surface temperature and other climatic elements is designed for an all- ocean planet in this paper.Modeling results indicate: The variations of the equilibria and their sensitivity to changes in external parameters are very large, their values in summer are much larger than those in other seasons. The mean sensitivity of the results for the four seasonal modeling is larger than that of mean annual model, this may...

An idealized dynamical climate model including seasonal variatons of solar radiation, sea-surface temperature and other climatic elements is designed for an all- ocean planet in this paper.Modeling results indicate: The variations of the equilibria and their sensitivity to changes in external parameters are very large, their values in summer are much larger than those in other seasons. The mean sensitivity of the results for the four seasonal modeling is larger than that of mean annual model, this may be caused by the seasonal variation of solar radiation. In addition, when solar radiation or CO_2 concentration is reduced to a certain value, the bifurcation will present. If it is continuously reduced below this bifurcation point, then catastrophy, " deep freeze", will happen. The values of the external parameters at bifurcation points are much larger in summer than in other seasons. Above results represent that the seasonal variations of physical processes can not be ignored in research of long-term climatic variation.

本文在全海洋地球的假定下,建立了一个包括太阳辐射、海面温度等季节变化的理想动力气候模式。模拟结果指出:平衡态及其对外参数敏感性的季节变化很大,而且都是夏季比其它季节大得多;四个季节敏感性的平均值也比年平均模式的敏感性大,这可能主要是太阳辐射季节变化引起的。另外,当太阳常数或二氧化碳浓度减小至一定值时,会出现分岔,若继续减小到分岔点以下,则会发生气候灾变—“深冻”。分岔点上外参数的值在夏季要比其它三个季节大得多。以上结果表明物理过程的季节变化在长期气候变化的研究中是不可忽视的。

The real-time weather and seasonal climate predictions conducted in the Institute of Atmospheric Physics, Chinese Academy of Sciences (IAP/CAS) for year 2002 are summarized .The prediction by IAP ENSO prediction system shows that there will be a moderate El Nio event occurred during 2002 summer, which agrees quite well with the observation. By using IAP dynamical climate prediction system (IAP DCP-II), the real-time extra-seasonal prediction shows that the drought conditions will appear over North China...

The real-time weather and seasonal climate predictions conducted in the Institute of Atmospheric Physics, Chinese Academy of Sciences (IAP/CAS) for year 2002 are summarized .The prediction by IAP ENSO prediction system shows that there will be a moderate El Nio event occurred during 2002 summer, which agrees quite well with the observation. By using IAP dynamical climate prediction system (IAP DCP-II), the real-time extra-seasonal prediction shows that the drought conditions will appear over North China and most part of Northeast China during summer season, on the other hand, over the lower reaches of the Yangtze River valley and most part of South China, the predicted summer rainfall will be more than normal. Finally,the integrated prediction product for the summer rainfall anomalies is obtained by incorporating the numerical prediction results and the results by other dynamical and statistical prediction methods. Verification results show that either dynamical prediction or integrated prediction all agrees quite well with the observed large-scale patterns of rainfall anomalies distribution during the summer of 2002, and the prediction skill for the dynamical prediction is higher than that for integrated prediction over Eastern China. In addition, the routinely daily weather pattern analyses and numerical weather prediction during rainy season (June-August) in 2002 show that, there exist several patterns with large and meso-α scale characteristics that result in persistent rainfall in the Yangtze River basin and North China, and current generation of numerical weather prediction models with moderate and high resolution can all predict quite well the observed weather pattern and precipitation during rainy season in 2002.

简要介绍了中国科学院大气物理研究所 2 0 0 2年汛期预测的结果。作者首先利用IAPENSO预测系统 ,较好地预测出 2 0 0 2年夏季将有一个强度偏弱的ElN no事件发生 ;IAP动力学气候预测系统 (IAPDCP II)的跨季度预测结果则表明 2 0 0 2年夏季我国华北和东北大部将持续干旱少雨 ,长江下游和南方大部地区降水较常年偏多 ;在数值预测的基础上 ,结合其他的动力统计预测方法 ,最终得到中国科学院大气物理研究所 2 0 0 2年夏季旱涝趋势的跨季度集成预测结果。与实况比较表明 ,IAPDCP II预测和集成预报均较好地预测出我国夏季旱涝的大范围形势分布 ,特别是动力数值预测的效果在我国东部略优于集成预测。至于汛期 (6~ 8月 )每天的天气分析研究和数值天气预报 ,则表明国内外现有的中高分辨率数值天气预报模式均有很好的预测能力 ,并给出了我国长江流域和华北地区 2 0 0 2年持续性降水的天气学模型。

Hindcast experiments from 1980 to 2000 has been conducted by using IAP DCP (Institute of Atmospheric Physics, Dynamical Climate Prediction System), and the ability of this system to predict climate anomaly in spring has been discussed. Real-time prediction for the dust storm in spring was also done by using this system. Results show that: IAP DCP is capable for predicting the climate characteristics in China in spring, especially for the precipitation anomaly in the northwestern China and surface...

Hindcast experiments from 1980 to 2000 has been conducted by using IAP DCP (Institute of Atmospheric Physics, Dynamical Climate Prediction System), and the ability of this system to predict climate anomaly in spring has been discussed. Real-time prediction for the dust storm in spring was also done by using this system. Results show that: IAP DCP is capable for predicting the climate characteristics in China in spring, especially for the precipitation anomaly in the northwestern China and surface wind anomaly. Verification of real-time prediction expressed that the prediction for the dust storm in 2003 is close to the observation. The predicted precipitation in the northern part of China in 2004 spring is above normal, and cold air is weaker than normal. So, it could be expected that in 2004, there will not be so many opportunities for the occurrence of strong dust storm.

利用IAP动力学气候预测系统 (IAPDCP)对 1 980~ 2 0 0 0年共 2 1年进行了集合后报试验 ,首先考察了IAPDCP对我国春季气候异常的预测能力 ,并在此基础上利用该系统进行了春季沙尘天气异常的动力学气候预测试验。结果表明 :该系统对我国春季气候具有一定的跨年度预测能力 ,特别是对春季西北地区降水异常和近地面风场具有较好的预报技巧。实时预测及其检验表明 ,IAPDCP对我国 2 0 0 3年春季沙尘的预测结果与实况比较一致。对 2 0 0 4年春季气候异常及沙尘趋势的实时预测结果表明 ,2 0 0 4年春季我国北方 ,特别是西北及内蒙沙源地区降水偏多 ,冷空气势力较常年弱 ,因此 2 0 0 4年春季我国北方地区沙尘趋势应为正常或略偏弱。

 
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