安徽农业科学
安徽農業科學
안휘농업과학
JOURNAL OF ANHUI AGRICULTURAL SCIENCES
2009年
19期
9047-9049
,共3页
暴雨%水汽输送%诊断分析
暴雨%水汽輸送%診斷分析
폭우%수기수송%진단분석
Rainstorm%Vapor transport%Diagnostic analysis
利用Ncep和Micaps资料对2008年7月15~16日辽宁发生的区域性暴雨进行诊断和水汽图像分析.结果表明,该次暴雨产生的水汽输送对流层底层主要来自南海,其次还有孟加拉湾和西太平洋的水汽,对流层高层主要是孟加拉湾的水汽,从而反映出这次暴雨天气过程暴雨区域上空的充足水汽供给和暴雨区上空不同层次的不同水汽源.
利用Ncep和Micaps資料對2008年7月15~16日遼寧髮生的區域性暴雨進行診斷和水汽圖像分析.結果錶明,該次暴雨產生的水汽輸送對流層底層主要來自南海,其次還有孟加拉灣和西太平洋的水汽,對流層高層主要是孟加拉灣的水汽,從而反映齣這次暴雨天氣過程暴雨區域上空的充足水汽供給和暴雨區上空不同層次的不同水汽源.
이용Ncep화Micaps자료대2008년7월15~16일료녕발생적구역성폭우진행진단화수기도상분석.결과표명,해차폭우산생적수기수송대류층저층주요래자남해,기차환유맹가랍만화서태평양적수기,대류층고층주요시맹가랍만적수기,종이반영출저차폭우천기과정폭우구역상공적충족수기공급화폭우구상공불동층차적불동수기원.
Based on Ncep and Micaps data, the diagnostic analysis and the vapor image analysis were carried on a regional rainstorm occurred in Liaoning from July 15th to 16th of 2008.The results indicated that the vapor transport of this rainstorm in troposphere first floor mainly came from the South China Sea, followed by Bay of Bengal and west Pacific Ocean's water vapor.The water-vapor transport in troposphere high level mainly came from Bay of Bengal's water vapor, which reflected the sufficient water vapor supplies and different water vapor source of the different level in rainstorm region sky of this rainstorm synoptic process.