Chinese translation for "precipitation field"
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- 降水场
Related Translations:
- Example Sentences:
| 1. | The spatial and temporal distribution feature of precipitation field over yunnan
云南近40年降水量的时空分布特征 | | 2. | The study on precipitation field pointed out that most precipitation occurs in the monsoon area where exists the obvious rainy and dry season
指出降水量最大的区域主要在季风区，在季风降水区域，有明显的雨季和旱季。 | | 3. | We divided the global june - august precipitation field into 34 subareas and pointed out that there exists evident teleconnection among the june - august precipitation in these subareas
用reof方法将全球陆地6 - 8月降水场分成34个大尺度降水分区。 | | 4. | The positive load take absolutely advantage in the first spatial pattern of year and seasons . especially that the precipitation field load of winter is all positive . not in the southwest of china because of southwest monsoon etc . system ; the characteristics of the second spatial pattern are that most of the area is taken up by positive load in year and four seasons , the west of talimu basin is the center of negative load of the year , spring and autumn vector fields ; east of zhungeer basin is the center of positive load of the third spatial pattern of year , spring , summer and winter , the center of negative load is often in east of chaidamu basin , but the distribution center of autumn is in east of zhungeer basin ; the distribution of the fourth spatial pattern is difficult to describe and forms several centers of positive and negative load ; several centers of positive and negative load also appear , the distribution of load fields of the fifth spatial pattern of year , spring and winter represents the situation of " + , - , + " from southeast to northwest ; the complexity of the sixth spatial pattern is more stonger than that of the fourth and the fifth spatial pattern , several centers of load fields of year and each season often appears inverse situation of the positive and the negative load . but the centers are still most in zhungeer basin , chaidamu basin and talimu basin
第一空间型中，年和四季都是正荷载占据绝对优势，特别是冬季降水场皆为正值，只是西南地区由于受西南季风等系统的影响，表现为与其它地区的不同；第二空间型的特点如下：年和四季分布皆为正荷载占据大部分区域，负荷载中心年、春季和秋季分布中都是位于塔里木盆地西部地区；第三空间型正荷载高值中心除秋季外都是处在准格尔盆地以东地区，负荷载中心多在柴达木盆地以东地区，秋季却处于准格尔盆地以东地区；第四空间型分布就较复杂无章法可言，形成多处正负荷载中心；第五空间型特征是这样的，同样是多个荷载中心出现，年、春季和冬季中的荷载场分布从东南到西北大体呈现“ + 、 - 、 + ”的特点；第六空间型分布的复杂程度较之第四、第五空间型更大，年和各季分布比较中多个荷载中心常出现正负相反的情况，但中心仍以柴达木盆地、准格尔盆地和塔里木盆地为主。 | | 5. | 5 . the correlation between 100hpa height field and 500hpa height field , precipitation field , sst field and apparent atmospheric heat source and moisture sink field are also studied by using singular value decomposition and the conclusions are similar to those by composite and correlation analysis
( 5 )用svd分解法研究了夏季100hpa高度场和夏季500hpa高度场，前期和同期海温场、大气视热源和视水汽汇场的相互关系，得到了与前面用合成分析和相关分析类似的结论。 | | 6. | This paper comprehensively analyzed the global land precipitation dataset ( g55wld0098 ) updated by dr . mike hulme latestly and found that this dataset is accurate enough for describing the change of large scale precipitation . we also interpolate the data of precipitation records in global land ( prec / l ) to replace the lack records of g55wld0098 , and then get the 1920 - 2000 global precipitation field without lacking records
本文对mikehulme博士的g55wld0098全球陆地降水资料进行了全面的分析，指出该资料有非常好的精度，并且利用prec l插值资料将hulme的资料插补为完整的1920 - 2000年全球陆地降水资料场。 |
- Similar Words：
- "precipitation equipment" Chinese translation, "precipitation evaporation ratio" Chinese translation, "precipitation event" Chinese translation, "precipitation excess" Chinese translation, "precipitation facies" Chinese translation, "precipitation form" Chinese translation, "precipitation fractionation" Chinese translation, "precipitation free zone" Chinese translation, "precipitation from homogeneous solution" Chinese translation, "precipitation gage" Chinese translation
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