静止锋式切变线,stationary front shear line
1)stationary front shear line静止锋式切变线
2)front shear line锋通切变线
3)quasi-stationary front静止锋
1.The east-west orientedquasi-stationary front located along Yangtze River Basin is favorable for the transportation and convergen.分析指出,模拟结果能基本再现冬季这种持续性过程的降水带分布;长江或江南地区的准静止锋的存在,水汽在锋前对流层低层辐合,并沿锋面向上爬升凝结,爬升到达的高度和强水汽带的宽度与观测基本一致。
2.The results show that,the east-west orientedquasi-stationary front(or shear line) located along Yangtze River Basin was the most important system producing freezing rain and snow storm.研究表明:位于长江或江南地区的准静止锋(或切变线)是雨雪冰冻天气的重要影响系统,锋面西段的逆温层和暖层强,有利于冻雨的形成;水汽在锋前的对流层低层辐合,沿锋面爬升凝结,锋面的东段低层辐合比西段强,造成锋面东段的降水强度大于西段;高原对流系统活跃,且频繁东移影响我国东部,在第3次过程共有3次高原对流的东移过程;最有利于冻雨产生的层结条件应有中层冻结层、暖层、逆温层,且这些层结的强度和厚度要适当;最有利于冻雨出现的地面温度在-1~-3℃,变化非常小,温度、露点差都在1~3℃,接近饱和,风速较弱。
英文短句/例句
1.The Similarities and Differences Between the Quasi-stationary Front in the Winter of and the Meiyu Front in the Summer of 1998冬季准静止锋与1998年夏季梅雨锋的异同
2.The Effect on Weathers of Guizhou of Quasi-stationary Front over Yunnan and Guizhou Privinces;滇黔准静止锋对贵州地区天气的影响
3.A Numerical Study of the Effect of Terrain on Kunming Quasi-Stationary Front(KQSF)地形对昆明准静止锋影响的数值模拟研究
4.resting membrane potential静止膜电位 静止膜电位
5.phreatic water surface地下水(静止)水位
6.A body at rest remains at rest unless acted upon by an external force .除非受外力作用，静止物体将保持静止。
7.capacity of the geostationary orbit地球静止轨道的容量
8.Kenics static mixer凯尼克型静止混合器
9.""bow up" static trim"“船头向上”静止倾斜
10.He was erect in attitude, and quiet in demeanour.他器宇轩昂，举止文静。
11.International Years of the Quiet Sun太阳静止期国际观察年
12.static coil magnetic powder clutch静止线圈磁粉离合器
13.Can the molecules stand still too?分子也能静止不动吗？
14.stationary vane centrifugal separator静止叶片离心式分离器
15.spring standing machanical seal弹簧静止式机械密封
16.A stationary body has zero kinetic energy.静止物体的动能为零。
17.Geostationary Satellite Launch Vehicle对地静止卫星运载火箭
18.Geostationary Operational Meteorological Satellite对地静止业务气象卫星
相关短句/例句
front shear line锋通切变线
3)quasi-stationary front静止锋
1.The east-west orientedquasi-stationary front located along Yangtze River Basin is favorable for the transportation and convergen.分析指出,模拟结果能基本再现冬季这种持续性过程的降水带分布;长江或江南地区的准静止锋的存在,水汽在锋前对流层低层辐合,并沿锋面向上爬升凝结,爬升到达的高度和强水汽带的宽度与观测基本一致。
2.The results show that,the east-west orientedquasi-stationary front(or shear line) located along Yangtze River Basin was the most important system producing freezing rain and snow storm.研究表明:位于长江或江南地区的准静止锋(或切变线)是雨雪冰冻天气的重要影响系统,锋面西段的逆温层和暖层强,有利于冻雨的形成;水汽在锋前的对流层低层辐合,沿锋面爬升凝结,锋面的东段低层辐合比西段强,造成锋面东段的降水强度大于西段;高原对流系统活跃,且频繁东移影响我国东部,在第3次过程共有3次高原对流的东移过程;最有利于冻雨产生的层结条件应有中层冻结层、暖层、逆温层,且这些层结的强度和厚度要适当;最有利于冻雨出现的地面温度在-1~-3℃,变化非常小,温度、露点差都在1~3℃,接近饱和,风速较弱。
4)stationary front静止锋(面)
5)stationary front静止锋
6)orographic stationary front地形静止锋
延伸阅读
准静止锋又称“静止锋”。处于冷暖气团之间，移动很慢或短时间内静止的分界面。常形成大片连续性的云雨区域。在某一地带静止少动，短则几天，长则十天、十几天，易造成这一地带的洪涝灾害。每年春夏之交，中国江淮一带的梅雨季节常有静止锋出现。
