1) longitudinal thermal differences
陆海经向热力差异
2) zonal land-sea thermal contrast
纬向海陆热力差异
3) sea-land thermal contrast
海陆热力差异
1.
The results show that the summer precipitation in Jianghuai valley is related to zonal sea-land thermal contrast in East Asia of early days surface air temperature.
结果表明:江淮流域夏季降水与前期地面气温的东亚纬向海陆热力差异相关;江淮流域初夏降水量与同期北半球500hPa位势高度场的高相关区对应于入梅期“双阻”型环流系统,且最高相关系统为副热带高压。
4) land-sea thermal difference
海-陆热力差异
5) meridional heat difference
经向热力差异
1.
Multiple-year data of sea surface temperature,near surface temperature and the precipitation in China,are used to investigate the East-Asian meridional heat difference(EAMHD) and its relations with the precipitation over South China in summer and the variation of South China summer monsoon circulation.
利用多年海表温度和中国测站近地面温度及降水资料,分析了夏季东亚地区经向热力差异的年际变化与华南夏季降水及华南夏季风环流变化的关系。
6) ocean-land thermal difference
海陆热力差
1.
The results show that:(1) the ocean-land thermal difference over southern Asia is the primary mechanism that maintains the AS,BOB and SCS winter monsoon circulation and the associated cross-equatorial currents,and its determinant effect.
试验结果表明:亚洲南部地区的阿拉伯海、孟加拉湾和南海冬季风及其越赤道气流的存在与非洲大陆-阿拉伯海-印度半岛-孟加拉湾-中南半岛-南海的海陆热力差异有关;并且冬季热带地区北风分量的产生也与次行星尺度海陆热力差有关,同时这些次行星尺度海陆热力差也对副热带和高纬度冬季风形成有明显作用。
补充资料:法海经
【法海经】
(经名)一卷,西晋法炬译。为海八德经之别译。
(经名)一卷,西晋法炬译。为海八德经之别译。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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