Click here for more details about IOD.

单击这里了解IOD的详细信息。

So Equator East Pacific SSTA and the IOD have synergic effect.

赤道东太平洋海温异常和印度洋偶极子有协同作用。

The IOD has significant influences on the MJO intensity in boreal summer.

IOD对北半球夏季季节内振荡强度存在显著影响。

The physical image of anomalous circulation during IOD is revealed from the simulation.

从模拟显示IOD环流异常的物理图像。

There were great geographical changes in Nanjing area in the per iod of the Six Dynasties.

南京地区的地貌状况在六朝前后发生很大变化。

That might help. But technology, another preoccupation of the IoD report, is likely to help more.

这可能有所帮助，但董事学会报告中的另一项考虑因素——技术，有可能提供更大的帮助。

Winter precipitation and temperature in Australian have also been influenced by either "pure" ENSO or "pure" IOD event.

澳大利亚冬季降水和温度也受到ENSO事件和IOD事件的显著影响。

Before the 168 IOD service project was on line, pressure test was needed to test if systems pressure burden ability is up to predicted.

移动168信息点播业务系统扩容工程上线之前，为检验其是否能够达到包括预期的负荷承受力，需要进行压力测试。

Therefore, for the tropical Indian Ocean, the results manifest that the IOD mode is mainly response to the asymmetry of wind stress anomaly.

可见，对于热带印度洋而言，IOD模态主要是对风应力异常的响应。

The zonal wind anomalies associated IOD are found to weaken, likely due to increased static stability of the troposphere from global warming.

这是由于全球变暖中对流层静力稳定度的增强，与IOD模态相关的纬向风异常减弱。

With a shoaling of the EEIO thermocline, the thermocline feedback strengthens, and this leads to an increase in IOD variance and other characteristics changing.

揭示了当赤道东印度洋海区的温跃层变浅时，温跃层反馈作用会加强，由此会引起IOD模态强度的增加和其他特征的改变。

Proximal gastric mucosal 5-ht-positive cells were examined by immunohistochemical method and their integrated optical density (IOD) value measured by image analysis.

以免疫组化方法检测近端胃黏膜5 - HT阳性细胞，应用图像分析系统测定其积分光密度(IOD)值。

Results show that the IOD anomaly results in anomalous atmospheric circulation, which affects the distribution of the rain belt during rainy seasons in China and the East Asian monsoon.

结果表明：印度洋海温偶极振荡异常，引起了大气环流的异常，影响了季风强度和雨带分布。

The results are as follow. (1)The specific growth rates of shrimp was the highest under IOD by MHL(P<0.05), while it was the lowest under IDNby FL(P<0.05), and the former is1.5589times of the latter.

结果表明：（1）凡纳滨对虾在金卤灯照明的条件下生长最快（P<0.05），在日光灯的连续照明下生长最慢（P<0.05），在其他的光照条件下与黑暗对照的情况下其生长没有显著差异（P>0.05）。