NSSC OpenIR  > 空间科学部
武汉上空潮汐波活动的全天时钠激光雷达研究
Alternative TitleInvestigation of tidal wave activities over Wuhan by daytime sodium lidar
卢洪辉; 杨国韬; 王继红; 程学武; 龚顺生; 李发泉; 杨勇; 刘正宽; hhlu@spaceweather.ac.cn; gtyang@spaceweather.ac.cn
Department空间科学部
Source Publication量子电子学报
2013
Volume30Issue:1Pages:17-24
ISSN1007-5461
Language中文
Keyword激光雷达 白天观测 钠层日变化 潮汐波
Abstract通过武汉物理与数学所的白天钠激光雷达,我们对武汉(30.5N,114E)上空的钠层昼夜变化特性及潮汐波活动进行了观测。在一次持续时间超过两天的观测中,钠层表现出了很强的日周期变化特性,钠层的柱密度、层宽度、质心高度都呈现出24小时的变化周期。各个高度上的钠层密度变化也呈现出清晰的24小时下行波的相位传播现象。这些结果都可以归因于一个显著的日潮汐波扰动。从观测数据中提取出来的潮汐相位与GSWM00模式符合得很好。在其它的三个短时间白天观测中我们也观察到了显著的钠层日周期变化,而平均钠层日变化呈现出了显著的日潮汐波传播结构。这个结果与Xiong et al.(2004)的报道很符合,即日潮汐波是武汉上空主要的潮汐波。
Other AbstractThe first daytime sodium lidar observations in China were made at Wuhan (30.5°N, 114.6°E). In a long observation cycle lasting more than two days, the sodium layer presented large diurnal variations. The sodium column density, layer width and centroid height, all presented 24 hour periodic variations. The density variation at each height also presents a clear 24 hour downward wave phase propagation. All these can be attributed to a prominent diurnal tidal wave perturbation, and the derived phase agrees very well with that obtained from the GSWM00 model. A large sodium diurnal variation was also present in three other shorter daytime observations, while the mean diurnal variations of the sodium layer present a prominent structure of diurnal tidal wave propagation. These results agree with those reported by Xiong et al. (2004), namely, that the diurnal tide component is the dominant tide over Wuhan.
Indexed ByCSCD
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Cited Times:1[CSCD]   [CSCD Record]
Document Type期刊论文
Identifierhttp://ir.nssc.ac.cn/handle/122/5020
Collection空间科学部
Corresponding Authorhhlu@spaceweather.ac.cn; gtyang@spaceweather.ac.cn
Recommended Citation
GB/T 7714
卢洪辉,杨国韬,王继红,等. 武汉上空潮汐波活动的全天时钠激光雷达研究[J]. 量子电子学报,2013,30(1):17-24.
APA 卢洪辉.,杨国韬.,王继红.,程学武.,龚顺生.,...>yang@spaceweather.ac.cn.(2013).武汉上空潮汐波活动的全天时钠激光雷达研究.量子电子学报,30(1),17-24.
MLA 卢洪辉,et al."武汉上空潮汐波活动的全天时钠激光雷达研究".量子电子学报 30.1(2013):17-24.
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