semidiurnal
1. 4. The diurnal springs correspond to the semidiurnal neaps and vice versa.
全日潮大潮对应于半日潮小潮,反之亦然。
2. semidiurnal constituent
半日分潮
3. semidiurnal wave
半日波
4. semidiurnal tide
半日潮
5. semidiurnal current
半日潮流
6. semidiurnal force
半日生潮力
7. The amplitudes and phases of diurnal and semidiurnal tides show some quasi-periodic characteristics which may be resulted from nonlinear interaction between tides and planetary waves.
周日潮汐和半日潮汐的振幅和相位随时间呈现出拟周期变化的特征,这可能是潮汐与行星波非线形相互作用的结果.
8. Accordingly, if want to use paper of oil absorption face, semidiurnal frequency is the properest.
因此,若要使用吸油面纸,一天两次的频率是最适当的。
9. It is also found that the dominant tidal wave in the East China Sea is semidiurnal tide components especially M_2, while it in the South China Sea is diurnal tide components.
在东中国海基本以半日潮为主,尤其是M_2占优,而在南海基本以全日潮为主。
10. Structure and variability of semidiurnal internal tides in Mamala Bay, Hawaii
在夏威夷Mamala海湾的半日潮汐的结构和变化
11. The semidiurnal variation in GPS-derived zenith neutral delay
在得自GPS天顶中性滞后的半日变化
12. Nonmigrating semidiurnal and diurnal tides at 95 km based on wind measurements from the High Resolution Doppler Imager on UARS
基于UARS高分辨率多普勒图像的风测量的95公里处不移动的半日和日潮汐
13. lunar semidiurnal tide
太阳半日潮
14. In the marginal seas adjacent to Yantai, tides are regular semidiurnal tides;and tidal currents are diurnal currents.
摘要在烟台外海,潮汐属于正规半日潮性质,而潮流属于日潮流性质。
15. Occasional intensification of semidiurnal internal tide in Bungo Channel, Japan
日本Bungo通道半日内潮汐的偶然加强
16. Atmospheric forcing of the oceanic semidiurnal tide
海洋半日潮的大气作用力
17. In each cruise the semidiurnal tidal currents were eliminated from the ADCP currents by two different methods, i.e., the phase averaging method and the TSNOW calculation.
滤潮的方式,以相位平均为主,TSNOW模式预报的潮流为辅助。
18. SOLAR DIURNAL AND SEMIDIURNAL VARIATION CHARACTERISTICS OF COSMIC RAYS OBSERVED AT BEIJING NEUTRON MONITOR DURING MAGNETIC QUIET DAYS FROM SOLAR CYCLE 22 TO SOLAR CYCLE 23
第22与23周磁静日北京台银河宇宙线周日变化与半日变化特征
19. The application of this scheme to the diurnal and semidiurnal tides in the Bay of Beibuwan (the Gulf of Tonkin) gives the results in agreement to the observations.
运用于北部湾全日潮和半日潮的计算,结果与实测一致。
20. C.L. Chen, C.J. Pan: Semidiurnal behavior of quasi-periodic echoes in the mid-altitude Es region with the Chung-Li VHF radar, AGU 2000 Fall Meeting, San Francisco, California, Dec 15-19, 2000.
陈中亮、蔡雯君、潘贞杰:中坜特高频雷达对电离层散块E层不规则体的观测与研究,2002地球系统科学研讨会,20026/3-4.