wind wave

wind wave的基本解释

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风成浪, 风浪

与wind wave相关的网络例句 [注：此内容来源于网络，仅供参考]

Second, the wind flume length is limited and wind wave could not be fully developed in laboratory.

对比了天然风浪与试验风浪的风场特点，研究中重点探索试验水槽中风区延伸方法问题。

The new PDF represents well the distribution of wind wave steepness at low to moderate wind speeds.

1999给出的分布，新的分布与数据符合得更好，特别是在小波陡附近。

The growth relationship between spectrum parameter and fetch were studied, from which three parameters and overshot phenomenon that appears during wind wave spectra developing were tested, and an equation describing the growth of three-parameter spectra with wind wave was obtained With the equation, the spectra of wind waves were obtained at zero-dimensional fetches of 300, 500, 2000, 5500, 10000, and 15000, and the overshot was described more clearly. However, the overshot does not exist in the whole process of wind wave spectrum development as stated previously by Hasselmann, but in the early stage of the development only, extenuates with wave growth and then disappears when the wave fully grows.

基于已得到的谱参量随风区的变化关系，对三参量风浪频谱以及风浪频谱成长过程中存在的&超射&现象作深入的研究，得到三参量风浪频谱随风区的成长关系：在此基础上，得到无因次风区：300、500、2000、5500、10000、15000下，风浪频谱的谱线，从而直观地描述了风浪频谱成长过程中的&超射&现象，并认为在风浪频谱的成长过程中确实存在着&超射&现象，但是该现象并不如Hasselmann等提出的理论中阐述的那样存在于风浪频谱成长的全过程，而是仅存在于风浪频谱成长的初期。

与wind wave相关的网络解释 [注：此内容来源于网络，仅供参考]

wind-wave flume：风洞造波水槽

风向标 wind vane | 风洞造波水槽 wind-wave flume | 无线电 wireless

wind-wave flume：风成波试验槽

wind-up station 卷取工段,卷取工段 | wind-wave flume 风成波试验槽 | wind-wave hydraulics 风浪水力学

and wind, wave, star, bird, clock will answer you：风儿,波浪,星星,小鸟,时钟都会回答你

ask what time it is 且问今夕何夕 | and wind, wave, star, bird, clock will answer you: 风儿,波浪,星星,小鸟,时钟都会回答你: | "It is time to be drunk! "沉醉的时刻到了!