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1·Diastolic pressure was correlated with main wave height and the value of K.

舒张压与K值和主波高度有较好相关性。

2·Despite an abundance of data, observations of wave height often leave much to be desired.

尽管有丰富的资料，但浪高的观测常常很不理想。

3·The estimation of extreme wave height is one of the important factors in ocean engineering design.

设计波浪是海洋工程设计的重要问题之一。

4·The sea level and current velocity have an effect on wave height, and the wave direction modulation is small.

潮汐、风暴潮对波浪的作用是通过其产生的不定常水深与流场实现的；水深与流速对波向的影响很小。

5·Some new ideas on limiting wave height in shallow water is given by analyzing the cause of this physical phenomenon.

简单分析了产生这一物理现象的原因，对波浪在浅水中的“极限波高”有了一些新的认识。

6·Under consideration of wave action on the structures, wave height is often recognized as more important than wave period.

在考虑海浪对建筑物作用时，人们往往强调波高而对周期重视不够。

7·For wave height and wave period, the start point of wind wave growth is lies in the middle of the other growth relations.

对于波高和周期：风浪成长起点处的值基本处于其余几种成长关系的中间；

8·And the typhoon model has been linked with a sea-wave model and satisfactory fore - cast for wave height has been gotten.

本模式已经与海浪模式联结，得到满意的波高预报结果。

9·Energy dissipation or wave height attenuation is analysed theoretically for water waves propagating on a non-uniform current.

本文对波浪在非均匀流动中传播时的波能耗散或波高衰减进行了研究。

10·Depending on wave height and speed, as well as wavelength and water density, each buoy can produce up to 40 kilowatts of electricity.

每一个浮标最高可以产生高达40千瓦的电力，发电的多少依赖于海浪的高度以及速度，同样也依赖于海浪的波长以及海水的密度。