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机译:编者注

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摘要

This issue begins with a contribution by Thoe et al. that demonstrates the feasibility of daily prediction of marine beach quality in Hong Kong. In view of the dynamic variation of water quality, protection of public health can be enhanced by the use of data assimilation forecasting tools to supplement routine monitoring programs. This is followed by an experi-mental investigation by Abessi et al. on the trajectory and mixing of a horizontal dense jet discharged at the free surface, with results on the plunging point, impact point, trajectory, and the impact and near field dilutions. Dissanayake et al. present a model to calculate the pH changes due to natural carbon dioxide gas releases from moderate depths and validated the model with field data in Japan.
机译:这个问题始于Thoe等人的贡献。证明了每日预测香港海洋沙滩质量的可行性。鉴于水质的动态变化,可以通过使用数据同化预测工具来补充常规监测程序来增强对公共卫生的保护。随后是Abessi等人的实验研究。在自由表面排放的水平致密射流的轨迹和混合情况,可以得出下降点,冲击点,轨迹以及冲击和近场稀释的结果。 Dissanayake等。提出了一个模型来计算由于中等深度的天然二氧化碳气体释放引起的pH值变化,并使用日本的现场数据验证了该模型。

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