非线性海洋内波的理论、模型与计算1)
王展*†2)(
),朱玉可**
),朱玉可**
THEORY, MODELLING AND COMPUTATION OF NONLINEAR OCEAN INTERNAL WAVES1)
Wang Zhan*†2)(),Zhu Yuke**
),Zhu Yuke**
图1. 法国里昂高等师范学院物理实验室利用现代技术复现Ekman的“死水”实验. 以三层流体系统为实验模型(由上而下以红白黄三色区分), 每层的厚度分别为5.0 cm, 3.0 cm与5.5 cm, 而密度分别为0.9967 g/cm$^3$, 1.0079 g/cm$^3$和1.0201 g/cm$^3$. 模型船由左向右航行, 3张图由上至下表示不同时刻模型船的位置以及内波的波形
Fig.1. Ekman’s dead water experiments reproduced with modern technology by French experimentalists in the laboratory of physics at of Lyon. The three-layer fluid system was used as the model(distinguished by red, white and yellow from top to bottom). The of each layer was 5.0 cm, 3.0 cm, and 5.5 cm respectively, and the density was 0.9967 g/cm$^3$, 1.0079 g/cm$^3$, and 1.0201 g/cm$^3$. The model ship sails from left to right, and snapshots from top to bottom show the position of the model as well as the internal wave profiles at different times
