Abstract
In order to grasp and understand the carbon dioxide gas transferred into the sea, a direct numerical simulation (DNS) of turbulent atmospheric gas flows interacted with the sea surface has been carried out and the computational results and the satellite measurement data can be simultaneously visualized by a Web based network collaboration system developed here. The results from this DNS can be applied to the gas transfer modeling at the sea surface of the global climate modeling and the anti-environmental material transport modeling on the earth. Moreover many researchers can conduct the DNS and access the satellite database of the wind velocity and the wave height on the sea surface, and also handle the scientific visualization software through this Web based mutual research collaboration system. This system can provide a real-time steering and tracking simulation/visualization platform for mutual scientific research collaboration not only for the environmental science but also other many scientific and engineering fields.
