论文部分内容阅读
从水的漩涡出口向下排出到海洋和大气圈的气流的大回旋,地球旋转的影响处处都是明显的.如果地球不旋转,则水和风将循着直线运行,然而它们的路径却是曲线状的,在北半球向右,在南半球则向左.这种明显的力称之为科里奥利效应(Coriolis effect).这种偏差在低纬度处显得更大,因为它与运动物质的速度和纬度成比例.近来,塔克森的亚利桑那大学的约翰·萨姆纳提出地球地壳板块的运动和行星旋转一样也是歪斜的.为了支持在辛辛那提举行的美国地球物理联合会春季会议上提出的这种假设,萨姆纳引用了大量原始资料的观察结果,其中包括1978年收集的SEASAT资料数据绘制的一些地图.这些洋底地图展示出一些自南而
The effects of Earth’s rotation are evident everywhere from the large swirling of the airflow to the ocean and the atmosphere from the whirlpool outlet of the water.When the earth does not rotate, the water and wind will follow a straight line, yet their path is curved Shaped, to the right in the northern hemisphere and to the left in the southern hemisphere This apparent force is termed the Coriolis effect This deviation appears to be greater at lower latitudes because it is related to the speed of the moving matter Is proportional to latitude, and John Sumner of the University of Arizona in Takssen recently proposed that the movement of the Earth’s crustal plate is as skewed as the rotation of the planet. In support of this proposed by the American Geophysical Union spring meeting in Cincinnati Sumner Hypothesis, Sumner cites observations of a large number of sources, including maps drawn from the SEASAT data collected in 1978. These ocean bottom maps show some maps from the South