In recent years, de Broglie matter wave has been generalized in terms of the ultimate acceleration on planetary-scale. This paper shows that the Jupiter's size and Saturn's size are the consequence of the interference of the generalized matter waves on planetary-scale. In this calculation, Jupiter's radius is determined as 7.1491e+7m with a relative error of 5.05%; Saturn's radius is determined as 5.80057e+7m with a relative error of 3.75%. This calculation also correctly predicts the locations of Halo ring and main ring for the Jupiter; ring A, B, C and D for the Saturn. In this calculation for the Earth, the tide near the equator has one maximal peak on the circumference around the Earth, the tide occurs every 24.91 hours. At the latitude 35.4N, its tide has two maximal peaks, where the tide occurs every 12.45 hours. The equatorial belt has an eastward sea-flow at the speed of about 1m/s; on the north hemisphere, between latitudes 0.1N and 35.4N there is a larger ocean circulation; between latitudes 35.4N and 90N there is another ocean circulation. This paper shows that the Jupiter's south hemisphere contains five belts/zones that are separated by five coherent ridges at 0S, 28S, 41.6S, 54.5S and 70S, respectively, with the maximal wind of 120m/s, the Great Red Spot lives constantly at 23S. the Saturn's south hemisphere contains six belts/zones that are separated by six coherent ridges, with the maximal wind of 420m/s. These predictions agree well with the experimental observations.