tidal mechanism 中文意思是什麼

tidal mechanism 解釋
潮汐發生器
  • tidal : adj. 1. 潮汐的;潮水(似)的。2. 由於潮水作用的,定時漲落的;開船時間視潮汐而變動的(客船班次)。
  • mechanism : n 1 (機械)結構;機械裝置[作用];(故事的)結構。2 【哲學】機械論 (opp vitalism)。 3 【文藝】...
  1. Further research suggests that waves stir sediments and tidal currents transport the sediments, and waves and tidal current are combined into the dominant dynamic mechanism of coastal erosion, of which tidal residual current takes and transports sediment outward, thus it causes sediment to wane in the coast

    進一步結合波、流動力的對應分析認為,波浪以掀沙為主,潮流以輸沙為主,波浪和潮流的聯合作用是飛雁灘海岸侵蝕的主要動力機制,其中潮流主要通過餘流攜沙外輸,造成近岸泥沙虧損。
  2. Mechanism of suspended sediment transport in dongdagang tidal channel of radial sand ridges

    輻射沙洲東大港潮流水道懸沙輸移機制分析
  3. The silting mechanism downstream of sluices and limits of the 2 - d suspended sediment model to simulate the silting downstream of sluices in a tidal reach are analyzed

    摘要分析了感潮河段閘下淤積機理及用平面二維懸沙數學模型模擬閘下淤積存在的缺陷。
  4. Temperature process lines with tidal cycles of multi engineering conditions of characteristic sections are obtained, the relationship between temperature distribution and velocity field is established, the inner mechanism change of temperature process lines is investigated, the interrelation between water intake and outlet is analyzed, the relation between the ratio of dimensionless temperature rise span of the plant intake and the ratio of river discharge volume and plant cooling water intake volume is obtained

    得到了特徵斷面多種工況隨潮周期變化的溫度過程線,建立了溫度場與流速場的相關關系,研究了溫度過程線的變化機理,分析了取排水口對溫度場的相互影響關系,探討了無量綱溫升時長比與無量綱來取流量比的相關關系。
  5. ( 4 ) effects of sea - level rise to the development and utilization of tiaozini sands based on the tendency of the development of the radiate sand ridges as a whole and on the developing mechanism of the tiaozini sands, developing tendency of the tiaozini sands in the future was concluded, that the vertical accretion of. the tidal flat will keep pace with the relative rise of sea - level

    ( 4 )海面上升對條子泥的影響在分析條子泥的形成和演化機制以及輻射沙洲未來總體發展趨向的基礎上,對條子泥響應未來海面上升的發展趨向做了探討,認為條子泥在未來一段時間內的淤高速率不會低於海面的上升速率。
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