熱力強迫 的英文怎麼說
中文拼音 [rèlìqiángpò]
熱力強迫
英文
thermal forcing-
The variations of sea ice in the arctic ocean are simulated by using a improved high resolution hibler dynamic - thermodynamic sea ice model during 1979 - 1998. the model is driven by surface atmospheric and oceanic forcing consists of geostrophic winds, surface air temperature, specific humidity, and longwave and shortwave radiative fluxes provided by international arctic buoy program ( iabp ). the simulated results show that arctic sea ice have noticeable seasonal and annual variability
利用一個hibler海冰熱動力模式，在改進了其熱力部分和改變模擬范圍以及提高解析度的基礎上，以北極國際浮標計劃（ iabp ）提供的1979 - 1998年間逐日變化的日平均海平面氣溫場，濕度場，長短波輻射場，風場，洋流場，海洋熱流量場為強迫場，模擬了上述20年間北極海冰的時空演變。Based on ncep / ncar reanalysis sst and wind data set and fsu wind stress data, the dynamical roles of atmosphere over the tropical pacific on ocean are diagnostically analyzed. by using a dynamical ocean model over tropical pacific, the importance of dynamical roles of different areas atmosphere on ocean is studied. in the part iii of this work, a intermediate coupled model ( icm ) is employed to study ssta forecast experiment
本文用ncep / ncar再分析海表溫度、風應力和風場資料就熱帶太平洋地區大氣對海洋的強迫進行診斷分析，並用一個熱帶太平洋動力海洋模式研究不同區域大氣對海洋強迫作用的重要性，在此基礎上用一個中等復雜程度的耦合模式對enso事件進行預報試驗。Therefore, the physical mechanics of ao also presents seasonal variability. while thermal forcing plays an important role in the process of summertime ao formation and maintenance, wintertime ao is subject to the dynamic process. this is probably the radical cause of the seasonal discrepancy of ao
因此熱力強迫作用在夏季北極濤動的形成和維持機制中占重要地位，而冬季北極濤動的維持機制主要是動力作用的結果，熱力作用只在對流層低層起作用，這也是二者空間模態和結構差異的主要原因。In this text we make a diagnosis of linear and nonlinear response of quasi - quadrennial ( qq ) and quasi - biennial ( qb ) component of nino3. 4 index by using reanalyzed ncep / ncar data of sst, wind stress ( pseudo stress ) field, ssp, then have a time and spatial analysis of wind stress field by using mssa, and finally find the importance and contrast the effect of different wind stress field forcing the sea so as to find the cause ofenso irregularity
本文首先分析海表溫度（ sst ） 、風應力場、海表面氣壓（ slp ）等ncep ncar再分析的月距平場對于nino3 . 4指數的準4a （ qq ）和準2a （ qb ）振蕩成分的線性和非線性響應，接著用mssa （多通道奇異譜分析）對風應力場進行時空特徵分析，最後用一個熱帶太平洋動力海洋模式研究具有不同振蕩性質的風應力場對海洋強迫作用的重要性及差異，尋找enso不規則性的原因。Then numerical experiments on forcing dissipation and heating response of dipole ( unipole ) are carried out using global spectral model of quasi - geostrophic barotropic vorticity equation. for every experiment model integration is run for 90 days on the condition of three waves quasi - resonance. the results are given as follows : ( 1 ) under the effects of basic flow intensity and dipole ( unipole ) forcing source, there exist strong interaction among the three planetary waves, and there also exist quasi - two - week and intra - seasonal oscillation of the three planetary waves
然後，用數值試驗的方法，應用強迫耗散準地轉正壓渦度方程的全球譜模式，並在方程中考慮了偶（單）極子的熱力強迫作用，在三個行星波準共振的條件下，模式共積分90d ，得出： （ 1 ）在基本氣流強度和偶（單）極強迫熱源的共同作用下，三個行星波之間存在很強的波?波相互作用，且波動振蕩呈現準雙周和季節內振蕩。Importers of chinese thermal, also known as steaming coal, and coking coal, such as japan and south korea, are worried that strong domestic demand will see china reduce its coal exports and force them to seek coal further afield in indonesia and australia
從中國進口熱煤（亦稱動力煤）和煉焦煤的國家，如日本和韓國，擔心中國會因國內需求強勁而減少煤炭出口，迫使它們到更遠的印尼和澳大利亞尋求煤炭。Although sea surface temperature anomaly center generally occur in the equatorial eastern pacific, key zone of pre - wind stress anomaly forcing signal related to ssta lies in the central western pacific. both diagnostic and numerical analyses results show this idea
熱帶太平洋海溫異常的關鍵區雖然在赤道東太平洋，但與海溫異常顯著相關的前期風應力（風）強迫作用的位置在中西太平洋，這一點從診斷分析和數值模擬的結果中都可以得到。The subject of voltage stability has become a hot research subject and an urgent question in electric power system. it includes exploring the mechanisms of voltage collapse, constructing a model that reflects real electric power system as possibly as it can and strengthening the researches of power system voltage stability and security
電壓穩定性課題已成為熱門的研究課題和電力系統迫切需要解決的問題，包括探索電壓崩潰的機理、建立盡可能反映電力系統實際的數學模型，以及加強電力系統電壓穩定性和安全性的研究。分享友人