cloud system 中文意思是什麼
cloud system
解釋
雲系-
The chamaeleon dark cloud is one of the most active star formation sites near our solar system
?蜓座黑暗星雲是太陽系附近其中一個最活躍的恆星誕生區。 -
The 3dvar data assimilation system has the ability to assimilate gms - 5 cloud drifted winds and toys data. the numerical simulation experiments of typhoon processes are carried out using the 3dvar data assimilation system
該同化系統有同化gms一5的紅外和水汽軌跡風數據和tovs溫濕數據的能力並可在pc機的linux系統下順利運行。 -
The brightness temperature is highly related to the density of ice hydrometeor. since the convective cloud system is tilted, and the viewing angle is oblique, the area displacement between ice hydrometeor and the surface rainfall rate makes the relation between tb and surface rainfall rate is relatively small
但亮溫和地面降水強度之間的相關性較弱，這是由於該對流系統為傾斜的，冰相粒子和地面降水強度之間存在著位置上的不一致，並且觀測角為傾斜的。 -
When dynamic structure of system is stabile relatively, a macro adjusting and forecasting model of system cloud gray is proposed, and its solution is investigated
在系統動態結構相對穩定的條件下，結合系統動力學和系統雲灰色模型，提出了一種系統雲灰色宏觀調控預測模型，並對該模型的求解方法進行了研究。 -
Numerical simulation on the mesoscale structure and organization of a stratiform cloud system in henan province
河南省層狀降水雲系中尺度結構的數值模擬 -
By comparing model simulation with an observed precipitation formed by stratus cloud system, the new scheme shows the improvement of prediction precipitation
利用新方案模擬了一次層狀雲降水過程，新舊方案降水模擬結果的對比表明新方案的降水預報效果有所改進。 -
Avionics self - protection system is a subsystem of the advanced avionics system, which has the main functions to find hostile radar - guided weapons system and infrared - guided weapons system by using the mothed of radar reconnaissance. and then to countermeasure enemy ' s radar - guided weapon system and infrared - guided weapons system by adoptinging those measures of electric - magnetic jamming ( active countermeasures ), chaff cloud deception jamming ( passive countermeasures ) and ir decoy deception jamming ( passive countermeasures ) so as to protect our airplanes from the hostile attacks this paper have researched deeply for the integrated mode of avionics self - protection system
航空自衛系統是先進航空電子綜合化系統的一個分系統，其主要功能是通過雷達偵察方式發現敵方雷達制導武器系統和紅外製導武器系統，並通過實施電磁干擾（有源干擾） 、箔條雲欺騙式干擾（無源干擾）和紅外誘餌欺騙式干擾（無源干擾）對抗敵方雷達制導武器系統、紅外製導武器系統，保護我機免受敵方武器系統攻擊。 -
Aom tells very instrument pilot under what visibility ( in terms of runway visual range ( rvr ) ) and or cloud ceiling can the aircraft take off, and under what visibility ( again in terms of rvr ) and visual reference can the aircraft continue the approach to land from the decision altitude ( for precision approaches, e. g. instrument landing system ( ils ) ) or from the minimum descent altitude ( for non - precision approaches ). there are a number of factors affecting the values of aom
機場最低飛行條件讓每名按儀表駕駛的飛行員知道，航空器在什麼能見度以跑道能見距離來說及或雲幕高度下才可起飛；以及航空器在什麼能見度以跑道能見距離來說及目視基準下，才可從決斷高度用於如使用儀表著陸系統的精確進場或最低下降高度用於非精確進場繼續進場著陸。 -
In the second part ( including chapter 4 ), this paper applies gray level coocurrence matrix and image texture feature quantities to evaluate eliminate effect through computing the same sampling region selected. the results show that the three methods can eliminate solar eclipse impact on the satellite vis imagery so that the topography, cloud system texture and ocean current are distinct and differentiable and it is good for analyzing the clouds and weather systems on the cloud image. comparing the three methods, the improved geometry - model method is the most effective
研究結果表明：原幾何模型法、改進的幾何模型法和數學函數模型法基本都能消除日食對雲圖的影響，經過訂正處理后，各種特徵紋理變細，結構變清晰，信息增加，有利於雲圖上雲和天氣系統的識別和分析；三種方法的比較認為，改進的幾何模型法訂正效果最好，原幾何模型法的效果較差，數學函數模型法更加快速、簡便，但其涉及的主觀因素較多。 -
In fact, the subtropical high affects the position of the meiyu cloud system so that the region of heavy rainfall determined
副熱帶高壓決定梅雨鋒雲系的位置，因此也決定了暴雨發生的區域。 -
Only recently have such international undertakings as the cloud feedback model intercomparison project ( cfmip ) and the cloud system study of the global energy and water cycle experiment begun a systematic comparison of the effects of clouds on dozens of the most important climate models, allowing researchers to start to unravel more precisely the role that clouds play in climate change
直到最近，一些國際事業才開始著手于對雲層在各種最重要的氣候模式中效應的系統化對比分析，諸如雲層回應模擬互比工程（ cfmip ）和全球能量與水循環試驗工程等，這樣研究人員就能夠更明確地了解雲層在氣候變化中的作用。 -
These works include the cloud system families of the meiyu heavy rainfall and their interactions, the structure, precipitation characteristics and microphysical features of the mesoscale convective complexes ( mcc ), the favorable genesis and evolution settings for mcs, the different environments between mcc and meso - p - scale convective system, the relationship between the tropical water vapor plume ( wvp ) and mcs, and what characteristics of the wvp
先後分析了梅雨暴雨系統的雲系成員及其相互作用；中尺度對流復合體（ mcc ）的結構、降雨特徵、微物理特徵及其形成和發展的有利環境條件；不同類型中尺度對流系統（ mcs ）形成與發展的環境條件差異；熱帶水汽羽和暴雨雲團的關系，水汽羽的動力和熱力特徵。 -
In this thesis a three - dimensional cloud model - microwave radiation transfer model combination is used to study the relations among the precipitation, other microphysical characteristics of a convective cloud system and the upwelling radiance at pertinent microwave frequencies. the results of the model are preliminarily compared with trmm products
本文利用對流性降水雲微物理模式和三維微波輻射傳輸模式，研究了中國陸地上暴雨系統的微物理結構，以及在特定的微波頻率對流性降水雲的降水強度、雲中各種微物理量與上行輻射之間的關系。 -
The cloud model gives a complete structure of the partical microphysics of a convective cloud system over chinese mainland
雲模式給出了中國陸地上兩個對流系統的粒子微物理特徵的完整結構。 -
Cloud system and precipitation in southern anhui province in winter half year and structure analysis of east asian circulation
皖南冬半年雲系和降水與東亞環流結構分析 -
Vortex cloud system
渦旋雲系 -
This paper lays heavy emphasis on the development for the software system in the cloud system
本文在研究中側重於雲層系統的軟體開發。 -
In addition, this paper involves the whole development process of the cloud system and some concrete technology problems, so it also
同時，本論文涉及到雲層模塊開發中的一些技術問題，因此對其它同類系統的開發也具有一定的借鑒意義。 -
Their interactions are important for the meiyu cloud system ' s construction / reconstruction to form a specific cloud style and intensity
這些雲系成員都可以影響到梅雨鋒雲系的形狀和強度，對梅雨鋒雲系的建立或重建都起到重要的作用。 -
In a word, this paper gives a primary study of the method to realize the cloud system of the visual display system in fs. so it lays the foundation for a further development
本文總的說來是對飛行模擬器視景系統雲層模塊實現方法的探索和初步確定，因此它為今後視景系統的進一步開發打下了基礎。
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