coarse scale 中文意思是什麼
coarse scale
解釋
粗標度-
Ga poses implicit parallelism and is suitable for implementation on large scale parallel computers. dividing the whole population into sub - populations and coarse - grained island model of exchanging information among sub - populations are the most direct parallel method
Gas具有天然的并行性，非常適合於在大規模并行計算機上實現，把串列gas中的單一群體分成多個子群體，各子群體之間相互交換信息的粗粒度并行是將gas并行化的最直接方式。 -
Further, full - scale experiments were carried out and the results demonstrated that the up - flow filtration with coarse media was efficient in removal of suspended solid, backwash of cleaning, and long action cycle. an effluent turbidity of 1 ntu was always achieved with an average filtration rate of 20 m / h
生產規模的運行實驗顯示粗石英砂濾料上向流過濾對懸浮顆粒的去除是有效的，反沖洗干凈徹底，過濾周期長，當平均濾速為20m h時，出水濁度為1ntu 。 -
Pilot - scale experimental results showed that, comparing to conventional gravity filtration, the up - flow filtration has greater capacity in containing removed suspended solid and producing filtrate under the test conditions. coarse media with particle diameter ranging 0. 63 - 2. 00mm were used in order to apply relatively higher backwash rate of 21 l / ( m2. s ) for achieving better media clean - up after a filtration run. under the test conditions, the media thickness ranging 82 - 85 iron, water temperature ranging 6 - 27, and influx turbidity of 30 ntu, it achieved the results of the average filtration rate ranging 16 - 18 m / h, the average effluent turbidity of 1 ntu, and action cycle ranging 14 - 24h
中試研究結果表明，粗石英砂濾料上向流過濾比傳統的重力流過濾具有更大的含污能力和產水量，為適用較高的反沖洗強度（ 21l （ m ~ 2 ? s ） ）以便濾料清洗更干凈，採用粒徑范圍為0 . 63 2 . 00mm的粗石英砂濾料，濾層厚82 85cm ，水溫6 27 ，進水濁度為30ntu左右等情況下，能獲得平均濾速為16 18m h 、平均濾后水濁度為1ntu左右、周期達14 24小時的好效果。 -
Understanding on building large - scale debris - retaining reservoirs in sediment concentrated and coarse sand area on the middle yellow river
對在黃河中游多沙粗沙區修建大型攔泥庫的認識 -
Analysis on resources of building large - scale debris - retaining reservoirs in coarse sand concentrated area on the middle yellow river
黃河中游粗泥沙集中來源區大型攔泥庫工程建設資源分析 -
The paper puts forward the structure of debris - retaining works system, layout consideration and construction principle for the coarse sand concentrated coming area, time sequence of the works construction of " large - scale first and small - scale second ", " downstream first and upper stream second ", and " carrying out section by section " and some problems demanding prompt solution according to the present facts and ; to speed up the preparation of a large - scale debris - retaining reservoir ; to draft the standards for a large - scale debris - retaining reservoir as quick as possible and ; lay emphasis on the schedule of various projects and correct understanding and fully playing the function of key dams through the analysis on achievements and problems of debris - retaining works building and combining with the gully characteristics of coarse sand concentrated coming area
摘要通過對粗泥沙集中來源區攔沙工程建設成就與問題的分析，結合粗泥沙集中來源區溝道特徵，提出了粗泥沙集中來源區攔沙工程體系的構成、布局思路、建設原則，提出了「先大后小」 、 「先下後上」和「分段實施」的攔沙工程建設時序，並針對當前工作實際，提出了亟待解決的幾個問題：加快大型攔泥庫前期工作步伐、盡快制定大型攔泥庫標準、重視各類工程實施進度以及正確理解和執行規范、充分發揮骨幹壩的作用等。 -
Then, using the large - scale coarse grained soil test system, the relative density and direct shear characteristics of sand - gravel mixtures in different size distribution were tested. and the soc affecting mechanism derived from non - uniform granular material was discussed. the phenomenon can be observed that, along with the increase of non - uniform degree, the accumulate structure will become more complex, and the sliding resistance among sands will grow accordingly
在此基礎上，利用大型粗顆粒實驗系統，測定不同非均勻系數沙石材料的相對密度和直剪特性，探討了顆粒非均勻程度對自組織臨界性影響的具體物理力學機制：隨著非均勻度的增大，散粒堆積體的顆粒結構空間分佈堆積方式的多樣性增大，顆粒滑動的摩擦耗能增加。 -
Only using coarse scale wavelet coefficients to reconstruct, standard wavelet transforms cannot possess excellent properties for general images which typically are piecewise continuous functions connected by large jumps. many problems arise near these jumps, caused primarily by the well - known gibbs ' phenomenon
對于包含許多劇烈跳躍的圖像，由標準的小波變換產生的粗尺度小波系數進行重構，效果不理想，尤其在圖像的劇烈跳躍處會產生gibbs 』現象。 -
Products from these global models are generally adequate for forecasting large - scale weather systems such as surges of the winter monsoon. however, limited by the coarse resolution of the data received, the grid point information is inadequate for resolving smaller scale features associated with inclement weather
在預報冬季季候風寒潮這類大尺度天氣系統時，上述資料一般來說是足夠的，但是對于中小尺度的惡劣天氣系統而言，資料的分解度就不夠精細了。 -
However, the relatively coarse resolution of these nwp data often fails to resolve the small - scale systems e. g. rainstorms that play a crucial role in the generation of
但是對于夾雜著惡劣天氣的小尺度系統而言例如暴雨，這些資料的解析度就顯得不夠精細。 -
However, the relatively coarse resolution of these nwp data often fails to resolve the small - scale systems ( e. g. rainstorms ) that play a crucial role in the generation of
但是對于夾雜著惡劣天氣的小尺度系統而言（例如暴雨） ，這些資料的解析度就顯得不夠精細。
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