cws 中文意思是什麼

cws 解釋
CWS ＝ Chemical Warfare Service 〈美國〉化學兵，化學勤務。

  1. Study on the synthesis and application of polycarboxylic acid cws additive

    聚羧酸系水煤漿添加劑的合成研究
  2. Implement role - based access to the cws ( or other clinical database )

    從功能角色方面進入cws （或者其他的臨床數據庫） 。
  3. Experimental study of the coal - ash fusion characteristics of waste - liquid coal water slurry and refined coal cws

    廢液水煤漿和精煤水煤漿煤灰熔融特性試驗研究
  4. The datong deashed coal, some different minerals, and five additives were used during the coal water slurry ( cws ) preparation

    摘要以深度脫灰的大同煤為原料，通過加入一定量的不同類型礦物，用5種添加劑進行成漿實驗。
  5. 03 white cws & soda : the french are always arrogant. if they know that cws was watered like that, what will they think about it

    03純白軒尼詩+蘇打水：法國人一向是很驕傲的，要是得知軒尼詩被這樣勾兌一番，不知會作何感想。
  6. Finite element method was used for the calculation of temperature field, temperature gradient and thermal stress of the coal water slurry ( cws ) ceramic nozzle

    摘要採用有限元法對陶瓷水煤漿噴嘴溫度場、溫度梯度及其熱應力進行了分析計算。
  7. The distribution of minerals in cws was analyzed by means of cutting coal into slices in order to investigate the influence of minerals on stability of cws

    用切片法考察了幾種礦物在水煤漿體系中的分佈情況，並探討了礦物對水煤漿穩定性的影響規律。
  8. Translate the cws ( or other clinical database ) relational database into an xml stream and re - constitute the data in a better normalized data model

    將cws （或者其他的臨床資料庫）相關資料庫轉化成一個xml流，並且重建一個較好的規?化資料模型上的數據。
  9. Results showed that the temperature, temperature gradient and thermal stress at the exit surfaces of the cws ceramic nozzle were higher than that of other part of the nozzle

    結果表明：在陶瓷水煤漿噴嘴的出口端面存在較大的溫度、溫度梯度和熱應力。
  10. Being lacking of understanding of behaviors of circular working shaft, the paper proposed theory about ring - beam ' s load - distribution calculations and analyzed the structural behavior of circular working shaft ( cws ) by the numbers from the standpoint of properties of structural style and stress incorporated with thoughts of shared load introduced to research of cws. first, regarding cws as structure of series of hypothetic horizontal circular rings and vertical beams, and considering cws ' s formation and development, the paper proposed load - distribution thoughts to solve cws ' s calculations. ring - beam calculation theory was put up and software cbtlmp1. 0 was worked out based on the conditions of external applied load shared by rings and beams, and of deformation conformity

    首先，本文提出用分載思想解決圓形工作井結構的計算分析問題，將圓形工作井結構看成是由一系列的假想的水平圓環和豎直梁組成的結構，考慮工作井形成過程及形成階段與項進階段的連續性，根據某一時刻相對于上一時刻外載增量由環與梁分擔、環與梁在交叉處變位增量一致的條件將環計算理論與梁計算理論結合起來，據此建立了環?梁分載計算理論並研製了環?梁分載計算分析軟體cbtlmpv1 . 0 。
  11. Secondly, the paper analyzed the behavior of isotropic and orthogonal anisotropic materials " cws on the basis of above theory and software. regularities of cws " deformation inner force and shared load and earth pressure in excavating stage and driving stage were gained. regularities influenced by material features top beam excavating depth sidewall depth properties of soil layers rear backing and location of load were also obtained, especially rules of display degree exerted by circular and vertical loads were also obtained

    通過分析，得到了形成階段及頂進階段圓形工作井的變位、結構內力、分載及土壓的分佈規律及材料性質、頂冠梁及圍檁、開挖深度、井壁插深、土層性質、后靠背、頂載作用位置等因素對結構受力性狀的影響規律，特別是得到了工作井在受力時結構環向與豎向承載作用發揮程度的規律。
  12. These results very close to engineering fact, then analyzed mostly factors : oxygen - coal mole ratio which affect cws gasification process and coal gas component on outlet, also advanced any measures to increase coal gas effective component ( co + h2 ) on outlet

    得到了氣化爐內的溫度場、流場、濃度場以及出口粗煤氣成分，其結果與工程實際相比非常接近；並利用得到的結果分析了影響水煤漿氣化過程和出口煤氣成分的主要因素即氧煤比，提出了提高出口煤氣有效成分（ co + h2 ）的措施。
  13. Phenomena, such as flow field confusion and slagging etc. have occurred in the practical process of cyclone burner for coal - water slurry ( cws ) firing, on this basis a study on aerodynamic field of cws cyclone burners had been carried out through cold state experiments in the laboratory, then the influence of burner ' s structure properties upon the said flow field had been carried out, and expected to find more reasonable structure of the burner was found. in my study the focus is on the affection of cone and cyclone intensity in the condition of infinite and finite fields

    本文著重研究現有水煤漿旋流燃燒器的旋流葉片角度，一次風擴口的長度以及角度對旋流燃燒器出口流場的影響，通過流場的比較，以期得到性能較好的旋流燃燒器。考慮到水煤漿燃燒器中心的水煤漿射流對于其空氣動力場的影響，本文在實驗室冷態實驗研究的基礎上，模擬水煤漿射流，研究其對燃燒器空氣動力場的影響。
  14. Through the experiments we can safely get the conclusion that the cyclone burner cannot only insure the complete combustion of cws, but also can reach the need of environmental protection. in comparison with the cold experiment ( including in the infinite field and finite filed ), numerical simulations were done using k - e standard model

    結合實驗結果，本文提供了在不同燃燒環境下，選擇水煤漿旋流燃燒器的各種依據，其既能保證足夠的迴流區和迴流量，使水煤漿能夠穩定的著火燃燒，又能保證有效的避免結渣。
  15. Finally, an example of circular jacking pipe constructed by smw method was analyzed, cws ' s specificity of material zoning in circular direction was clarified. the paper ' s main research findings are to propose ring - beam load - distribution theory provide cws ' s calculation method and program software

    最後，對一個用smw工法建造的圓形頂管工作井工程實例進行了分析，闡明了沿環向材料分區時的工作井的一些特殊特徵。
  16. Cws ' s deformation inner force regularities of load share and earth pressure were get. the paper provides approaches to calculate and analyze bracing of foundation pit in complex stress. conclusions are to help engineers further understand performance of structure of circular bracing of foundation pit and cws

    本文對復雜受力狀態下基坑維護結構及工作井結構的計算分析提供了一條途徑，文中的一些結論對提高人們對圓形基坑圍護結構與圓形工作井結構的受力性狀的認識會有一定的幫助。
  17. Three - dimensional finite element model for the calculation of steady temperature field and thermal stress of the cws nozzle were established according to the structure of cws nozzle and its working conditions

    根據水煤漿噴嘴的結構和噴嘴工作情況，建立了水煤漿噴嘴三維穩態溫度場和熱應力的有限元模型，確定了邊界條件，分析求解得到陶瓷水煤漿噴嘴的溫度場、溫度梯度和熱應力。
  18. In addition, in the experiments i simulated the affection of cws jet flow to the combustor ' s aerodynamic field. from the results, we can get the affection of the location of air gun to the aerodynamic field

    本文首先對3 . 5t h時的水煤漿旋流燃燒器進行了實驗研究，並採用了k -雙方程模型計算了該燃燒器的出口流場分佈。
  19. Greater temperature gradient and higher thermal stress were the main reason that caused the failure of the exit surface of the cws ceramic nozzle

    根據對陶瓷水煤漿噴嘴磨損形貌、溫度分佈和熱應力的分析，得出陶瓷水煤漿噴嘴出口處較大的溫度梯度和熱應力是導致其出現破損和脫落的主要原因。
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