攪拌槳 的英文怎麼說

中文拼音 [jiǎobànjiǎng]
攪拌槳 英文
agitating blade
  • : 動詞1. (攪拌) stir; mix 2. (擾亂; 攪擾) disturb; annoy
  • : 動詞(攙和) stir and mix
  • : 名詞1. (劃船用具) oar; paddle 2. (螺旋槳) propeller
  • 攪拌 : stir; whip; agitate; mixing; puddle; [工業] rabbling; agitation; shaking down; stirring; churning
  1. The mixing characteristics of parabola turbine used in biochemical engineering

    攪拌槳氣液混合性能研究
  2. Power curve measurement and analysis for type of axial - flow stirrer

    一種高效節能型軸流式攪拌槳功率曲線測定及分析
  3. In line with the corrosion of main equipment in medium and small single superphosphate plants, an inquiry is made into the use of polypropylene plastics in mixers, agitator propellers and the fluorine recovery system for prevention of corrosion

    結合中、小過磷酸鈣生產企業在生產中存在的主要設備腐性問題,探討了聚丙烯塑料在混合器防腐、攪拌槳防腐處理及在氟回收系統中的應用情況。
  4. The influences of structure variables such as impeller types, baffle configurations, gas sparger, and operational variables such as gas rate, particle fraction on critical suspension speed of floating particle in an agitated vessel were investigated

    摘要探討了攪拌槳型、擋板和氣體分佈器等結構因素及氣體流量、顆粒質量分數等工藝因素對下沉顆粒三相體系臨界轉速的影響。
  5. Propeller is a critical part of crystallizer, the geometry shape and dimension of which determine the flow field in the crystallizer

    攪拌槳釜式結晶器的重要部件,釜內飽和溶液的整體流動形式與攪拌槳的葉剖面形函數和的結構參數密切相關。
  6. In addition, the correlations of for some better impeller - baffle - sparger combinations were obtained

    此外,給出了幾種較好型擋板分佈環組合的臨界轉速關聯式。
  7. The results showed that the influence of the lower impeller on njsg was the largest, and three - bladed back - sweep impeller was the optimum

    結果表明,底層對臨界轉速的影響最大,最佳的底層為3葉后掠
  8. Impeller configuration is matched to the process conditions

    攪拌槳結構與工藝條件相匹配。
  9. Corrosion and protection of stainless steel agitating blade of reactor

    反應器不銹鋼攪拌槳的腐蝕與防護
  10. Three - dimensional flow numerical simulation of double turbine impellers

    雙層渦輪攪拌槳三維流場數值模擬
  11. The surface of propeller is divided as virtual module for the purpose of manufacture. 4

    為設計/製造的方便,將攪拌槳的葉面、葉背劃分為不同的虛擬模塊。
  12. Mixer s dimension, paddle s type, speed, material and other parameters can be provide by consumers

    可提供系列筒體直徑系列攪拌槳形式不同轉速及材質的
  13. The propeller is belong to the thin - wall and jib - arm part, and it is needed to analyzing the strength and rigidity

    從中找出流場的變化規律和最理想參數值。 5對攪拌槳進行結構動、靜態分析。
  14. Wearable and anti - eroding coat is added after renewing the shape and dimensions to insure the life of mixer blade

    修復后的攪拌槳葉是在恢復原有的形狀后,表面再施加抗磨抗腐蝕耐磨塗層,確保攪拌槳的使用壽命。
  15. By the operational results, the optimum plan should be : 2 additional crystal seeding tanks and a single tank with section - changeable stiring paddle

    根據運行結果,提出最佳配置方案為:增加2臺品種槽,選用單菜單槽配變截面攪拌槳
  16. By varying the main structure parameter of propeller and multi - parameter optimization calculation, the regularity of flow field and the most suitable parameters are got

    介紹了通用流體力學軟體fluent的使用方法和技巧。改變攪拌槳的主要結構參數值,進行多參數優化計算。
  17. For mechanical mixing pools, the effect depends greatly on the shape of the wheel of mixers

    對于機械混合池來說,對其混合效果影響極大的是所採用器的葉形狀。
  18. The effects of hydrofoil impeller on erythromycin fermentation and variation of fermentation parameter such as broth viscosity, dissolve oxygen, fermentation unit, power consumption on the scale of 20 ton fermentor, etc. with time were studied

    摘要在20t工業發酵罐中,研究了翼形軸流對紅?素發酵過程的影響,重點考察了粘度、溶氧、效價等過程參數變化,以及功耗與發酵產量之間的關系。
  19. The results showed that process parameters varied with time in fermentation was distinct for different agitator and the hydrofoil impeller instead of the disc turbine impeller might significantly reduce power consumption under the same condition

    研究結果表明: ( 1 )與傳統的渦輪攪拌槳相比,翼形軸流其發酵過程參數(粘度、溶氧、效價等)隨時間的變化曲線有明顯的差異; ( 2 )在相同的生產條件下,用冀形軸流代替渦輪可有效提高生產效率。
  20. The traditional design method of propellers is calculating the surface of propeller from table of offsets, which is low - precision and time - consuming. the dynamic flow performance could n ' t be forecasted by this method

    傳統攪拌槳設計都仿照船用推進螺旋的圖譜設計法,查表計算,精度低、周期長,且無法預測的流體動力性能。
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