流動性能 的英文怎麼說

中文拼音 [liúdòngxìngnéng]
流動性能 英文
flow property
  • : Ⅰ動1 (液體移動; 流動) flow 2 (移動不定) drift; move; wander 3 (流傳; 傳播) spread 4 (向壞...
  • : Ⅰ名詞1 (性格) nature; character; disposition 2 (性能; 性質) property; quality 3 (性別) sex ...
  • : 能名詞(姓氏) a surname
  • 流動 : 1. (液體或氣體移動) flow; run; circulate 2. (經常變換位置) going from place to place; on the move; mobile
  1. The flow behavior of resin, water outlet structure at bottom of the mixed bed, water inlet position of hydraulic transportation, water intake ratio, and pneumatic transportation etc. have been analysed, giving out optimal selection of them combined with reality in the field

    對樹脂的流動性能、混床底部出水結構、水力輸送進水位置、進水比例以及氣力輸送等進行了分析,並結合實際給出了最佳選擇。
  2. At last the material and the craftwork are attempted to repair a pipe. the results show that : firstly, all of hdpe / elastomer, xlpe, hdpe / dynamic vulcanization elastomer can obviously improve the shape recovery properties of hdpe ; the shape recovery properties of hdpe / nr is the best among the three kinds of blended system hdpe / epdlvl hdpe / nr and hdpe / nbr, but the mechanical properties and flow behavior will decrease in a certain degree. secondly, hdpe and hdpe ( 2480 ) / nbr ( 15 % ) have the better anticorrosion to hot crude oil, and the anticorrosion of ldpe is the worst ; thirdly, the content of elastomer should be about 15 wt % if the blended system is used in the intercrossing method in repairing old pipes

    結果表明: ( 1 ) hdpe彈體、 xlpe 、 hdpe態硫化彈夠顯著改善hdpe的形狀回復力;在hdpe epdm 、 hdpe nr和hdpe nbr三種共混體系中, hdpe nr的形狀回復力最好, hdpe彈體共混體系的力學流動性能隨彈體含量增加而降低; ( 2 ) ldpe耐80原油腐蝕很差, hdpe耐80原油腐蝕良好;共混體系中hdpe - 2480 nbr ( 15 )耐80原油腐蝕良好; ( 3 )作為穿插法修復舊管道的襯管材料,共混體系中彈體含量以15為宜。
  3. Hane good mobility, it can start - up quickly at low temperature and has high lube stabiliyt at hith temperature

    具有良好的底溫在底溫下極快啟,在高溫下保持極強的粘度穩定
  4. While the temperature increases the flow curves move down, and it is showed that between 180 and 190 the influence of temperature on the flow behavior is smaller, and the influence of shear rate is smaller

    而溫度的上升導致變曲線下移,可以認為,在180和190溫度區間內的流動性能相對溫度的影響較為穩定。剪切速率對流動性能的影響變小。
  5. In this paper, we focus on some typical nozzles of micron dimension being developed for micro - propulsion system in and abroad, and make modeling and simulation analysis of the performance of rarefied flow in the micro nozzle

    本文針對國外研製的微推進系統所用典型微米級噴管,對稀薄氣在微噴管內的流動性能進行了建模和模擬分析。
  6. The simulation results provided important theoretical basis for investigating the factors, which affect the efficiency of oil pump

    模擬模擬結果要夠反映機油泵在設計工況的流動性能和特殊現象。
  7. Simulation results reveal the well - behaved flow field at design load and the bad - behaved flow field which results in low efficiency at off - design load

    泵在設計工況有著良好的流動性能,在非設計工況出現了不良現象,影響了泵的效率。
  8. Our research is to design the mould arid optimize the molding parameters such as temperature and pressure and finally make the fender to meet the design requirements. also the fluidity and thermal conductivity of gmt are studied and theoretically analyzed the fluidity of gmt is studied by compressing the round shape gmt sheet under constant temperature

    本課題研究的主要目的是制定模具設計方案,優化成型工藝參數(溫度、壓力制度等) ,研製出滿足國產悍馬軍車擋泥板設計要求的製品;同時結合產品的研製,對gmt材料的流動性能、熱傳導進行初步的探索,為gmt製品的工業生產提供指導。
  9. The improvement of the flow character in intake port improves the dynamic characters and economy. all this can be used to reduce the cost

    提高進氣道的流動性能,可以提高發機的和經濟,這是降低經濟成本的有效方法之一。
  10. In recent years, due to the phase - out of hcfcs in refrigeration and air conditioning industry, refrigerants which do little harm to enviroment are being developed and their thermodynamic characteristics are being studied deeply

    近年來,製冷與空調行業中所採用的hcfcs製冷劑的禁用與替代成為研究熱點問題,人們努力尋找新的對環境無害或危害小的製冷工質,並對這些新的製冷工質的傳熱及流動性能進行深入的研究。
  11. This paper has researched on the performances of heat transfer and flow in the heat exchanger, the collective vehicle project and the performance of launch system about this concept

    本文對這一概念中的換熱器內工質傳熱流動性能、運載器總體方案、發射系統等開展研究。
  12. Surface active agents. determination of flow properties using as rotational viscometer

    表面活劑.用旋轉粘度計測定流動性能
  13. Studied systematically the effect of two types of blending processes for cb - hdpe composite processing on the properties of the composite, the writer consider that enhancement of blend is bad for conductivity ; but blend in molten state is good for impact strength and flowabiiity, and in solid state effect of blend is minate

    系統地研究了聚合物成型加工中,炭黑填充hdpe復合材料必經的兩種混合過程對其影響。發現對導電而言,增強混合是無益的。對于沖擊強度和流動性能,固相混合作用不明顯,熔混卻明顯改善
  14. Valves - test of flow resistance using water as a test fluid

    閥門.用水作為試驗體的耐流動性能試驗
  15. The influence of different kinds of hdpe, elastomers and elastomers " content on the shape recovery properties of blended system is studied ; the shape recovery mechanism of hdpe and blended system is discussed ; also the anticorrosion properties of hdpe and blended system in normal and high temperature during a long time crude oils is studied. meanwhile we study the mechanical properties and the influent rule of the content of elastomer on blended system ' s mechanical properties

    研究了兩種hdpe 、 hdpe不同彈體、 xlpe及hdpe態硫化彈體的形狀回復力;探討了hdpe及共混體系形狀回復的機理;研究了長時間、常溫和高溫條件下,不同材料的耐原油腐蝕及機理;還研究了彈體的含量對共混體系力學流動性能的影響規律。
  16. Have good mobility, it can start - up quickly atlow temperture and has higt lube stability at high temperature. it can prevente wear 、 save energy sources 、 conserve 、 environmentalist

    良好的低溫在低溫下極快啟,在高溫下保持極強的粘度穩定,具有抗磨損、養護、節、環保的優點。
  17. Effect of - ray irradiation on the structure and melt fluidity of uhmwpe

    射線輻照對超高分子量聚乙烯結構與流動性能的影響
  18. Advanced technical ceramics - ceramic powders - determination of flowability behaviour of ceramic granule ; german version env 14312 : 2002

    高技術陶瓷.陶瓷粉.陶瓷顆粒流動性能的測定;德文版
  19. Adhesives - test methods for hydraulic setting floor smoothing and or levelling compounds - determination of flow characteristics

    膠粘劑.水凝地面平整和或找平填料的試驗方法.流動性能的測定
  20. First, by measure the fiber content in different radius range, the influence of pressure and temperature on fluidity is investigated

    1 )通過測量擠壓后不同半徑范圍內的纖維含量,研究了壓力、溫度等對材料流動性能的影響。
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