混合比 的英文怎麼說

中文拼音 [húngěbǐ]
混合比 英文
air fuel ratio
  • 混 : 混形容詞1. （渾濁） muddy; turbid2. （糊塗; 不明事理） foolish; stupid
  • 合 : 合量詞（容量單位） ge, a unit of dry measure for grain （=1 decilitre）
  • 比 : Ⅰ動詞1 （比較; 較量高下、 長短、距離、好壞等） compare; compete; contrast; match; emulate 2 （比...
  • 混合 : （攙雜在一起） mix; blend; mingle; admix; mixture; mix up; interfusion; commixture; blending; cre...
  1. The pulse pneumatic conveying system has been a important transporting method for grain material, because of lower velocity, higher ratio of blend and a littler gas, as well as shattering less materiel, abrasing pipeline and easy recovery

    脈沖氣力輸送裝置以其低速、高混合比、低耗氣量等一系列持點，並由此帶來的被輸送物料破碎少、管道磨損小、產生粉塵少並且易於回收等優點，成為新一代粉粒料氣力輸送設備，並且被廣泛使用。
  2. Afc air fuel control

    空氣燃油混合比調節裝置
  3. Fig. 5 atmospheric cfc - 11 mixing ratio

    大氣層中cfc - 11的每月平均混合比。
  4. 6 atmospheric cfc - 12 mixing ratios

    大氣層中cfc - 12的每月平均混合比。
  5. A complex mixed - phase explicit microphysical parameterization scheme, which also be known as reisner 2 explicit scheme was developed for use in the ncar / penn state mesoscale model versions ( mm5 ). the single - moment schemes has additional variables for graupel and ice number concentration, in which the mixing ratio of cloud water, rain water, cloud ice, snow and graupel are predicted and number concentration specified

    Mm5中的reisner2方案是一種含霰的復雜混合相顯式雲物理方案，該方案包含了雲水、雨水、冰晶、雪和霰的混合比預報方程，同時對冰晶的數濃度作了預報。
  6. Adopting the simplex - barycenter design, optimal mixture ratio among carbendazim and triadimefon and thiophanate - methyl which control wheat scab acre studied in this paper

    摘要採用單形重心設計法研究了多菌靈、三唑酮、甲基硫菌靈不同混合比例防治小麥赤?病。
  7. They varied both chamber pressure and mixture ratio, making use of a stepfunction change in the oxidizer injection rate.

    他們通過用氧化劑噴射速率階躍函數變化的方法來改變氣室壓力和混合比。
  8. Using mass flux controller ( mfc ), gas regulation system achieved accurate mix of two kinds of gases, steel bottle gas ( some compressed gas ) and zero air ( pure air ). for the sake of data transmission between dynamic air regulator and other equipments in the monitoring air quality system, normal digital interface ( rs - 232c ) make correlative role of communication interface so that automatic survey could be achieved

    本儀器採用國際先進的自動控制配氣原理，採用精密質量流量控制器（ mfc ）來控制鋼瓶氣（某種壓縮氣體）與零空氣（純凈無污染的空氣）的混合比來得到精確濃度的校準氣體，以便於對各種氣體監測儀進行高精度校準。
  9. For design calculations, it is usually adequate to use the theoretical value for the approximate mixture ratio, corrected by a typical combustion efficiency factor.

    對于設計計算，採用相應混合比的理論值，並用典型的燃燒效率系數來修正，通常這樣做是恰當的。
  10. Low temperature flexible, easily pourable rtv silicone sealant / encapsulant, can be used with a wide variety of curing agents, thus varying pot life, cure time, mix ratios and cure conditions

    低溫彈性，易澆注的rtv密封硅膠，可與多種固化劑使用，可改變灌膠時間、固化時間、混合比率以及固化條件。
  11. The essential elements and process of gas reservoir formation of ordovician in ordos basin have been annalysed systematicly and scientificly by means of the theory and method of organic geochemistry and tectonic geology in this dissertation. the several advanced techniques, such as gas generation thermal simulation, on - line individual gas compounds carbon isotope determination ( py - gc - c - ir - ms ), the analysis technique of light hydrocarbons and biomarkers in natural gas, gas migration simulation and gas carbon isotope determination in fluid inclusions, have been applied to focuse on the study of the gas generation mechanism of souce rock, correlation between gas and source rock, reservoir formation history, migration direction, charging road in detail

    應用有機地球化學和構造地質學理論和方法對鄂爾多斯盆地奧陶系天然氣地質研究中薄弱環節成藏要素和作用進行了系統科學分析。利用烴源巖生氣定量熱模擬技術、熱模擬在線碳同位素實驗技術、氣體輕烴和生物標志物分析技術、運聚成藏物理模擬技術和包裹體中碳同位素分析技術等多種先進的實驗技術對烴源巖的生氣機理、氣源和混合比、成藏史、充注路徑、運移方向和構造作用與成藏關系等問題進行了深入的研究，在前人研究的基礎上，經過本次大量的實驗分析和綜合研究，提出了一些新的認識。
  12. Abstract : this paper researches into the complex adhesive ， which was mainly made by the soy protein isolate ( spi ) and polyvinyl alcohol or polyvinyl acetate. different composition of protein and polymers can perform different characters, together with other ingredients. the factors, which are related to the first adhesive strength and adhesive strength, are mainly studied and discussed. the first adhesive strength of the complex adhesive is related to the content of spi, and the adhesive strength is related to the content of the complex adhesive. on the basis of the researching, we can make the plant fibre box for food in the future

    文摘:對大豆分離蛋白?聚乙烯醇、大豆分離蛋白?白乳膠復合膠粘劑進行了研究，採用不同混合比例及添加其他助劑，得到較好性能和可生物降解的復合膠粘劑，為製造一次性植物纖維快餐盒打下基礎.主要研究了影響這種復合膠粘劑粘接木塊的初粘力（剪切和拉伸強度）和粘接強度的因素，實驗表明： 9 . 2 %濃度的大豆分離蛋白的初粘力（剪切和拉伸強度）優於10 %濃度的聚乙烯醇膠和33 %濃度的白乳膠；大豆分離蛋白復合膠粘劑的初粘力主要與大豆分離蛋白含量有關，其最終粘接強度與膠液固含量正相關
  13. A nearly constant air-fuel ratio is maintained by the main metering system from part-to-wide-open throttle.

    從節氣門部分開啟到全部開啟，主計量系統保證了空燃混合比幾乎恆定。
  14. Hybrid bit - flip decoding algorithm for ldpc codes

    低密度校驗碼的混合比特反轉譯碼演算法
  15. Mixing of lp gas and air and supply of the mixture to an engine

    控制空氣的吸入量，為發動機提供最佳混合比的燃料氣體。
  16. Armed with knowledge of the physical properties of the four cones and the oil droplets, butler and i were able to calculate what mixture of red and green wavelengths birds should see as having the same hue as a particular yellow wavelength

    知道了四種錐細胞與油滴的物理性質之後，巴特勒與我就可以計算出來，如果要使鳥類將紅綠混合光看成是特定波長的黃光時，其間的混合比率該是多少。
  17. F a fuel - air ratio

    燃油空氣混合比
  18. Vapour air ratio

    蒸氣空氣混合比
  19. Gas air ratio controls for gas burners and gas burning appliances - part 1 : pneumatic types ; german version en 12067 - 1 : 1998

    氣體燃燒爐和氣體燃燒裝置的氣體空氣混合比控制調節
  20. For series hev the paper gives a control strategy aiming at achieving the lowest fuel consumption. for parallel hev, gives a method to find the hybridization rate which is not dependent of any driving cycles. for combined hev, the paper gives an efficiency loss minimization strategy, the sole criterion is the efficiency loss at the current operating point, thus economic fuel consumption could be guaranteed for a wide v ariety of driving tasks and this strategy could apply into any kinds of hev

    對串聯驅動方式，提出了以燃油消耗最小為目標的控制策略；針對並聯能源混合的問題，提出了一種不依賴于任何驅動行駛循環的能源混合比例方法；針對混聯驅動方式，提出了一種整車功率損失最小控制策略，該策略的唯一準則是在當前工作點下總功率的損失最小，因此在較廣的驅動行駛范圍內其燃油經濟性內都是可以被保障的，且該策略可以運用到任何形式的混合動力車輛上。
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