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TranslationMobile

充水比
壓縮比
裝填系數(shù)

"fill" in Chinese : vt. 1.注滿，裝滿，裝填，填充。 2.(風(fēng))張滿(帆 ...
"ratio" in Chinese : n. (pl. ratios) 1.比，比率，比值；比例 ...
"fill in ratio" in Chinese : 填充系數(shù)、占體率; 占體率
"fill-in ratio" in Chinese : 占體率
"die fill ratio" in Chinese : 模裝填比; 體積壓實比; 壓模充填比
"fill-in ratio of conductor" in Chinese : 導(dǎo)體的占積率
"ratio of cut to fill" in Chinese : 挖填比
"fill" in Chinese : vt. 1.注滿，裝滿，裝填，填充。 2.(風(fēng))張滿(帆)，使(帆背)受風(fēng)。 ...
"fill in" in Chinese : 把……填進去，把（表格等）填好; 補防; 代替，填寫; 記住了填寫，填充; ...
"fill in for" in Chinese : 代替; 庖代
"fill in on" in Chinese : 告訴
"fill to" in Chinese : 填寫
"fill with" in Chinese : 使充滿; 用。。。填; 用……填充; 用……裝滿
"fill … with …" in Chinese : 用裝滿（填滿）
"fill-in" in Chinese : n. 1.(暫時)補缺者；替工；臨時填補物。 2.〔美口〕(有關(guān)事實的)摘要 ...

Examples

The resulting 2 : 1 flash - fill ratio will produce filled shadows one stop darker than the main subject
這種設(shè)置下，照片的陰影區(qū)會比主體的亮度低一檔。
Testing of packaging ; determining the filling ratio of standard capacity prepacks ; prepacks whose contents are indicated by weight
包裝檢驗.第1部分:標(biāo)準(zhǔn)容量預(yù)包裝填充率的測定.預(yù)包
We find that the main factor of embarrassing dropping frequency is that filling ratio will decrease when increasing seed - metering plate ' s rotate speed
通過分析以往的排種器我們發(fā)現(xiàn)，限制排種頻率提高的一個重要原因是當(dāng)排種器轉(zhuǎn)速提高對，充種率會降低。
Testing of packaging ; determining the filling ratio of prepacks ; form relating to coefficients of variation for the density of the packaged material and for the package for adhesives and allied products
包裝的檢驗.預(yù)包裝充滿率的測定.包裝材料密度和粘合
Based on these work , the effect of the current , the filling ratio and the shape of electrode end on the distribution of slag flow rate was investigated which provided the basis for the production of the electroslag casting
并以此為基礎(chǔ)，研究了熔鑄電流、填充比和電極端部形狀對熔渣流速分布的影響，為實際生產(chǎn)提供了依據(jù)。
For fin system , the spatial distributions of three defined physical quantities , filling ratio , extend measure and stretch direction , are described for general fin structures . based on which the heat transfer between fin system and fluid is modeled mathematically
對于翅片強化對流換熱，提出用填充率、擴展量和伸展方向這三個物理量在空間內(nèi)的分布來描述翅片系統(tǒng)的一般結(jié)構(gòu)，并建立了相應(yīng)的熱量輸運模型。