carrier size 中文意思是什麼
carrier size
解釋
承載齒輪尺寸-
By performing fourier transformation, the relationship between the turbulent intensity of the particle and that of the carrier fluid was obtained which makes clear that particle size, specific gravity, velocity gradient, and the characteristic frequency of energy - containing eddies are four basic influencing parameters. it is proven theoretically that under certain conditions, the stream - wise and transverse particle turbulent intensities exceed those of the carrier fluid. based on the equations of two - phase flow, the presence of fine sediment suspension is shown to attenuate the turbulent intensity of the water
通過對細小顆粒在剪切流場中運動方程的fourier分析，得到了顆粒脈動強度和流體脈動強度之間的定量關系，表明顆粒粒徑、顆粒密度、流速梯度以及紊動場含能旋渦的特徵頻率是影響顆粒脈動強度的主要因素，首次從理論上證明了在一定條件下，顆粒在縱、垂向的脈動強度均會超過相應的流體脈動強度，為已有的實測資料提供了合理的解釋。 -
On the supply side, the study considered container size, speed, service frequency, and the shipping distance to construct a shipping operating strategy model by maximizing the carrier ' s profits
在供給面，則考慮海運公司營運船舶、貨櫃流量、運送距離等因素，構建海運公司提供不同運送方案之營運策略規劃模式。 -
( 6 ) reasoning of influence on first round hit probability of frag - demolition projectile by accuracy, by density, and by size of target is made, so is reasoning of influence on first round hit probability of carrier projectile by dispersion of sub - projectiles
（ 6 ）分析論證了密集度、準確度、目標尺寸對殺爆彈首發命中概率的影響，分析了子母彈子彈密集度（散布）對子母彈首發命中概率影響。 -
Influences on the hitting probability by error of carrier, by dispersion of sub - projectiles, by size of target, by the numbers of sub - projectiles, and by the range of fire are analyzed
分析了母彈的射擊誤差、子彈的散布誤差、目標幅員、重迭度、子彈攜帶量及射距離對子母彈首發命中概率的影響。 -
In digital holography, the off - axis setup ca n ' t make effective use of the pixels of a ccd camera because of the necessity for carrier fringe. and the size of the reconstructed image is also limited by the presence of zero - order and conjugate image in off - axis digital holography
數字全息中，由於記錄介質ccd的有限解析度，同軸數字全息較離軸數字全息有更多的優點，它可以有效利用ccd的像元個數，擴大再現像的視場，提高再現像的解析度，更適合記錄小尺度三維物體。 -
Properties of filler ( such as carrier ' s shape, particle diameter, pore size, surface area, as well as surface coverage, carbon content and bonded types of the bonded group ) and filling of chromatographic column shall directly affect retention behavior and separation effect of the articles to be tested
填充劑的性能（如載體的形狀、粒徑、孔徑、表面積、鍵合基團的表面覆蓋度、含碳量和鍵合類型等因素）以及色譜柱的填充，將直接影響待測物的保留行為和分離效果。 -
Dryar - bluetooth use can be set up to receive paper trails could indicate the transmission of documents, and size of the carrier
使用dryar - bluetooth可以設置接收文件的路徑，能顯示傳送中的文件名，大小，傳送者。 -
Logistics delivery enterprise play the important role in the side of the cost control and providing rapid and accurate service as the carrier of material flowing, the problem of the size of the logistics delivery truck fleet come out
物流配送企業作為供應鏈物資流動的載體和組織管理者，在供應鏈成本控制和提供快速準確服務方面發揮著重要作用，根據客戶需求組建一支何等規模的配送車隊的問題也就隨之產生了。 -
In this paper, aimed at the problems existed in theoretical analysis and application of ftm, the discrete fourier transform method is applied to analyze the traditional ftm ( tftm ). and computer simulation is applied. the main propose is to solve the problem, such as frequency shifting, selection of carrier frequency big or small and selection of filter window size. considering the feature of double - exposure holographic interferometry, we propose a modified ftm ( mftm )
針對二次曝光數字全息干涉術中ftm存在的理論缺陷和具體應用到二次曝光全息干涉計量中存在的問題，本文從離散傅立葉變換的角度對傳統的傅立葉變換法（ tftm ）進行了理論分析和計算機模擬計算，並重點致力於解決ftm中的移頻問題、載頻大小的選擇以及濾波窗口大小的選擇等關鍵問題，結合二次曝光全息干涉的特點提出了改進的傅立葉變換法（ mftm ） 。 -
The sn with controllable size and size distribution can be obtained by adjusting preparation parameters. so, it is expected to use the sn as targeted drug carrier
通過控制r值和澱粉液濃度可以制備粒徑及粒度分佈可控的澱粉納米粒，從而使澱粉納米粒可望開發為靶向藥物載體。 -
Abstract : feasibility of preparing nanometer - structure poly - oxometalates is reviewed and their special property investigated. formation process and preparation of nanometer - size poly - oxometalates and selection of their carrier material are discussed and prospect for further research and development forecast
文摘:評述了製造納米結構的多金屬氧酸鹽的可行性，探索了它們的特殊性質，並對納米級多金屬氧酸鹽的形成、制備及載體的選擇進行了分析，展望了進一步研究和開發的前景。
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