micro scale 中文意思是什麼

micro scale 解釋
微標度
  • micro : n. ,adj. 〈美口〉1. 微型電腦（的）。2. 特超短裙（的）。
  • scale : n 1 （尺、秤等上刻劃的）分度，度數，標，標度，刻度；尺寸；尺，尺度。2 【音樂】（標度）音階；音列...
  1. 3. the research on the fluid of micro - scale has an applicable perspective, so it has been the focus of the fluidics experts and engineers in recent years

    （ 3 ）微流體的研究具有廣泛的應用前景，近年來成為流體力學專家和工程師們研究的熱點。
  2. Green chemistry and micro scale chemical experiment

    與微型化學實驗
  3. Geological material, no matter soil or rocks, has the characteristic, such as crystal grain structures, pores or micro - cracks etc., on micro - scale and usually contains fluid or gas in pores and micro - cracks. so the problems about geological material are really the problem of the interaction between the fluid, solid and gas

    地質材料，不論是土還是巖石，在微觀結構上都具有晶粒結構、孔隙、微裂紋等特徵，並且在孔隙或微裂紋中還往往含有流體或氣體，因此地質材料的力學問題往往是液體、固體以及氣體間相互作用的問題。
  4. Ph linearization method is employed to solve a nonlinear reynolds equation for a steady state and micro - scale flow field, and the approximate function expressions of gas dynamic pressure and velocity in the spiral groove are obtained

    摘要應用ph線性化方法、迭代法，近似求解了螺旋槽內穩態微尺度流動場的非線性雷諾方程，求得了氣體動壓和速度分佈的解析解。
  5. Based on the analysis of the micro - scale adhesion model between gecko and surface, a novel adhesion array of biomimetic gecko crawling mechanism with active control ability is proposed

    摘要分析了壁虎與表面間的微尺度粘附接觸作用模型，在此基礎上設計了一種具有主動控制能力的仿壁虎微納米粘附陣列。
  6. Dechlorination of chlorinated aliphatic compounds by micro - scale al - zn - mg fe powders as advanced zero - valent iron

    復合粉體降解水體中氯代有機物污染的研究
  7. We investigate the whole process and technique details of micropiv, such as the micro scale flow mode making technique, and optimum velocity according to the existing test condition, and selecting of trace particle, the software interface of the image acquisition, the software interface, analysis of the specification parameters of the micropiv technique, and the selection of the key experiment parameters

    本文研究了micropiv試驗技術的全部過程和技術細節，如現有條件下微型流場的製作工藝、適合測量條件的流場速度、示蹤粒子的選擇、圖像採集的軟體介面等，分析了micropiv技術的性能參數和重要實驗參數的選取。
  8. In view of the fact that the power of the nano technology and its many potential application in thermal science, the thesis mainly discussed the potential application of the nano technology in micro scale heat transfer, the stability of the nano particle suspension. experimental facility was designed and built up to study flow and heat transfer performance of cuo nano particle suspension and water in mini tubes

    鑒于納米技術表現出的強大生命力和在熱科學領域中潛在的廣闊應用前景，本文探討了納米懸浮液的穩定性，設計和建立了實驗系統，實驗研究了細圓管內氧化銅納米顆粒懸浮液流動及換熱特性，包括流動阻力特性，流動的轉捩和換熱特性。
  9. As the semiconductor process technology steps into the deep sub - micro scale, the increasing number of transistors on single chip is making the digital system ever more complicated, and the clock frequency has already achieved the level of kilomega hz

    隨著半導體工藝水平步入深亞微米階段，單個晶元上的晶體管數越來越多，現代數字系統變得越來越復雜，時鐘頻率也己經能達到千兆赫茲以上。
  10. Two factors are considered including distribution functions and detected flow data, and a vehicle generator of micro - scale is proposed based on detection period

    用於描述一定時間內交通流分佈規律的離散隨機函數包括泊松分佈、二項分佈、負二項分佈等。
  11. This work aims at studying multi - scale structures of large - scale stratiform precipitating clouds typical of henan province of central - eastern china in spring and autumn drought periods of china, the potentials and techniques of artificial rain increase. through analysis of historical weather / climate and cloud physical data, developed are a number of multi - scale observational schemes including intensive observational items, and space / time resolutions of data for integrative field observations to obtain real - time measurements of the structures at large -, medium -, small - and micro - scale. from analysis of observed separate items, their integrative treatment and numerical simulation we place focus on case studies and their integration in investigating such structures of stratiform precipitating clouds over the target region, rainfall physical mechanisms and exploitation of artificial rainfall increase potentials, whereupon a conceptual model is constructed and a range of catalysis schemes are proposed to improve smaller - scale forecasting accracy and techniques for the rainfall increase, with the dominant results given below

    以地處中原、具有典型代表意義的河南層狀降水雲系為主要研究對象，在對該地歷史天氣氣候和雲物理等資料分析的基礎上，研究設計雲系多尺度觀測方案（包括加密觀測項目、觀測時空解析度） ，實施有設計的外場綜合觀測，獲取雲系結構多尺度（大、中、小、微）配套的實時觀測資料；通過對各種觀測資料的分項和綜合處理分析，以典型個例觀測和數值模擬分析研究為重點，綜合多個例分析，研究河南層狀降水雲系多尺度宏微觀結構特徵、降水物理機制和人工增雨潛力條件，建立典型層狀雲系人工增雨概念模型，研究科學的人工增雨作業技術系統。
  12. Measurement and characterization of surface texture is an important aspect of precision metrology. historically this has involved partitioning a profile into different wavelength regimes referred to as roughness, waviness and form followed by numerical quantization. parameters computed are then inspected for tolerance compliance to ensure a part performs its intended function. this approach is satisfactory when the specification has been carefully determined and the process is stable. however, when the manufacturing process is under development or when instability or modifications to the process invalidate specifications, there is a need to study surface finish parameters in relation to functional performance or process measures. in this context, the problem of surface texture classification and recognition are discussed. advanced techniques developed for this purpose along with applications are presented. also, the techniques discussed here will be useful across large bandwidth, from the characterization of nano scale to traditional micro scale surfaces

    表面結構的測量與特徵描述是精密計量技術的一個重要方面，傳統上包括將輪廓情況根據不同的波長范圍劃分為粗糙度、波紋度和形狀及后續的數字量化.按算得的參數檢查它是否為公差允許，以保證零件執行其指定的功能.當技術特性已經經過仔細確定，並且其過程穩定時，該方法是令人滿意的;但是，當製造過程正在進行中或過程的不穩定、過程變化使技術特性失效時，就需要研究和功能表現及過程評定相關的表面參數.討論了表面結構的分類與識別問題.同時闡述了為此目的而開發的先進技術及其應用.所研究的技術對從納米尺度到傳統的微米尺度的較大帶寬范圍內的表面特徵描述都是有效的
  13. 4. the paper proved that when the cooling channel belongs to the transitional region from macro - scale to micro - scale, whether the macro - scale theory or the micro - scale theory will be used depends on the accuracy that the researcher reqired, and does not need to depend on the knudsen number

    4 、當冷卻通道屬于宏觀尺度到微觀尺度的過渡區域時，求解計算是採用宏觀理論還是採用微觀尺度的理論，主要是看研究者對求解答案的精度要求，而不必一定按照kn數進行判斷。
  14. 1 ) the meso - micro - scale soundings and the data processing techniques

    層狀雲系中?微尺度探測和分析處理技術方法。
  15. Materials design has been divided into three scale levels : macro scale method, meso scale method and micro scale method. among these three methods, atomic simulation has become an important method to cover shortages of experiment and explore microscopic world

    材料設計分為宏觀、細觀（介觀）和微觀三個層次，其中，微觀的原子級模擬已成為彌補實驗不足、探索微觀世界的一種重要方法。
  16. The channel scale on transpiration cooling for the platelet thrust chamber of liquid propellant rocket engine is approaching micron dimension. it is very possible that micro - scale effects will occur in the flow and heat transfer of the channel. in the past, researchs on flow and heat transfer in the platelet micro - channel are mostly based on macro - scale theory

    液體火箭發動機推力室壁面發汗冷卻通道的尺度已達微米量級，通道內的流動與換熱很可能存在微尺度效應，以前的相關研究都以宏觀尺度的理論為依據，其研究結果的合理性需要進行微尺度效應的分析。
  17. In the paper, an overview of transpiration cooled platelet and micro - scale theory is presented. the velocity slip model and the temperature jump model for the research on flow and heat transfer in the platelet micro - channel are developed. while programs developing, two dimensional temperature distribution of the fluid in the channel and one dimensional temperature distribution of the platelet are obtained

    本文對層板發汗冷卻技術和微尺度理論進行了綜述，建立了溫度跳躍和速度滑移的微尺度研究模型，通過編寫程序，得到了微小通道內流體的二維溫度分佈和結構層板的一維溫度分佈。
  18. Using micro - scale or nano - scale schiff base copper compound or schiff base as lubricating medium

    堿銅絡合物在潤滑油介質中的現象
  19. So, being supported by the task ( the research of micro - scale rf devices ) of nation s “ 973 plans ”, this article has studied the rf mems front - end system, discussed some basic questions for the latter soc

    但是，對于以rf - mems器件為基礎的前端射頻模塊研究，還未見國內外有相關報道。
  20. Through comparison and analysis the result gained from micro - scale theory and macro - scale theory, we can drew several conclusions as follows : 1. as the knudsen number ( kn number ) is very small, the inaccuracy would be neglect, when the macro - scale theory is used to solve the problems which were proposed in the paper

    通過對微尺度理論和宏觀尺度理論研究結果的比較，可得以下幾條結論: 1 、由於knudsen數（ kn數）很小，用常規尺度理論求解本文所研究的微小通道內的流動阻力，其誤差可忽略不計。
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