flow vi. 1.流,流動。 2.(血液等)流通,循環(huán)。 3.流過;川流不息;(時間)飛逝;(言語等)流暢。 4.(衣服、頭發(fā)等)飄動,飄拂,(旗等)飄揚(yáng)。 5.流出,涌出。 6.(潮)漲 (opp. ebb)。 7.出血,行經(jīng)。 8.充滿,斟滿,富有。 9.〔古語〕泛濫。 10.來自。 Blood will flow . 一定會流血生事。 vt. 溢過,淹沒;使泛濫,使充溢。 flow away 流走;流逝。 flow down 流下。 flow in 流入。 flow like water (酒)源源不絕。 flow out 流出。 flow over 橫流,溢出,泛濫。 flow over into 涌入。 n. 1.流,流水,逕流,氣流。 2.流出,流入,流動;川流不息。 3.流量,消耗量;流速,流率;生產(chǎn)量。 4.漲潮。 5.〔常 pl.〕 (特指尼羅河的)泛濫。 6.洋溢,飽滿,豐滿。 7.滔滔,流暢。 8.(衣服、頭發(fā)等的)飄動,飄拂;(旗等的)飄揚(yáng)。 9.【醫(yī)學(xué)】月經(jīng) (= menstrual flow )。 soil flow 【地質(zhì)學(xué);地理學(xué)】流砂。 a flow of eloquence 口若懸河。 a flow of ten gallons a second 每秒十加侖的流率[量]。 a good flow of milk 豐富的擠奶量。 ebb and flow 漲落,盛衰,消長。 The tide is on the flow . 正在漲潮。 a flow of spirits 精神飽滿,興致勃勃。 a flow of soul 推心置腹,融洽的交談。 flow of talk [conversation, words] 健談,善于詞令,滔滔不絕。 the flow of time 時光流逝。 a flow of traffic 車水馬龍。
Study on matching of internal - combustion engine crankshafts and bearings based on network flow programming 基于網(wǎng)絡(luò)流規(guī)劃的內(nèi)燃機(jī)曲軸與軸瓦選配方法
Property promotion is an existing feature of flow programming that exists independent of the configurability feature 特性升級是流程序設(shè)計的一個固有特征,它獨立于可配置特征而存在。
In one respect , the mediation flow programming model is unique ; it enables binding - specific information about the service message being processed typically header - type information to be accessed and manipulated 就某種程度而言,中介流編程模型是獨一無二的;它支持訪問和操作關(guān)于正在處理的服務(wù)消息的綁定特定信息(通常為header類型的信息) 。
Chapter 2 . brief introduction to production logistics of linde - xiamen forklift truck co . , ltd , including main products , material types , plan and control method , material flow programming and management information system 第二章對林德公司的生產(chǎn)物流現(xiàn)狀進(jìn)行簡要介紹,包括主要產(chǎn)品、物料種類、計劃與控制的方法、物流規(guī)劃以及管理信息系統(tǒng)。
In this thesis , reform schemes on sci . & tech . management system is presented and framed within a typical state - owned petrochemical enterprise , with focus on the project management flow program which introduces modern project management idea 本論文論述和構(gòu)架了典型國有煉化企業(yè)科技管理體系改革的方案,重點是引入現(xiàn)代項目管理理念的項目管理流程方案。
With this program , the blade suit for flow parameters that was obtained from the meridional - flow program is designed . finally , the flow field of the cascade of the counter - turbine is simulated using the cfd program . the cfd program is based on the jameson cell - centered finite volume method 最后對所設(shè)計出的對轉(zhuǎn)渦輪平面葉柵內(nèi)部流場進(jìn)行了初步數(shù)值計算,采用的計算格式為jamescn的具有二階精度的runge ? kutta四步顯式有限體積法,結(jié)合時間推進(jìn)求解euler方程。
Integrating the power flow program with the tools matlab simulates the transient response of the distribution networks with the direct combination wind generator under disturbances , it provides the credible rationale to the research on stability and maximal penetrable power 本文結(jié)合配電網(wǎng)潮流程序,利用matlab作為仿真工具,模擬包含直接并網(wǎng)風(fēng)能轉(zhuǎn)換系統(tǒng)的配電網(wǎng)絡(luò)在受到擾動情況下的暫態(tài)響應(yīng),對含有風(fēng)電場的電力系統(tǒng)穩(wěn)定性研究及風(fēng)電場極限穿透功率的研究,提供了可靠的理論根據(jù),有重要的現(xiàn)實意義。
Based on the theory of unsaturated soil mechanics and the properties of compacted expansive soil , this paper takes the northern part k12 + 840 - k12 + 920 of nanning urban highway as an example to studies some aspects of lime improvement of expansive soil and the technology of construction . the chief content of this paper is : the lime improvement mechanism of expansive soil ; confirm the technical parameters of lime mixed from the results of test in laboratory ; the scale - down test to define the maximum effective grain size of expansive soil when it is improved by lime ; by building bank slope model and making use of finite element seepage flow program of saturated - unsaturated to calculate the examples , this paper simulates the humidity site in order to checkout the effect of lime improvement ; studies and proves that it is feasible to mix blocky expansive soil and pulverous lime , and to fill roadbed by common construction machines etc . 本文研究的工作就下述幾個方面展開:用石灰改良膨脹土的機(jī)理;通過室內(nèi)試驗確定摻灰的技術(shù)指標(biāo);在室內(nèi)進(jìn)行膨脹土摻灰的最大有效粒徑的模擬試驗,即鈣離子水試驗,由此總結(jié)出“粉?塊”灰?土攪拌工藝的有效性、合理性和可行性;用數(shù)值方法對路堤使用期的濕度場進(jìn)行模擬,并與路堤的強(qiáng)度?變形的計算域耦合,以檢驗土性改良的效果,從而探索一種描述改良膨脹土路堤運行工況的數(shù)值方法;用現(xiàn)有最常用的且費用最低的施工機(jī)具,對灰?土進(jìn)行“粉?塊”攪拌摻和及路基的填筑施工等。