core flow中文是什么意思

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中文翻译
造句

核流

core n. 1.果心。 2.(事物、问题等的)中心，核心；精髓 ...
flow vi. 1.流，流动。 2.(血液等)流通，循环。 3. ...
flow core 流动核心
core flow test 岩心流动实验
core-flow efficiency 岩心渗流效率
dynamic core flow test 岩心动态流动试验
turbulent flow core 湍流核
turbulent-flow core 湍流核
two-flow core 双流程堆芯
core CORE ＝Congress of Racial Equality 〔美国〕争取种族平等大会。 n. 1.果心。 2.(事物、问题等的)中心，核心；精髓。 3.(地球的)地核；【地质学；地理学】岩心；【铸】型心；【建筑】衬心；【电学】(线)心，心线；(计算机的)磁心；(原子反应堆的)堆芯，活性区；(燃料元件)芯体。 4.(羊内脏中的)种瘤。 5.〔美国〕(各专业学生共修的)基础课。 throw away the apple because of the core 因噎废食。 to the core 到心，彻底(rotten to the core 透心腐烂；坏入骨髓，糟糕透顶。 English to the core道地的英国人)。 vt. 挖去…的果心。
in-core 椎芯内的
to the core 彻底; 直至核心
a flow of 连续不断的某事物; 源源不断的
flow vi. 1.流，流动。 2.(血液等)流通，循环。 3.流过；川流不息；(时间)飞逝；(言语等)流畅。 4.(衣服、头发等)飘动，飘拂，(旗等)飘扬。 5.流出，涌出。 6.(潮)涨 (opp. ebb)。 7.出血，行经。 8.充满，斟满，富有。 9.〔古语〕泛滥。 10.来自。 Blood will flow . 一定会流血生事。 vt. 溢过，淹没;使泛滥，使充溢。 flow away 流走;流逝。 flow down 流下。 flow in 流入。 flow like water (酒)源源不绝。 flow out 流出。 flow over 横流，溢出，泛滥。 flow over into 涌入。 n. 1.流，流水，迳流，气流。 2.流出，流入，流动；川流不息。 3.流量，消耗量；流速，流率；生产量。 4.涨潮。 5.〔常 pl.〕 (特指尼罗河的)泛滥。 6.洋溢，饱满，丰满。 7.滔滔，流畅。 8.(衣服、头发等的)飘动，飘拂；(旗等的)飘扬。 9.【医学】月经 (＝ menstrual flow )。 soil flow 【地质学；地理学】流砂。 a flow of eloquence 口若悬河。 a flow of ten gallons a second 每秒十加仑的流率[量]。 a good flow of milk 丰富的挤奶量。 ebb and flow 涨落，盛衰，消长。 The tide is on the flow . 正在涨潮。 a flow of spirits 精神饱满，兴致勃勃。 a flow of soul 推心置腹，融洽的交谈。 flow of talk [conversation, words] 健谈，善于词令，滔滔不绝。 the flow of time 时光流逝。 a flow of traffic 车水马龙。
flow in three dimensions; 流入
flow into 注入于
no flow 不出水; 无再流
with-flow 正向车流
core; core band; veneer core 芯板
core core box 心型箱，砂心箱
core core collision 核芯碰撞
core in core structure 筒中筒结构
core shack、core shanty 岩心储存室
core storage, core store 磁心存储器

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例句与用法

Core flow test
岩心流动实验
The accuracy of flow pattern identification of stratified flow , annular flow , core flow and homogeneous flow is more than 95 % and the time for flow pattern identification is less than 0 . 15 second
对于均相流、层状流、核心流和环状流等流型辨识的准确率高于95 ，判别一个流型耗时小于0 15秒。塞状流的辨识准确率高于90 。
The static and dynamic test results showed that the new method is effective and the identification results of stratified flow , annular flow , core flow and plug flow are satisfied for the requirements of the industrial operation online
该方法与传统流型识别方法相比的最大特点是简便易行，对于层状流、环状流、核心流以及塞状流均有较好的识别结果。
Advanced instrument and testing techniques including adopting mercury injection apparatus , specific surface analyses apparatus , porosity - permeability measurement apparatus , isothermal adsorption instrument and drill core flow experiment system , etc . , are also adopted . on the basis of study on gas zoning , known cbm show and its component , generating mechanism of low coal rank cbm are discussed . the author pointed out that generated cbm should consist of primary biogenic methane gas in lignite stage , thermogenic methane gas in long - flame coal to gas / fat coal stage , and deuterogenic biogenic methane gas in coal seam imbedded stage
在本区瓦斯分带、已知煤层气显示及其组分研究基础上，探讨了低煤级煤层气的生成机制，指出生成的煤层气应包括褐煤阶段的原生生物甲烷气、长焰煤?气肥煤阶段的热成因甲烷气和煤层埋藏阶段的次生生物甲烷气三种成因甲烷气体；进而论述了煤储层含气饱和度、临界解吸压力、临储压力比、地解压差等甲烷解吸特征，实测与理论含气量、煤层气资源量与资源丰度等煤储层含气性特征。
Chapter five , on the analysis the core flow of production scheduling plan making , puts forward a set of resolving methods of the whole plan - making process of the packing scheduling , tobacco - manufacturing scheduling and leaves - making scheduling ; and researches on other critical points of the tobacco - manufacturing workshops and packaging workshops
第五章在分析了生产调度计划制订核心流程的基础上，针对卷包调度计划、制丝调度计划和配叶调度计划的制订全过程提出了一套解决方法；并对制丝和卷包车间其他关键问题进行研究。
The specific methods : 1 . to ascertain five control indications including suspended solid content , grain diameter median , oil content , iron bacteria and saprophytic bacteria by carrying out the experiment of core flow ; 2 . to ascertain indications of sulfate reducing bacteria and average corrosion rate by carrying out the experiment of revolving corroded test pieces ; 3 . to ascertain indications of average scaling rate and total mineralization degree by carrying out the experiment of scaling prediction and sensibility
具体的做法是：采用岩心流动试验确定悬浮固体含量、颗粒直径中值、含油量、铁细菌和腐生菌五项控制指标；采用旋转腐蚀挂片实验确定硫酸盐还原菌和平均腐蚀率指标；采用结垢预测和敏感性实验确定平均结垢率和总矿化度指标。