分级

基本解释 (translations)

classification  ·  grade  ·  staple  ·  stapled  ·  classing  ·  grades  ·  staples  ·  classifications

与分级相关的网络例句 [注：此内容来源于网络，仅供参考]

The results were analyzed with the statistical software package spss10.0.results ①between two groups,there was no significant difference about the affection of age,sex and the destribution and location of aneurism on prognosis outcome(p＜0.05).however,the grading of hunt hess and fisher in group a(gos＞3) showed significantly lower than in group b(gos≤3),（p＜0.001）;② there was no significant difference in the frequency of heart rate, st elevation, st depression,t wave inversion,u wave inversion and ventricular arrhythmia(p＞0.05).the frequency of abnormal q wave, supraventricular arrhythmia and the ecg scores in group a showed significantly lower than in group b （p＜0.05,p＜0.001）;③the ecg scores was the most powerful multivariate risk stratified(ecg ≥5 vs ecg＜5; p=0.002,or=0.010,95%ci 0.001~0.173).conclusion the ecg score, a new and simple method of semi quantification, was a powerful risk predictor for patients with sah.

应用spss10.0 统计包分析结果。结果①在年龄、性别、动脉瘤生长部位影响动脉瘤性sah预后方面，两组病例无明显差异（p＞0.05）。而按sah后hunt hess分级和fisher分级，gos＞3病例的分级要明显低于gos≤3的病例的分级（p＜0.01）；②两组在心率、st段抬高、st段压低、t波倒置、u波倒置、室性心律失常出现的频率无明显差异（p＞0.05）；在异常q波和室上性心律失常出现频率及心电图评分方面，gos＞3的组别明显低于对照组（p＜0.05，p＜0.001）；③心电图评分是sah患者预后最显著影响的变量（p=0.002，or=0.010，95%的可信区间0.001~0.173）。结论心电图评分作为一种新型、简便的半定量方法，能有效的预测蛛网膜下腔出血病人的预后。关键词：心电图；预后；评分；蛛网膜下腔出血

The granularity distribution is great improved after the filtration of stage treatment slurry on phosphogypsum (the crassitude phosphogypsum rate is increased and the fine-crushing decreased).

选用适合的分级设备对湿法磷酸反应料浆进行分级处理，分级底流送过滤机过滤洗涤，分级溢流作为晶种返回反应槽进一步长大。

After classification under flow(the crassitude phosphogypsum are crystal),the intermediate are transmitted to filter for filtration and washing.As crystal seed of classification overflow(the fine-crushing phosphogypsum are crystal)is returned to reactor and further crystal.

选用适合的分级设备对湿法磷酸反应料浆进行分级处理，分级底流送过滤机过滤、洗涤，分级溢流作为晶种返回反应槽进一步长大。

Company products are mainly in the fields as follows: all kinds of fresh-cut flowers harvesting machinery, hierarchical classification of fresh-cut flowers, flowers produced water treatment line, bouquets bundlers / lines, flowers in addition to leaf machine, flower bulbs cleaning grading line (lilies, tulips, gladiolus, daffodils, iris, Freesia, hyacinth and other early spring flowering the kinds of the ball), refrigerated display equipment bouquets, flowers, container / flower buckets filling equipment, potatoes, onions automatic grading equipment, cucumber automatic classification line, product quality and technology in a leading position in similar enterprises in the Netherlands, sold 5 continents.

公司产品主要涉及的领域为：各类鲜切花采收机械，鲜切花分级分类，花束生产流水处理线，花束捆扎机/线，花枝除叶机，花卉种球清洗分级线(百合，郁金香，剑兰，水仙花，鸢尾，小苍兰，风信子和其他早春开花的种球)，花束冷藏展示设备，花卉容器/花卉水桶灌装设备，土豆，洋葱自动分级设备，黄瓜自动分级线，产品质量和技术处于荷兰同类企业领先地位，远销5大洲。

The central contents of this article are as follows: First, subsection discretionary numerical sequence clustering method is advanced to replace previous method for its bad precision, after analyzeing each method of data clustering. Because of the shortcoming of complex in superior partition clustering method, a "choosing maximal distance" model is advanced according to the increment of dispersion measure within a cluster.

本文研究的主要内容如下： 1、分析用于数据分级的各个方法，由于任意数列分级结果的精度较差，提出了分段任意数列分级模型；针对最优分割分级方法计算量大的缺点，提出了以级内离差和的增量最大为依据的最大距离选取模型。

The result shows that the requirements and testing methods for flammability of building materials are similar between the United State and Canada, and they mainly are engaged in the test of combustibility and flame spread. In European Union, a new classification system for flammability of building materials was implemented in 2001, which includes two systems; one is for floor coverings and the other for all other building units. In Japan, the interior materials are classified into non-combustible, quasi noncombustible and fire-retardant materials according to Cone Calorimeter method (ISO 5660). China has established a non-combustible test, a three-class classification system for combustible wall and ceiling interior finishing materials and a two-class classification system for combustible floor coverings.

通过研究认为：美国和加拿大对建筑材料燃烧性能的要求和试验方法基本相似，他们主要针对材料的燃烧性、火焰传播进行检测；欧盟于2001年颁布了新的燃烧性分级体系，该分级体系包括专门针对铺地材料部分和针对其他所有建筑构件材料和产品部门；日本采用锥形量热计法(ISO 5660)将内装饰材料分为不燃、准不燃和阻燃材料3个等级；我国对建筑材料的试验方法包括不燃性试验方法、墙和天花板内装饰材料的三级分级体系和铺地材料两级分级体系。

In order to judge the grade of pimento, some parameters are extracted from two-dimensional image of pimento. These extracted parameters consist of length, width, perimeter, projected area, projected area to squared perimeter ratio, and width to length ratio. The extracted parameters and grade of pimento judged by experienced workers are used as input and desired patterns to estimate the connection weights of neural network. In this paper, a three-layer feed-forward neural network and back-propagation learning algorithm are suggested for the shape and size grading of pimento.

本文以青椒为对象，首先利用数位影像处理技术从人工分级后的各等级产品的影像中萃取出周长、投影面积、长度、宽度、投影面积对周长平方比与宽度对长度比等可作为判断青椒等级的分级准则，再利用多层前馈式类神经网路来模拟农产品的分级作业，并采用反向传递演算法学习各项分级准则与等级判断结果间的关系，以量化了解各项分级准则对等级判断结果的影响程度。

30U、P30W、P30S1 and P30S2 were isolated from PIP30, and P60U、P60W、P60S1 and P60S2 were isolated from PIP60, and P1W、P1S1 and P1S2 were isolated from PIWE1-10, and P10W、P10S1 and P10S2 were isolated from PIWE10-100, and P100U、P100W、P100S1 and P100S2 were isolated from PIWE100 using DEAE Sepharose F. F. The proliferation rates of lymphocyte in vitro of each polysaccharide fractions obtained during the isolation and purification were detected in order to observe their immune activities. The results showed that crude polysaccharides both obtained from ethanol precipitation and ultrafiltrate had the promoting effects on lymphocyte proliferation in various degrees. P30U、P30W、P30S1、P30S2、P60U、P60W、P60S2、P1S1、P1S2、P10S1、P10S2、P100U、P100W、P100S1 and P100S2 had the promoting effects on lymphocyte proliferation.

IP30经阴离子交换层析(DEAE-Sepharose Fast Flow)得到分级多糖P30U、P30W、P30S1和P30S2，PIP60经阴离子交换层析得到分级多糖P60U、P60W、P60S1和P60S2，PIWE1-10经阴离子交换层析得到分级多糖P1W、P1S1和P1S2，PIWE10-100经阴离子交换层析得到分级多糖P10W、P10S1和P10S2，PIWE100经阴离子交换层析得到分级多糖P100U、P100W、P100S1和P100S2；采用体外刺激淋巴细胞增殖实验对离子柱分级分离的多糖进行活性实验表明P30U、P30W、P30S1、P30S2、P60U、P60W、P60S2、P1S1、P1S2、P10S1、P10S2、P100U、P100W、P100S1和P100S2是有活性的。P60W、P60S1、P1S1、P10S1和P100S1经凝胶柱(Sephacryl S系列材料)层析获得五个纯多糖组分P60w1、P60s1、P1SP1、P10SP1和P100SP1。

The calculation results shows that ,(1) when the rotor rotates at the working speed, a local regurgitant whirlpool that is rightabout to the rotor"s rotating direction appears in the classifying region, which makes the separated granules come back to the outside of the classification district and influences the classification efficiency of the turbine classifier;(2) in the condition of a low rotating speed of turbo rotor, ultrafine particles can follow the gas phase by and large, but when the rotating speed increases, a phenomenon of velocity slippage between two phases appears evidently;(3) A operating parameter, air flow rate is so important that can directly influence the stability of flow field in classifying chamber, the bigger the air flowrate is , the steadier the flow field is;(4) Compared with straight blades, the new shape of blades with backward crooked elbow are helpful to improve the stability of flow field and form whole stream easily, also beneficial to advance the classification accuracy and classification efficiency;(5) The motion trace of particles are very complicated when the turbo rotor rotates at a high speed, the constant bounce of the particles appear between the blades and the coarse particles are even bounce back from the inlet, only the finer can pass through the classification area from the oulet;(6) Along with the increase of the rotor"s rotating speed, radiah axial and tangential velocity all begain to fluctuate repetitively like sine-wave, the smaller the particles are, the more violently they fluctuates.

数值模拟结果表明，(1)在涡轮达到工作转速时，在分级区域形成了一个与涡轮旋转方向相反的局部回流涡，它使得分离出来的细粒重又被带回分级轮外边缘，从而严重影响分级机的分级效率；(2)粉尘粒子在涡轮低速运动情况下，基本上能跟随气体运动，但随着转速加大，两相之间出现了明显的速度滑移现象；(3)分级机工作时的风量也是一个比较重要的操作参数，它可以直接影响到分级机内腔流场的稳定性，风量越大，流场越稳定；(4)同直叶片形状相比较，带后弯导板的叶片，有利于改善流场的稳定性，流场容易形成整体流，对提高分级效率和分级精度都非常有利；(5)粒子轨迹线在涡轮转速较高时十分复杂，有的出现了反复的弹跳现象，大颗粒不能通过分级区域而从进口返流了，只有细小的颗粒才从出口处流出；(6)涡轮转速加大时，粒子的径向、轴向和切向速率出现了明显的类似于正弦波的脉动现象，颗粒越小，脉动程度越为剧烈。

When switching on the machine, the material is conveyed into the grading unit by the feeding devices. The material is separated into fine particle and coarse particle here, the qualified fine particle is released directly from the air pipe; the coarse particle enters the grinding chamber, grinded under high speed strike of the hitting block and then is transferred by the air pipe to the worm grading device. The satisfied particle is released with the exhaust air from the exhaust pipe and is collected as final product.

粉碎时，待粉碎物料由送料装置均匀送到分级室，在这里进行预先分级，原料中的合格颗粒经分级后从排气管排出，粗颗粒进入粉碎室，在冲击锤块的高速冲击和研磨作用下被粉碎，粉碎后的物料经进气管进入的上升气流作用下输送到蜗轮分级机进行先分级，合格颗粒经分级后从排气管随尾气一起排出后收集为产品，粗颗粒再次返回粉碎室继续粉碎。

与分级相关的网络解释 [注：此内容来源于网络，仅供参考]

classer：分级机 选粒机

分级模具 class-conscious dies | 分级机;选粒机 classer | 分级筛 classification screen

classifier：分级机

水力分级箱,分级箱,分级机(classifier),圆锥分级机,水力分级机(hydraulic classifier),板车,打砂机,打石机,破碎打砂机,打碎机,水力旋流器(hydraulic cyclone),聚氨脂水力旋流器(polymer hydraulic cyclone)水利旋流器,聚氨酯水利旋流器,

hydraulic classifier：水力分级机

水力分级箱,分级箱,分级机(classifier),圆锥分级机,水力分级机(hydraulic classifier),板车,打砂机,打石机,破碎打砂机,打碎机,水力旋流器(hydraulic cyclone),聚氨脂水力旋流器(polymer hydraulic cyclone)水利旋流器,聚氨酯水利旋流器,

hierarchical file structure：分级文件结构,分级资料结构

hierarchical file 分级文件 | hierarchical file structure 分级文件结构,分级资料结构 | hierarchical file system 分级文件系统

chromatographic fractionation：色谱分级

萃取分级 extraction fractionation | 色谱分级 chromatographic fractionation | 柱分级 column fractionation

extraction fractionation：提取分级(分离),萃取分级

extract 抽提物,提取物 | extraction fractionation 提取分级(分离),萃取分级 | extraction indicator 抽提指示剂,萃取指示剂

Graded Surface：表面分级;分级表面

Go to Time到...时间 | Graded Surface表面分级;分级表面 | Graded Solid分级实体;实体分级

Graded Solid：分级实体;实体分级

Graded Surface表面分级;分级表面 | Graded Solid分级实体;实体分级 | Gravity重力

assorting cylinder：分级图筒;滚筒式分级机

"分类;分级","assorting" | "分级图筒;滚筒式分级机","assorting cylinder" | "天冬胺酸转胺酶","AST; aspartate aminotransferase"

assorting cylinder：分级圆筒节,滚筒式分级机

"分类,分级","assorting" | "分级圆筒节,滚筒式分级机","assorting cylinder" | "分类,分级,分发,混合","assortment"