固路,Gulu
1)Gulu固路
1.Geochemical Characters of Basalt in Qinglong Gulu Antimony Deposit of Guizhou Province贵州晴隆固路锑矿床玄武岩地球化学特征
英文短句/例句

1.The Use of Consolidation Grouting in Reforcing Subgrade;论固结灌浆方法在加固路基中的应用
2.Pavement Performances of Dam Embankment Roads Strengthened by Ionic Soil Stabilizer离子土固化剂加固堤坝道路路面的路用性能
3.fixed bias transistor circuit固定偏压晶体管电路
4.ISSCC IEEE International Solid-State Circuits ConferenceIEEE国际固态电路协议
5.solid state electronic device equivalent circuit固态电子器件等效电路
6.Where there are regular highways, vehicles may not deviate from them.有固定公路线的,不得离开固定的公路线行驶。
7.Study on the Properties of Roads about EN-1 Soil Condensate;路邦EN-1土体固化剂的路用性能研究
8.Test on Road Performance of Soil-Solidified Agent of Condensate EN-1路邦EN-1固化剂稳定土路用性能试验
9.Experiment Study on Pavement Performance of Soils Stabilized by Base-Seal Sealant;贝赛尔固化剂加固土路用性能试验研究
10.Engineering Properties Experiment of the Soil Consolidated by Soil Curing Agent路邦土壤固化剂固化土的工程性质试验
11.For fixing a pipe ,use saddles to fix the pipe to mortar roundation as below.管路的固定可如下图使用固定托架在灰浆基础地板上固定。
12.Major highway projects will further extend and reinforce the main road network.大型公路工程将进一步扩大及巩固主要道路网。
13.Coal being a solid must be distributed mainly by rail or water.煤是固体,必须主要依靠铁路和水路来运输。
14.Decompression and Instrumentation at Upper Cervical Spine from the High Anterior Cervical Retropharyngeal Approach经咽后入路行高位颈椎前路减压内固定术
15.Study on Instable Mechanisms of Highway Embankment-Retaining Wall and Application of Reinforcement Techniques;公路路堤挡土墙失稳机理及其加固治理研究
16.Reinforcement Theory and Engineer Application of Anchor-rope Beam in Cutting Slope of Jin-wen Railway;金温铁路路堑边坡锚索梁加固理论与工程应用
17.Study on Optimization for Reinforcement Method of Road Base in Hongjiang Power Station Upstream Reservoir Area;洪江电厂上游水库公路路基加固方法优化研究
18.Application Study of Soil Hardener in Road Case and Subgrade Treatment;土壤固化剂在路基处理、道路基层中的应用研究
相关短句/例句

solidification path凝固路径
1.Simulation on influence of solidification path on microsegregation parameters in Al-4.5%Cu alloy;凝固路径对Al-4.5%Cu合金显微偏析参数影响的数值模拟
2.Prediction of solidification path of Al-1.5Cu-3Zn from experimental phase diagram and numerical model;由实验相图和数值模型对Al-1.5Cu-3Zn合金凝固路径的预测
3.The relationship of compositions, phase constituents and solidification paths of casting Mg-Al-Zn alloys were investigated by SEM/EDS,XRD and thermodynamic calculations.采用SEM,EDS和XRD研究了几种Mg-Al Zn合金的成分、相组成与凝固路径的关系。
3)Anterior fixation前路固定
4)roadbed reinforcement路基加固
5)roadbed strengthening路基加固
1.On roadbed strengthening in the sixth speedup of Jing-Guang line;对京广线第六次提速中路基加固的浅析
2.This thesis, as a part of a research project sponsored by Beijing Railway Bureau titled “The design proposal of the technical equipment for strengthening the roadbed against hazards in speed-lift area”, has completed the optimized design of a vibratory extracting-driving piling machine for roadbed strengthening.本课题作为北京铁路局的科技研究开发计划“铁路提速区段病害路基加固技术装备的设计方案”研究项目中的一部分,完成了对路基加固的振动沉拔桩机的优化设计工作。
6)line reinforced加固线路
1.The technology of line reinforced by the temporary beam in the D pattern and container bridge jacking has been widely applied.D型便梁加固线路顶进箱桥施工技术已得到广泛应用。
延伸阅读

Pro/ENGINEER中复杂几何路径的数组阵列1 引言 Pro/ENGINEER是目前应用非常广泛的CAD/CAM软件,其功能非常强大。在Pro/ENGINEER中进行特征复制时, PATTERN(数组阵列)可以一次建立多个相同的特征,比COPY(复制)省时省力。 在实际应用中,阵列的几何路径有规则的(如直线形、圆形等),也有不规则的(如平行四边形、椭圆形等)。对于规则路径,其生成较简单,如圆形路径,选取一周向驱动尺寸,输入阵列的增量与个数即可。下面以在基座上钻孔为例,介绍不规则几何路径的数组阵列。2 设计实例 首先,生成基座(如图1黑点表示孔的圆心位),其中心点位于Pro/ENGINEER中坐标系的原点,再钻出左上角的第一个孔(以基座的两条边为参考边,这两条边的交点为准原点)。然后进行数组阵列,产生其余的孔,依次选择“Pattern→General→Table”。图1 黑点表示孔的圆心位2.1 步骤一 选择图1中的尺寸“40,55”作为“表格驱动阵列的驱动尺寸”,然后选“Done”。2.2 步骤二 选择“Add”,进行表的添加(输入一个表名如A),接着打开一个窗口,其中已有的文字均为注释语句,最后一行为: idx d4(40.0) d3(55.0) 其中,idx表示这一列填的是序号,从1开始;d后的数字以实际操作中产生的为准,括号内数值为步骤1中所选驱动尺寸的值,可以看出该值的显示顺序与尺寸的选择顺序是对应的。2.3 步骤三进行表的录入,依次填入:165 5529055311555414055550856601157 7014589514591201451014514511170145121508513160115 其中1~4为上部右边的4个孔,5~7为左边3个孔,8~11为下部右边4个孔,12~13为右边剩余2个孔。2.4 步骤四 首先点击“File→Save”,并且进行保存。然后点击“File→Exit”,退出程序。之后执行“Done”即可进行阵列,如图2所示。