1) horizontal deflection
水平变位
1.
A non-linear numerical solution to a fourth-order ordinary differential equation was obtained by use of the spline method, which could be used to calculate the horizontal deflection and internal force of elastic vertical piles under any geological condition.
该解可用于任何地质条件下弹性直桩水平变位及桩身内力的计算。
2) Horizontal cell voltage change
水平细胞电位变化量
3) horizontal displacement
水平位移
1.
FEM analysis of effects about horizontal displacement and sedimentation deformation of nearby building caused by excavation of foundation pit;
有限元法模拟开挖引起的基坑水平位移和邻近建筑物沉降
2.
Calculation of the horizontal displacement of the cement-soil retaining wall in foundation pit supporting projects;
基坑支护中水泥土挡墙的水平位移计算
3.
Application of semi-parametric model to deep pit horizontal displacement data processing;
半参数法在基坑深层水平位移数据处理中的应用
4) level displacement
水平位移
1.
Study on level displacement observed during the reservoir in Dachaoshan project;
大朝山重力坝蓄水期实测水平位移分析
2.
In this paper,some level displacement regulation of the supporting structure of deep excavation are presented through analyzing the results of actual measurement for Haizhu square station in the No2 line of Guangzhou Metro.
通过对某市地铁二号线海珠广场站基坑围护结构墙体实测水平位移的分析,阐述了它的一些变化规律,论述了基坑的时空效应是导致这种现象的主要原因。
3.
Based on the measure data from a dam level displacement,the principle,reslut and displacement factors and method of the combined model and determined model is proposed in this paper.
结合坝顶水平位移实测资料,介绍某水电大坝水平位移混合模型和确定性模型的建模原理、模型成果、坝体变形参数和温度线膨胀系数反演的方法和成果。
5) lateral displacement
水平位移
1.
Analyzing effect factors of lateral displacements at tops of gravity retaining walls of concrete mixing pile;
水泥搅拌桩重力式挡墙墙顶水平位移影响因素分析
2.
Using the energy method,the lateral displacement at the top of the higher bridge pier is calculated and analyzed on the consideration of elastic restrictions of the rubber plate supports and elastic deformation effects of the foundation.
考虑板式橡胶支座的弹性约束作用、地基弹性变形的影响,用能量法对高桥墩墩顶水平位移进行计算与分析;算例表明,对具有板式橡胶支座的弹性地基高桥墩的设计计算,支座对高桥墩弹性约束和地基的弹性变位影响不可忽视。
3.
Based on the monitoring value of lateral displacements of some real engineerings, some common issues in the technique of lateral displacement measured by inclinometer were studied systematically.
结合工程实测数据,对利用土体测斜仪考察路基水平位移过程中的几个常见问题进行了系统性考察。
6) horizontal deformation
水平位移
1.
Research on the top beam horizontal deformation of anchor piles retainning structure;
桩锚支护体系冠梁水平位移试验研究
2.
The horizontal deformation of the dam crest at different combinations of water level has been obtained.
针对飞来峡社岗堤的结构特点,采用平面有限元结合强度储备法分析研究了大坝特征点坝顶位移变形规律,得出在多种水位组合情况下大坝坝顶的水平位移,并用一元多次回归方法建立了坝顶水平位移与上游水位的关系模型,拟定了该坝段的水平位移安全监控指标。
3.
Where a shield-driven tunnel is constructed underneath a pipe culvert,the GPS technology is applied in the horizontal deformation monitoring so as to provide horizontal displacement parameters for the boring of the shield machine,through which the pattern of the horizontal deformation of the pipe culvert resulting from the boring of the shield machine is obtained.
利用GPS技术进行盾构隧道下穿管涵施工水平变形跟踪监测,为盾构的推进提供水平位移参数,得到管涵受盾构隧道推进引起的水平变形规律;通过现场数据采集提出了影响GPS数据采集质量的因素;通过合理设置2个基准点,解决了测得的位移数据转换到实际需要方向上位移的问题,成功将GPS技术应用在水平位移监测中。
补充资料:变位假说
分子式:
CAS号:
性质:又称摆动假说。由克里克(Crick)提出的一种假说,解释在密码子的第三位碱基(即3端的碱基)不相同时,某些转移RNA(tRNA)识别多于一个密码子的能力。碱基配对通常发生在密码子的第一位、第二位碱基和反密码子中的互补碱基(分别为第三,第二位碱基)之间。变位假说提出,密码子的第三碱基可与反密码子中的相应的第一位(5端)碱基进行不正常的配对。这样,当G是反密码子的第一位碱基时,它即可识别G,也可识别U作为密码子的第三位碱基。同样U即能识别A也能识别G,I(次黄嘌呤)可识别A,U或C,当A是反密码的第一位碱基时,它仅能识别U。同样,C仅能识别G
CAS号:
性质:又称摆动假说。由克里克(Crick)提出的一种假说,解释在密码子的第三位碱基(即3端的碱基)不相同时,某些转移RNA(tRNA)识别多于一个密码子的能力。碱基配对通常发生在密码子的第一位、第二位碱基和反密码子中的互补碱基(分别为第三,第二位碱基)之间。变位假说提出,密码子的第三碱基可与反密码子中的相应的第一位(5端)碱基进行不正常的配对。这样,当G是反密码子的第一位碱基时,它即可识别G,也可识别U作为密码子的第三位碱基。同样U即能识别A也能识别G,I(次黄嘌呤)可识别A,U或C,当A是反密码的第一位碱基时,它仅能识别U。同样,C仅能识别G
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条