竖向

The insurmountable difficulties of traditional control strategy in isolating vertical vibration and controlling micro-oscillation may be overcome by employing magnetic levitation technique.As a fundamental research of this technology,the governing equitation of rigid uniformity magnetic suspension pole is derived.

采用磁悬浮技术可以解决传统控制方法在竖向隔震、微振控制等方面所面临的难题，作为这项技术应用基础研究，本文建立了磁悬浮均匀等直刚杆的运动方程，讨论了方程的稳定性，给出了随机地面扰动输入下求解非线性振动解的Runge-Kutta格式，并对悬浮刚杆在任意输入下的响应进行了分析。

A water baffle is vertically arranged in the vessel, which divides the vessel into an intake region and an exhalant region; because the lower part of the water baffle and the lower part of the vessel are provided with a gap, the intake region is communicated with the exhalant region; an inlet and an outlet are respectively arranged on the upper part of the intake region and the upper part of the exhalant region; a drain is arranged at the lower part of the vessel, on which a drain valve is arranged.

一种茶浴炉炉外储垢排垢器为一密闭容器，容器内竖向装有阻水板，将容器分隔成进水区和出水区，阻水板与容器底部有一定间隙使进水区和出水区相通，进水区和出水区上部设有进水口和出水口，容器最低部设有排污口，其上装有排污阀。

The product meets the standard request of "Cementitious grout"(JC/T986—2005), and make a comprehensive research on the performance of grouting material from the following aspects: workability, strength, vertical expansivity, and bond force.

产品符合《水泥基灌浆材料》（JC/T986—2005）标准要求，并从工作性、强度、竖向膨胀率、钢筋握裹强度等方面对该灌浆材料的性能进行了较全面研究。

The curve of Q-S of pile quietloading test also have the character of exponential function law.

单桩竖向静载试验的荷载与沉降的曲线即Q-S 曲线，一般情况下同样具有指数函数的特点和形状。

The loading capacity and failure mode of the testing truss were provided in this paper, proving the loading capacity is large and the stiffness is good.

本文通过简单的竖向荷载悬挂施加外力，通过分级加载的方式找出了其极限承载能力与极限变形，结果是可信的。

In the paper, the static behavior of frame-wall beam was studied by means of finite element analysis of model

同时，依据试验参数，采用有限元程序对模型进行竖向荷载作用下的分析，进一步研究了其受力变形性能。

In the test model, a new type joint connection of one-way hinge is put forward for achieving pure-hinge connection; In the shape forming test, because of the little post-tensioning forces, a new type loading method of twisting nut for drawing wire is put forward in stead of jack tensioning for solving the questions, such as super-tensioning and the nonuniform rate of loading; In the loadtest, a new type vertical loading system of multiple-point fixed pulley is put forward for solving the questions, such as more loading points and larger vertical force at one loading point.

试验模型中，为了实现纯铰接连接，提出了一种新型的单向铰节点连接形式；成形试验中，由于后张拉力较小，提出了一种新型拧螺母抽钢丝的加载方法，很好的解决了千斤顶易超张拉和加载速率不均匀等问题；承载力试验中，为了解决加载点较多、单点加载较大的问题，提出了一种新型多点定滑轮竖向加载系统。

In the test model, a new type joint connection of one-way hinge is put forward for achieving pure-hinge connection; In the shape forming test, because of the little post-tensioning forces, a new type loading method of twisting nut for drawing wire is put forward in stead of jack tensioning for solving the questions, such as super-tensioning and the nonuniform rate of loading; In the load test, a new type vertical loading system of multiple-point fixed pulley is put forward for solving the questions, such as more loading points and larger vertical force at one loading point.

试验模型中，为了实现纯铰接连接，提出了一种新型的单向铰节点连接形式；成形试验中，由于后张拉力较小，提出了一种新型拧螺母抽钢丝的加载方法，很好的解决了千斤顶易超张拉和加载速率不均匀等问题；承载力试验中，为了解决加载点较多、单点加载较大的问题，提出了一种新型多点定滑轮竖向加载系统。

Catenary single rib arch that carries vertical loadings and transverse wind loadings was analyzed in this paper, calculation formula of critical loading of lateral stability flexuosity by the energy principle.

本文通过对承受竖向均布荷载和横向风荷载的悬链线单肋无铰拱的分析，利用能量原理，建立了单肋拱的横向静风稳定屈曲临界荷载的计算公式。

Catenary assembled single rib arch that carries vertical loadings and was analyzed in this paper, calculation formula of critical loading of lateral stability flexuosity by the energy principle.

本文通过对承受竖向均布荷载的悬链线组拼无铰拱的分析，利用能量原理，建立了组拼拱的横向稳定屈曲临界荷载的计算公式。

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。