Turn the following sentence into an inverted one.

Towing away when these things will be added on top of things.

拖带出去的时候就会把这些东西加在事物之上.

To The farmer had to drag the unwilling cow into the field.

农夫把牛连拖带拉硬弄到农场.

A cheer rose from the south stand ( s ).

南看台上 响起 一片欢呼声.

The batsman slammed the ball into the grand-stand.

击球员把球击入了大看台.

He regularly watched our games from the stands.

他一般在看台上观看我们的比赛。

Victory comes only when every player possesses the best basic skills, attack paten and defence patern.

只有当每个队员具备了最好的基技术 、 进攻战术和防守战术,胜利才会来临.

How do you like being married to a medical man.

你跟医疗界的人结婚有何感想.

Freedom is the most precious thing we have Amway.

在安利发展的最宝贵之处,是可享有很高的自由度.

Thus a 2-freedom-degree mechanic model for dynamic tension was constructed.

基于这些结果建立了两自由度动张力模型.

In a three-body decay, the emerging particles have more freedom.

在三体衰变中, 出现的产物粒子有较大的自由度.

Liberty of speech would be prohibited.

(注三)发言的自由必定会禁止.

A new degree of freedom for turbomachinery design-Edge-Matching ( EM ) technique is presented in this paper.

本文提出一种新的叶 轮机 气动设计自由度 ― 缘线匹配技术.

By applying object-oriented technique, the six degree-of-freedom simulation model of a ballistic missile is established.

应用 面向对象 技术, 建立了弹道导弹的六 自由度 仿真模型.

The method is then applied to a two-degree-of-freedom reciprocating impact vibration system with gap.

首先介绍了该方法的基本原理,然后将该方法用于含间隙往复碰撞振动系统的分叉和混沌异常运动的抑制.

A two-degree-of-freedom control structure is proposed for unstable chemical and industrial processes with time delay.

针对化工不稳定时滞过程,提出一种两 自由度 控制结构.

This paper presents two-degree-of-freedom robust control magnet linear servo system of numerically controlled machine tool.

对数控机床直线伺服系统提出二自由度鲁棒控制.

Drive and control system for two-degree of freedom based on the ring-travelling-wave ultrasonic motors is designed.

设计了基于超声波电机的二自由度机械臂的驱动控制系统电路.

Articulated wheeled robot with two degree of freedom is driven.

讨论了二自由度控制系统设计及适定性问题.

The singularity loci and dexterity of two degrees of freedom asymmetric spherical five-bar mechanisms are investigated.

针对非对称球面五 杆机构,研究了机构的奇异轨迹曲线和灵巧度.

A set of 15 degrees of freedom differential equations with time-variable coefficients is given.

得到了15自由度的时变系数振动微分方程组,为系统的振动分析奠定了基础.