1) In-plane dynamic characteristics
平面运动特性
2) plane motion
平面运动
1.
Expanding application of theory of plane motion of rigid body;
刚体平面运动理论的扩大应用
2.
Exploitation and application of experimental platform in plane motion;
平面运动实验平台的开发与应用
3.
Deduction of instant center acceleration of rigid body in plane motion;
刚体平面运动加速度瞬心的推导
3) planar motion
平面运动
1.
Coupled dynamics modeling and analysis for flexible beam with planar motion;
作平面运动柔性梁的刚柔耦合动力学建模及分析
2.
It was pointed out that the actual center-line and theoretic meshing line of the paired gears varied in the form of planar motion due to the system vibration,and the actual meshing line was curvilinear.
结果表明,由于系统振动的原因,齿轮副的实际中心线和理论啮合线是以平面运动方式变化的,实际啮合线(即啮合点的轨迹)是一条曲线。
3.
In this paper, a vehicle model with three degrees-of-freedom is explored to analyze the relationship between the planar motions and roll motion of a vehicle.
本文通过对三自由度车辆模型的研究,分析了车辆平面运动与侧倾运动的相互关系,对影响车辆的平面运动与侧倾 运动耦合关系的敏感性参数进行了探讨,为车辆侧倾稳定性的研究提供了理论基础。
5) movement characteristic
运动特性
1.
In many situations the foodstuff machine and the packing machine is often needed to realize reciprocating continuously and especially in high automatic There are many such machines and each one has itself movement characteristic In terms of long time application and the writer analyses and discusses several; devices′s movement characteristic these devices can be controled easil
实现往复运动的机构较多 ,不同的机构 ,具有不同的运动特性。
2.
It summarizes the study and achievements on fluid mud definition, the formed mechanism and condition, the movement characteristics under the action of flow and waves and under the integrated actions of stormy waves and flow at seacoast and river mouth studied by scholars for a long time.
系统地介绍了浮泥研究的进展情况,对长期以来众多学者对浮泥的定义与界定,形成的机理与条件,浮泥在水流、波浪作用下的运动特性以及海岸或河口浮泥在风浪与水流等因素综合作用下的运动特性所做的研究工作与成果进行了综述,指出浮泥对港口、河口航道的回淤及港口环境污染影响深远;研究浮泥的运动规律具有深刻的意义;由于实验条件的限制,进行浮泥运动的相似模拟实验是非常困难的;对浮泥的运动规律的相似模拟研究有待进一步深入、加强与提高。
6) movement characteristics
运动特性
1.
Study on movement characteristics of coral sands in Xisha Islands
西沙群岛珊瑚砂运动特性试验研究
2.
Objective To study pointing movement characteristics and ergonomics when human upper limb touches different targets on the front board.
目的研究人体上肢对前方平面不同区域目标点的拾取运动特性和工效。
3.
At the process of tracing a point target,recognizing the movement characteristics of the infrared countermeasure bomb is the necessary measure for the missile to CCM.
在点目标跟踪阶段,识别红外干扰弹的运动特性是红外空空导弹实现抗干扰的一种必要手段,分析了某型红外干扰弹的运动规律,并仿真了红外干扰弹的运动特性。
补充资料：平面—单齿极对的磁场特性
平面—单齿极对的磁场特性
magnetic field characteristics of pole pair to plane-single tooth
P一ngmlon一daneh一j一du一de elehang texlng平面一单齿极对的磁场特性(magnetie fieldeharaeteristies of pole Pair to plane一singletooth)由平面极和单个齿极组成的磁极对的磁场分布规律。齿极截面为双曲线形(见图)，齿极尖端呈圆弧形，齿极的渐近线在平面极上有交点。采用这样的齿形，齿极尖端不易磁饱和。这种磁极对常用于干法盘式磁选机。 平面一单齿极对的结构参数主要是齿极尖角、齿尖圆弧半径及两极间的极距。齿尖圆弧半径r与极距Z有关，一般:、0.51。齿尖做成圆弧状以增大吸附面积，同时防止齿尖磁饱和及磨损后增大极距。沿齿极对称面上的磁感应强度为军 平面一单齿磁极对 。_;，_二_卫「，，些卫、2___:卫:。。 B，一B“s，ntL‘一(厂)‘cos‘tJ’式中B。为平面极表面上的磁感应强度，T;月为齿极尖角，(o);l为极距，cm;y为离齿极的距离，cm。磁场梯度(grad召y)为 华一:。，(，一，)[，2一(，一，)ZcoSZ菩〕15 dy一沪、“了’L“‘J’一2 ·‘·普一普等式右侧的负号(可省略)。表示磁场梯度的方向与y轴相反。磁场力为 (。;rad。)y一。:，“(，一，)SinZ冬。。52粤 、~5!。协~/y~u，、。7’一‘2一2 〔22一(z一，)2一普:一 (子卜仲元)
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