1) rotational energy
转动能
2) rotational kinetic energy
转动动能
1.
It is pointed out that translational kinetic energy and rotational kinetic energy mutually transferred by sliding friction force, but it only has positive acting.
讨论滑动摩擦力作功,说明了滑动摩擦力可以使刚体的平动动能和转动动能之间相互转换,但总是作负功。
2.
The variation curves of rotational kinetic energy and translational kinetic energy changing with angle coordinate are drawn using MATLAB.
建立了摆的动力学方程,导出了动能定理的微分表达式和积分表达式,用MATLAB软件编程画出了转动动能、平动动能与角坐标间的关系曲线,分析了平动动能对振动周期的影响。
3) Rotational energy transfer
转动传能
1.
Collisional quantum interference effect on rotational energy transfer in Na_2(A~1∑_u~+,v=8~b~3∏_(0u),v=14)-Na system;
Na_2(A~1∑_u~+,v=8~b~3∏_(0u),v=14)-Na体系转动传能的碰撞量子干涉效应(英文)
2.
Quantum interference on the electronic and rotational energy transfer of AB(~1∑,J)+C(~(S_1)l_(1i_1))→AB(~1∑,J′)+C(~(S_1)l_((1j_1)′))+C(~(S_2)l_((2j_2)′));
AB(~1∑,J)+C(~(S_1)l_(1i_1))→AB(~1∑,J′)+C(~(S_1)l_((1j_1)′))+C(~(S_2)l_((2j_2)′))中电子传能与转动传能的量子干涉(英文)
3.
Further theoretical study of the differential interference angle of collisional quantum interference on rotational energy transfer;
深入理论研究碰撞转动传能量子干涉效应的微分干涉角(英文)
4) Transporting role
转运动能
5) Rotation capacity
转动能力
1.
Study on rotation capacity of prestressed composite girders under negative moment
预应力组合梁负弯矩作用下梁端转动能力研究
2.
Based on the current available research,a method for predicting the rotation capacity of flush end-plate composite connections in both negative and positive moment is developed in this paper.
本文在现有研究成果基础之上,针对连接分别承受正、负弯矩作用的情况,给出了平端板连接梁柱组合节点转动能力的计算方法,考虑了钢筋的伸长变形、螺栓的伸长变形、栓钉的滑移变形、混凝土楼板的压缩变形等因素。
6) rotation capability
转动性能
1.
Position and rotation capability analysis on suspended 3DOF parallel mechanism;
悬置式3自由度并联机构的位置及转动性能分析
补充资料:比释动能
比释动能
kinetic energy released in material; kerma
bishi由叩neng比释动能(kineticene卿rele胎ed in Irlaterial;ke~)剂量学量之一。1958年,w.c.勒施提出单位质t所释放的动能的概念,称为kerm(kinetiee”e咬万回eaa司卿画t~),反映不带电粒子辐射与物质相互作用中的能t传递。后又采用比释动能ke~(七杨。ene耳妙花1以曰妇inm川e‘目),符号为K。比释动能的定义为dE。除以dm所得的商,即 K== dE,/dm式中dE。为不带电粒子在质量为dm的物质中所释放的所有带电粒子的初始动能之和。sI单位为凡一‘(焦耳每千克),专用单位为仰(戈〔瑞」)。适当选择物质中的比释动能,可以方便地描述不带电粒子的辐射场,例如空气比释动能、组织比释动能等。 (吕维纯徐涌)
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