1) wheel lateral impedance
车轮横向阻抗
1.
This paper deduces the mathematical representation of the wheel lateral impedance by using the statianalysis method, and approves the rightness and feasibility of this method.
用模态分析的方法推导出列车车轮横向阻抗的数学表达式,并证明了此种方法的正确性及可行性。
2) Transverse impedance
横向阻抗
1.
Effect of dual-wire distance and wire diameter on transverse impedance measurement using dual-wire method
双线法测量横向阻抗中双线间距及线径的影响
2.
This paper reports the result of simulation of transverse impedances of three different induction accelerating cavities.
束腔相互作用导致的束流崩溃不稳定性 (BBU)将严重地恶化束品质 ,而加速腔横向阻抗反映了这种相互作用的强弱。
3.
Our results show that the newly designed cavities behave better than the old prototype cavity with larger transverse impedance,and between the newly designed cavities,dielectric cavity with a coxial like accelerating gap geometry should be the first choice because the transverse impedance of the lower mode is oppressed efficiently.
描述了采用脉冲双线法测量感应加速腔横向阻抗的原理、方法和步骤。
3) transverse coupling impedance
横向耦合阻抗
1.
The frequency of the TM_(110)mode from these methods agreed with the experimental results,while the transverse coupling impedance was different from the experimental result.
几种方法得到的TM_(110)模频率与实验结果吻合,而横向耦合阻抗则有倍数之差,但都证明多功能腔在TM_(110)模式下的横向耦合阻抗过大,是激励BBU的最主要的因素。
4) S-wave impedance
横波阻抗
5) quadrature axis impedance
横轴阻抗
6) wheels deflection
车轮横摆
1.
Focus on the wheels deflection problem as automobile stood on speed tester and chassis dynamometer, dynamics characteristic of high-speed front driving wheels on the rollers was analyzed.
采用基于 SolidWorks 平台的虚拟样机技术开发了防车轮横摆机,采用具有自锁功能的夹紧滚筒施加与车轮偏转方向相反的阻力矩,防止横摆正反馈过程的发生,达到了防止车轮横摆的目的。
补充资料：车轮轮箍轧机生产的车轮(马鞍山钢铁公司)
车轮轮箍轧机生产的车轮(马鞍山钢铁公司)
车轮轮箍轧机生产的车轮(马鞍山钢铁公司)
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