1) Barkhausen jump
Barkhausen跳跃
2) jump
[英][dʒʌmp] [美][dʒʌmp]
跳跃
1.
Sociological study of performance of Level B and C difficulty jumps of Wushu routine;
武术套路B、C级跳跃难度动作完成情况的人文学研究报告
2.
Research on Estimation Method and Application of Volatility Considering Jump and Market Microstructure Noise
考虑跳跃与市场噪音条件下波动率估计与应用研究
3.
Regular sport injuries and prevention in jump of track and field
田径跳跃运动训练中常见运动损伤及预防
3) jumping
[英]['dʒʌmpiŋ] [美]['dʒʌmpɪŋ]
跳跃
1.
A Point of Linguistics on The Image Jumping in Poem;
诗歌中意象跳跃的语言学认识——兼论李白诗歌中意象跳跃的特点
2.
Investigation on response of floor vibration under jumping and walking excitation;
跳跃和行走激励下的楼盖竖向振动反应分析
3.
The dynamical stability of biped locomotion and the dynamical process of jumping motion of human body are analyzed in this paper.
分析人体双足步行的动态稳定性以及跳跃运动的动力学过程。
4) leap
[英][li:p] [美][lip]
跳跃
1.
The present paper makes a tentative study of the reason, the definition, the basis and the functions of leaping images.
从语言学角度对意象跳跃的成因、定义、存在基础及功能进行分析 ,诗歌意象出现跳跃是由于话语中缺失某些信息因素之间的确定与被确定关系 ,而使语义间连贯与衔接的正常状态被破坏而造成 ,它以话语的语用含义作为它在诗歌中存在的基础 ,能够起到丰富话语意义的作用。
5) jumps
[英][dʒʌmp] [美][dʒʌmp]
跳跃
1.
Models with jumps or models with stochastic volatilities can not describe the distributing of stock price and return.
仅包括跳跃或仅包括随机波动的模型对于股价和收益分布的描述不是很理想。
2.
It is pointed out that the resonance has abundant dynamic phenomenon including jumps and amplitude-frequency response curves of system will be changed with the changing of forced excit.
对定常解进行了理论分析和数值计算,指出系统响应曲线存在跳跃,而且外激励幅值F1和F2的变化会影响系统幅频响应曲线发生改变。
3.
A method of testing existing of jumps in stock price series is suggested.
提出股票价格序列跳跃的一种检验方法。
6) skip
[英][skɪp] [美][skɪp]
跳跃
1.
An analysis of size effect of the inclination angle of shear band and the onset,skip and stability of shear strain localization;
剪切带倾角尺度律与局部化启动跳跃稳定研究
2.
It is a disputable problem for scholars if tangential stress skips at the edge of elastic area and plastic area.
巷道周围岩体内弹性区和塑性区在交界面处切向应力是否跳跃的问题,各位学者的看法不一。
补充资料：磁通跳跃（fluxjumping）
磁通跳跃（fluxjumping）
磁通运动导致有能量损耗，由于磁热效应，能量损耗又导致局部升温，局部升温导致该处钉扎效应降低，钉扎效应降低又导致磁通进一步运动。如是一次又一次的继续循环，可使原来少量缓慢的磁通运动引起大量的、迅速的磁通运动，即称磁通跳跃。这种现象若温度不加以采取措施控制，则体温升至Tc极限时，硬超导体即整体转入正常态。这就是硬超导体的不稳定问题。
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