拟周期的英文

• quasi periodicity
• quasiperiod

• "拟"英文翻译    draw up; draft
• "周期"英文翻译    period; cycle; circle; revol ...
• "拟周期变化" 英文翻译 :    quasi-periodic variation
• "拟周期波动" 英文翻译 :    quasi-periodic oscillation
• "拟周期的" 英文翻译 :    quasi periodic; quasi-periodic
• "拟周期轨道" 英文翻译 :    quasi-periodic orbit
• "拟周期函数" 英文翻译 :    quasi periodic function; quasi-periodic function
• "拟周期集" 英文翻译 :    quasi periodic set
• "拟周期解" 英文翻译 :    quasi-periodic solution
• "拟周期运动" 英文翻译 :    quasi-periodic motion
• "拟周期振荡" 英文翻译 :    qpo; quasi-periodic oscillation
• "拟周期 准周期性" 英文翻译 :    quasi-periodicity
• "周期" 英文翻译 :    period; cycle; circle; revolution; round; complete alternation 产业周期 industrial cycle; 经济周期 economic cycle; 商业周期 business cycle; trade cycle; 生产周期 production cycle; 再生产周期 cycle of reproduction; 缩短恢复周期 shorten the period of convalescence; 固有周期 natural period; 延长支付周期 extend a payment period; 昆虫的生活周期 the life cycle of insects; 工作周期 action cycle; 周期变化 periodic change; periodic variation; 周期表 [化学] periodic table; periodic chart; 周期律 [化学] periodic law; law of periodicity
• "大周期, 主周期" 英文翻译 :    main cycle
• "1周期" 英文翻译 :    g 1
• "2周期" 英文翻译 :    g 2
• "暗周期" 英文翻译 :    light-dark cycles
• "半周期" 英文翻译 :    half cycle; semiperiod; one-half cycle; semi-cycle; half period◇半周期带 half-period zone; 半周期平均电流 half-period average current; 半周期平均值 half-period average value; 半周期振荡 semioscillation
• "鼻周期" 英文翻译 :    nasal cycle
• "病周期" 英文翻译 :    disease cycle
• "波周期" 英文翻译 :    period of wave; wave period
• "场周期" 英文翻译 :    field duration; field period; field rate duration
• "长周期" 英文翻译 :    long period; long-periodic; phugoid◇长周期运动 phugoid mode of motion; 长周期振动 [航空] phugoid
• "超周期" 英文翻译 :    supercycle; superperiod
• "次周期" 英文翻译 :    cycle, minor; minor cycles

• Analytic solutions of an iterative functional equation x bx
  方程特殊拟周期解的构造
• On the reducibility of linear differential equations with quasiperiodic coefficients depending on parameters
  一类带有参数的线性拟周期微分方程系统的可约化性
• Exciting results are obtained when the presented control algorithm are applied to the structural vibration with periodic and pseudo - periodic disturbances
  此种方法，对于周期扰力及拟周期扰力激起的结构振动响应都有很好的控制效果。
• The numerical simulations demonstrate that there is a quasi - periodic rotation on the invariant curve when the coupling coefficient e is small enough
  数值计算表明当空间耦合强度足够小且限制在某些范围内时，系统在不变圈上是拟周期运动。
• Next we are concerned with the existence of quasi - periodic breathers for the coupled map lattices : where the local map f is the delayed logistic map
  其次我们考虑局部映射f _为时滞logistic映射的耦合格点映射：讨论此映射的拟周期呼吸子的存在性。
• An approach about the no - linear whirl dynamics behavior of elastic shaft jeffcott rotor with a transverse crack , which is supported on the unsteady and no - linear oil film , is given
  裂纹转子轴刚度变化对油膜夫稳点及油膜失稳之后转子的运动影响不大，转子系统作拟周期运动。
• The delay can affect the existence and stability of solutions as well as leads to the periodic , quasi - periodic and more complex phenomena . so it is more difficult to study the partial differential equations with delay
  时滞可影响方程解的存在性、稳定性，可导致周期、拟周期等更为复杂的现象，因而在研究上更加困难。
• It is constructed that radial impact and rubbing dynamics differential equations of the rotor system having the nonlinear rigidity on the unsteady and non - linear oil film . the bifurcation and chaos behavior of impact and rubbing fault rotor system caused by the parameters of nonlinear rigidity , rotor rotating speed , eccentric mass is analyzed , in the numerical value analysis method . the bifurcation diagrams , maximum lyapunov exponent diagrams , poincar maps , phase plane portraits , trajectories of journal center , time - history curve , amplitude spectra diagrams of the rotor motion are used
  ( 2 )建立了具有非线性刚度的转子系统在非稳态非线性油膜力作用下的径向碰摩动力学微分方程,并应用含高阶余项的非线性动力方程的线性化数值法研究了此类系统响应的复杂动力学行为,利用转子响应的分岔图、最大lyapunov指数曲线、 poincar截面映射、时域波形、相轨线、轴心轨迹、幅值谱等图形分析了系统响应的周期运动、拟周期运动、倍周期分岔、混沌等运动形式的转化与演变过程,重点研究了非线性刚度、转子转速、偏心质量等系统参数对碰摩故障转子系统的分岔和混沌行为的影响。
• Because of " fixed point attractor " , " limit cycle attractor " , " tons attractor " and " strange attractor " dominating the dynamics system , present - day crustal movement presents the various dynamics states such as " stable state ( dynamic balancing state ) " , " period state " , " quasi - period state " , " chaos state " and " edge of chaos "
  在”不动点吸引子” 、 “极限环吸引子” 、 “环面吸引子”和“奇异吸引子”的作用下，现今地壳运动呈现出“稳定态（动平衡态） ” 、 “周期态” 、 “拟周期态” 、 “混沌态”和“混沌边缘态”等多种动力学状态。