1)orbital period rate轨道周期变化
英文短句/例句
1.The Investigation of Physical Mechanisms for Orbital Period Changes of the Semidetached Binary UW Vir半相接双星室女座UW轨道周期变化的物理机制研究
2.Sarkovskii s Theorem and Simple Periodic Orbits;Sarkovskii定理与简单周期轨道
3.Trace Formula and Periodic Orbits Quantization for Two-Dimensional Integrable System二维可积系统的求迹公式和周期轨道的量子化
4.Research on Operation Plan and Working Diagram of Rail Traffic Based on Periodic Running Mode;基于周期化运行的轨道交通列车开行方案和运行图研究
5.Homoclinic Orbits for Hamiltonian Systems without Periodicity;二阶非周期哈密顿系统同宿轨道研究
6.Research on the Estimation of Large-Scale Periodic Orbits on Hamiltonian Systems;Hamilton系统的大范围周期轨道之估计
7.Equicontinuity and Periodic Orbits of Triangular Maps;三角形映射的等度连续性和周期轨道
8.Periodic and Homoclinic Solutions of a Class of Hamiltonian Systems;一类Hamilton系统的周期解与同宿轨道
9.Periodic Solutions and Homoclinic Orbits of Hamiltonian SystemHamilton系统周期解和同宿轨道
10.On the Orbital Period Variations of RS CVn-type BinariesRS CVn型密近双星的轨道周期分析
11.Realization of periodic orbits of bernouilli shift map in a digital computer伯努利移位映射周期轨道在计算机上的实现
12.Distributions of Closed Orbits and Statistical Properties of Some Hyperbolic Dynamical Systems;某些双曲动力系统的周期轨道分布和统计性质
13.Dynamical Systems of a Class of N-dimensional Self-Mapping: Point Sets and Periodic Orbits;动力系统中一类自映射的点集和周期轨道研究
14.UMT Booking Service System in Life Cycle Cost;城市轨道交通售票服务系统寿命周期费用浅析
15.The Secret Communication with the Unstable Cycle Track of Chaos Attractor;利用混沌吸引子的不稳定周期轨道的保密通信
16.1-dimensional Logistic Map Stable Periodic Orbits Existing Parameter Region;一维Logistic映射稳定周期轨道存在的参数区域
17.Study on the Life-cycle Cost and Risk Control in Urban RailTransit城市轨道交通全寿命周期成本风险控制研究
18.The Period Function for Quadratic Integrable Systems with Quartic Orbits具有四次轨道的二次可积系统的周期函数
相关短句/例句
Periodic orbit周期轨道
1.A new method of stability analysis for periodic orbits of piecewise linear chaotic systems;分段线性混沌系统周期轨道稳定性分析
2.Study on analytic approach for extracting periodic orbits of piecewise linear chaotic systems;解析法提取分段线性混沌系统周期轨道的研究
3.On odd periodic orbits of f(x)=1-ax~2;关于函数f(x)=1-ax~2的奇周期轨道
3)orbital period轨道周期
1.It can cause a series of observation effects, such as star-spot activity, optical flare events, the uneven distribution of the chemical element abundances, stellar wind, the changes of the orbital period and the chromospherically activities.它能引起一系列的观测效应,如光球表面的黑子活动、光学耀斑事件、化学元素丰度不均匀分布、星风、双星系统的轨道周期变化和色球活动等等。
2.Under this extreme physical conditions, RS CVn-type binaries show all features of solar activity: chromospheric emission lines (such as Hα, Hβ, CaII H&K), X-ray emission, spots, flare, mass loss due to star wind, magnetic activity, and orbital period variations.在这种极端物理条件下,RS CVn型双星表现出了许多类似太阳的磁活动现象:色球活动(如Hα,Hβ,CaII H&K等谱线发射)、X射线发射、大面积的黑子活动、耀斑、星风损失以及轨道周期变化。
4)Periodic orbits周期轨道
1.The transforming pattern of the system behavior from stable state to chaotic state is discovered via a cascade of perioddoubling bifurcations of the output voltage in the bifurcation diagram and a cascade of periodic orbits in the ui phase.以滤波电容作为变化参数,通过分叉图上的一系列倍周期分叉及u i相空间图上的一系列周期轨道,揭示了DC DC变换器由稳态到混沌态的变化规律。
2.The paper describes the one periodic and two periodic orbits to a dc dc buck converter on chaos.本文对具有混沌DC DCbuckPWM变流器的周期 1轨道、周期 2轨道进行了分析 ,由于无法获得分析各周期轨道的解析解 ,提出模拟各周期轨道的数值算法 。
3.The paper discribes the class one three--dimensional dynamic system and spreads the conclusion of the existence, uniqueness and stability deduced from the two- dimensional autonomous system s periodic orbits to three--dimentional autonomous system.描述了一类三维动力系统,把二维动力系统的周期轨道的存在性、唯一性和稳定性的结论推广到了三维动力系统。
5)period orbit周期轨道
1.Computing Unstable Period Orbits of Discrete Chaotic System Though Differential Evolutionary Algorithms Basing on Elite Subspace;计算离散动力系统不稳定周期轨道的精英子空间差异演化算法
2.The chaos system is andysed by cell model,also analyze the reasons for period orbits formation.应用细胞模型对混沌系统进行分析 ,分析了周期轨道形成的原因 ,阐述了混沌系统周期轨道的计算方法 ,并用计算机仿真计算出部分混沌系统的周期轨道 。
3.This paper take a further discussion about period orbit,recorrence point,orbit s ω-limit set and α limit-set and get several relative results.对周期轨道、回归点、轨道的ω-极限集和α-极限集作了进一步的讨论,得到相关结论。
6)Qusi-periodic Orbit拟周期轨道
延伸阅读
轨道周期人造卫星在轨道上环绕地球运行一周所需的时间。与轨道离地高度有关。轨道半长轴愈长,周期愈长。
