1) nodal period
交点周期
1.
The results showed that the J2 perturbation can not affect the relative movement of satellites in formation when the satellites have equal orbital nodal periods and nodal pr.
如果编队卫星的交点周期和节线的进动速率相等,那么J2摄动对相对运动没有影响,卫星可长期保持编队飞行。
2.
Then,the relationship among nodal period,fundamental interval and orbital altitude was educed by deriving the definitions of fictitious node.
通过引入假想交点的概念,推导出了交点周期、基本交点距与轨道高度的关系。
2) Equal nodal period
等交点周期
3) prime periodic point
素周期点
1.
Condition of the continuous self-mapping of unit solid body in R~n with prime periodic points;
N维单位体上连续映射有素周期点的条件
2.
Nitecki indicate the equal value of the special abnormal point,abnormal point and prime periodic point,respectively.
N iteck i分别指出了有特殊异状点、有异状点、有素周期点三者等价。
3.
Nitecki indicates respectively the equalvalue of the spcial heterochinic,point,heterochinic point and prime periodic point.
Nitecki分别指出了有特殊异状点、有异状点、有素周期点三者等价。
4) Periodic point
周期点
1.
On the periodic point set of a n-dimensional self-mapping;
关于一类n维自映射的周期点集
2.
The existence theorem of the periodic point of the tree map;
树映射周期点的存在性定理
3.
Condition of the continuous self-mapping of unit solid body in R~n with prime periodic points;
N维单位体上连续映射有素周期点的条件
5) Periodic points
周期点
1.
In this paper, characters about eventually periodic points of δ and σ are studied ,it is proved that δ and σ on the symbolic space Σ 2 have the same eventually periodic points set , i.
符号空间上的比较映射δ是与移位映射σ拓扑共轭的空间自映射 ,进一步研究了δ与σ的终于周期点的特征 ,证明了符号空间Σ2 上的比较映射δ与移位映射σ具有完全相同的终于周期点集 ,即EP(δ) =EP(σ) ,并给出了关于δ与σ的终于周期点之间的关系的几个结
2.
Furthermore, the characters of periodic points of the comparing map δ are studied, and several equivalent conditions for certain periodic points and generalized periodic points are obtained.
介绍了符号空间Σ2上的比较映射δ,通过构造一个无穷01矩阵T∞,证明了符号空间上的比较映射δ与移位映射σ拓扑共轭,并进一步研究了描述比较映射δ的周期点的某些特征,给出了刻画δ的某些周期点和广义周期点的几个等价条件。
3.
Taking the one dimension tent map as an example,this paper proves that the map has numerous limited periodic points by using the Sharkovskii Theory,which shows why weak keys exist.
作者以一维帐篷映射为例,利用Sharkovskii定理证明了该映射具有无穷多的有限周期点,从而解释了混沌映射出现弱密钥的原因。
6) period-m
m-周期点
补充资料:交点
【交点】
(杂语)彼此相共交接而点检也。见象器笺十二。
(杂语)彼此相共交接而点检也。见象器笺十二。
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