1) real number space
实数空间
1.
Through comparing the different topological structures in real number space the author,finds some relatives among many topological structures in real number space and draws related properties of accumulation point and limit point in different topological structures.
针对实数空间R中不同的拓扑结构,讨论实数空间R若干拓扑结构之间的关系,并讨论在不同的拓扑结构中,聚点、极限点等有关性质。
2) extended real topological space
扩张实数空间
1.
It proved that extended real topological space is compactification space of real topological space added to two points.
证明了扩张实数空间是实数空间的加两点紧化空间,指出了存在着加更多点的紧化空间。
3) Compactification of Real Topological Space
实数空间的紧化
4) real number lowerlimit topological space
实数下限拓扑空间
5) Real time geographical space data
实时地理空间数据
6) real-space method
实空间法
1.
For comparison, the amplitude and phase of Mg4Zn7 were calculated both by real-space method and Fourier transformation (in reciprocal space) and the results show that the wave functions by real-space method are in good agreement with those by Fourier transformation.
在用实空间法对正交晶系进行像模拟计算的基础上,推导并证明了可用于非正交晶系像模拟计算的表达式。
补充资料:构造实数
构造实数
constructive real number
而是用于考虑在某种意义下由算法可计算的经典实数 ___~_。,*z、‘、~。。,r:,付云*attal书is))构造实数【constrU由ve real number:~cr叮Kr~月浦cT哪e月“ee,“e月01 用于构造数学(constructive mathemati岛)的实数的概念.在更广的意义下,它是在一些构造方法下可构造的实数.“可计算实数”一词与其具有相近的意义,它不是用于从开始起构造非传统连续统的情况,
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