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基于图G的Mycielski图M(G),研究xb(G,TG)与xb(M(G),T’)之间的关系以及xb(G,TG)与xb(M(G),T")之间的关系,其中Tc为G的生成树,T’,T"分别为M(G)的两类特殊生成树.并给出当G为二部图,完全图以及Halin图时,Xb(M(G),T")的值. 相似文献
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氧碘化学激光(简称 COIL)系统中,水是影响激光功率输出的最重要的原因之一。气流中的水不仅对激发态碘原子有严重的猝灭作用,另外对碘分子解离、超音速流动特性也有很坏的负面作用。单重态氧发生器的BHP(Basic Hydrogen Peroxide )溶液是最主要的水蒸汽源。利用传质模型对射流式单重态氧发生器(简称JSOG)中产生的水蒸汽进行了计算,所得的数值结果与实验测量结果基本相符。根据模拟结果,对发生器的设计及实验条件进行了优化。 相似文献
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利用浇注法制备了具有正弦波调制图纹的溴代聚苯乙烯薄膜,并在此基础上将低密度聚-4-甲基-1-戊烯(PMP)泡沫溶胶浇注在薄膜调制图纹的表面,从而得到了薄膜-泡沫复合平面调制靶样品。较为详细的讨论了具有正弦波调制图纹的复合平面调制靶的制备方法并通过台阶仪、显微镜观测了薄膜表面条纹的起伏以及薄膜-泡沫截面的复合情况,实验结果发现,采用此种方法得到的复合平面调制靶样品,其薄膜厚度、泡沫密度易于控制,薄膜、泡沫调制界面清晰,易于微靶的加工与装配。 相似文献
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In this paper, we present a linear optical scheme for optimal
unambiguous discrimination among nonorthogonal quantum states in
terms of the multiple-rail and polarization representation of a
single photon. In our scheme, discriminated quantum states are
expressed by using the spatial degree of freedom of a single photon
while the polarization degree of freedom of the single photon is
used to act as an auxiliary qubit. The optical components used in
our scheme are only passive linear optical elements such as
polarizing beam splitters, wave plates, polarizers, single photon
detectors, and single photon source. 相似文献
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We propose optical implementation for the quantum clock synchronization (QCS) algorithm by using only linear optical elements. Our method is based on the single photon representation of qubits. Two kinds of linear optical realization schemes, i.e,, the location-plus-polarization-qubit scheme and the all-location-qubit scheme, are proposed, respectively. Linear optical realizations of three-qubit and four-qubit QCS algorithm are explicitly presented. 相似文献
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We study both the two-particle and single-particle fringe visibility in the generalized version of the Nakazato–Pascazio model where two qubits interact with a finite length one-dimensional array.Both the two-particle and single-particle fringe visibilities are investigated with different initial states of the particles spin.For different initial states of the particles spin,the two-particle fringe visibility either decreases or increases over time,and may even decrease first and increase later.Due to the interaction between the particles and the one-dimensional array,the single-particle fringe visibility increases over time when the initial state of the two particles spin is independent.The single-particle fringe visibility is equal to 0 as the two-particle spin is initially in the completely entangled state or in the singlet state. 相似文献