Is Bell-type inequality violated for K0-\bar K^0 , B0-\bar B^0 , . . . systems?

We extend the Clauser-Horne formulation of Bell-type inequality for the correlated pair of decaying and oscillating (neutral pseudo-scalar) meson-antimesons, using a few supplementary assumptions. The quantum-mechanical predictions for the B⁰- \(\bar B^0 \) system do lead to violations of this inequality under certain conditions. Further work is called for to investigate the possibility of dispensing with the supplementary assumptions.     

L a 0. 7 5S r 0. 2 5Mn 1 - xO3钙钛矿材料的相结构研究

本文利用溶胶凝胶法, 成功制备了名义成分为L a 0. 7 5S r 0. 2 5Mn 1 - xO3( x =0. 0 0, 0. 0 3, 0. 0 5, 0. 0 8, 0. 1 0, 0. 1 3, 0. 1 5, 0. 1 7)的含有B位空位的钙钛矿样品, 最高煅烧温度为10 7 3K. 利用软件X '' P e r tH i g h S c o r eP l u s对样品 的XR D图谱进行分析, 当x≤0. 0 8的样品为钙钛矿单相, 其余样品含有次相镧的氧化物, 说明B位空位存在最大 值 , 0. 0 8相似文献   

∧ BARYONS(S=-1,I=0)∧~0=uds

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TheC-metric withm = 0,e ≠ 0

TheC-metric with parametersm = 0,e 0 is transformed to Weyl form; the sources then appear as a spherical cap of chargee, and an uncharged semi-infinite line mass. Next, the Weyl metric is enlarged by a further transformation. The enlarged space-time has as its source two uniformly accelerated charged caps. In an appropriate approximation, the electromagnetic field components of this solution are identical to those of the Born solution of classical electrodynamics.     

ОПРЕДЕЛЕНИЕ ВРЕМЕНИ ЖИЗНИ μ-МЕЗОНОВ ПО АНОМАЛЬНОМУ ПОГЛ0Щ ЕНИЮ МЕТОДОМ ЯДЕРНЫХ ЭМУЛЬСИЙ

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