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kaon n.【物理學】 K介子。

kapellmeister

As for the k production in high energy hics , we firstly study k + production . the results show that the kaon flow is sensitive to both the kaon - nucleon sigma term ( s and the equation of state of nuclear matter . the collective flows of both nucleons and k + mesons need a “ soft “ eos with compressibility k ? 00 - 300 mev , and 2 = 200 - 400 mev seems suitable to explain the measured k + flow 研究表明k ~ +集體流在相對論重離子碰撞中對核態方程和k - n標量吸引項( _ ( kn ) )都是敏感的,計算結果表明核子和k ~ +介子的橫向集體流都需要壓縮系數在k 200 - 300mev范圍內較軟的核態方程,而大約為200 - 400mev的_ ( kn )值對解釋k ~ +流產生是合適的。

Second , the architectures of ontology integration and all kinds of mapping methods are introduced . third , the open source ontology management project , kaon , was analyzed , and on the basis of this system , we have developed our ontology mapping module 然后,分析一個開放源碼的本體管理系統? ? kaon ,并對其體系結構、存儲機制和具體實現進行了分析,并在此基礎上開發了我們自己的本體映射模塊。