【摘 要】
：
Motivation Large discrepancies was found in double-charmonium production at B factories.The discrepancies can be solved by NLO QCD corrections and relativistic
【出 处】
：
全国第十二届重味物理和CP破坏研讨会
论文部分内容阅读
Motivation Large discrepancies was found in double-charmonium production at B factories.The discrepancies can be solved by NLO QCD corrections and relativistic corrections.
其他文献
Probe NP in flavor physics The evolution of B(s)→μ+μ- The upcoming combination of B(s)→μ+μ- TCPV asymmetry φs:the unfinished story
金丝桃素为萘骈二蒽酮类化合物，存在于贯叶连翘及同属植物。1911年，Cerny命名hypericin，1957年Brockmann从贯叶连翘和Hirsutum中首次分离得到金丝桃素。贯叶金丝桃在英国盎格鲁
戊型肝炎是最主要病毒性肝炎之一,由戊型肝炎病毒(HEV)感染导致,常引起大规模爆发流行。随着研究的深入,戊肝作为公共卫生问题和导致的临床疾病的危害性越来越突出。近年来大
A quest for a decade After the Higgs festival,an important quest for the next～10 years:study its roperties Will help to answer many questions:electroweak symmetr
1.Motivation Also,some updates were reported in the ZZ,WW,b(-b),and τ+τ- decay modes,as well as the ttH events since 2013.
Introduction Quarkonia-Both charmonium and bottomonium provide important tests of QCD.Charmonia-Many charmonium(-like) states found at the Charm and B factories
kT dependent meson wave functions TMD Pion wave function(Collins2003) B meson wave function NLO diagrams for B meson wave function(Li,Shen and Wang,2012)
改革开放的深入发展.促使广播必须加快改革步伐。面对新的机遇和挑战,不改革,没有出路;改革难,不改革更难。当前,广播要在改革中突出重围,探索新路,首先要敢于和善于桃战自我
MAPK级联途径是真核生物中高度保守的信号通路。MAPK级联途径参与植物生长发育、细胞程序性死亡等的调节,并且能够对不同的环境刺激做出响应,如低温、高温、活性氧、紫外线、干旱和病原菌的侵染等。MAPK级联途径由三个成员组成,分别是MAPK、MAPKK及MAPKKK,此三个信号组分按照MAPKKK-MAPKK-MAPK的方式依次磷酸化,将外源信号级联放大向下传递。近年来,从植物中分离到大量MAPKs
Brief motivation So far,more and more experimental measurements about B(s)→VV decays have been obtained.The former PQCD predictions are not systematic and fall