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简介：Theoretical–computationalstudiesoftable-toplaser-drivennuclearfusionofhigh-energy(upto15MeV)deuteronswith7Li,6Li,andDnucleidemonstratetheattainmentofhighfusionyieldswithinasource–targetreactiondesign.ThisconstitutesasourceofCoulomb-explodingdeuteriumnanodropletsdrivenbyanultraintensefemtosecondnear-infraredlaserandasolidhollowcylindricaltargetcontainingthesecondelement.Thesource–targetreactiondesignattainsthehighesttable-topfusionefficiencies(upto4×109J1perlaserpulse)obtainedtodate.Thehighestconversionefficiencyoflaserenergytonuclearenergy(102–103)fortable-topDDfusionattainedinthesource–targetdesigniscomparabletothatforDTfusioncurrentlyaccomplishedfor‘bigscience’inertialfusionsetups.

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简介：Magneticrotationandantimagneticrotationareexoticrotationalphenomenaobservedinweaklydeformedornear-sphericalnuclei,whicharerespectivelyinterpretedintermsoftheshearsmechanismandtwoshearslikemechanism.Sincetheirobservations,magneticrotationandantimagneticrotationphenomenahavebeenmainlyinvestigatedintheframeworkoftiltedaxiscrankingbasedonthepairingplusquadrupolemodel.Forthelastdecades,thecovariantdensityfunctionaltheoryanditsextensionhavebeenprovedtobesuccessfulindescribingseriesofnuclearground-statesandexcitedstatesproperties,includingthebindingenergies,radii,single-particlespectra,reso-nancestates,halophenomena,magneticmoments,magneticrotation,low-lyingexcitations,shapephasetransitions,collectiverotationandvibrations,etc.Thisreviewwillmainlyfocusonthetiltedaxiscrankingcovariantdensityfunctionaltheoryanditsapplicationforthemagneticrotationandantimagneticrotationphenomena.

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简介：在这研究，一个新lumped-mass-stick模型(LMSM)基于象特征值和特徵向量那样的结构的形式的特征被开发。简化模型，把频率称为适应lumped-massstick模型，hasonly棍子元素和节点到的一个小数字提供结构的一样的自然频率并且被用于一座原子抑制大楼。调查LMSM的数字表演，时间历史分析在LMSM和有限元素模型上被执行(女性)为一座原子抑制大楼。结果的比较证明LMSM的动态回答与FEM的那些以排水量和加速几乎相同。另外，结果也以在某些举起的floor反应系列在好同意。

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