简介：Wefindanasymptoticexpressionforthecharacteristictimescalesofdecorrelationprocessesinweaklycompressibleandisothermalturbulence.ThisresultisusedintheEddy-DampedQuasi-NormalMarkovianequationtoderivethescalingsofcompressibleenergyspectra:(1)iftheacousticwavesaredominant,thecompressibleenergyspectraexhibit?7/3scaling;(2)iflocaleddystrainingisdominant,thecompressibleenergyspectraarescaledas?3.Meanwhile,theenergyspectraofincompressiblecomponentsdisplaythesamescalingof?5/3asthoseinincompressibleturbulence.Thedirectnumericalsimulationsofweaklycompressibleturbulenceareusedtoexaminethescaling.

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简介：Thispaperobtainsaccuratevibrationalspectroscopicconstantsandfullvibrationalenergyspectrumbythealgebraicmethod(AM)forsomeelectronicstatesofhalogendiatomicmolecules.MotivatedbytherecentsuccessofobtainingthedissociationenergiesofLi2moleculebyusinganewanalyticalformula,itfurtherextendstheformulatostudythedissociationenergiesofhalogendiatomicmolecules.TheresultsshowthattheAMspectrumandthetheoreticaldissociationenergiesagreewellwithRKRdataandexperimentaldatarespectively.

简介：HotnucleiwithdifferentN/Zratiowereproducedbyusing~(40)Arbeamon~(112)Snand~(124)Sntarget,respectively.Theenergyspectraandtheemissionprobabilitiesofhydrogenisotopesareanalyzedinthe30MeV/u~940)Ar+~(112,124)Snreactions.PartialemissionprobabilityP_iofacertainspeciesiisdefinedhereby

简介：我们在一个Y3Ga5O12(YGG)主人系统调查Bi3+和RE3+(RE=Tb或Eu)的光性质。Bi3+的另外的做能在这位主人提高Tb3+或Eu3+的光。到Tb3+和Eu3+的从Bi3+的精力转移被观察，精力转移的机制被调查。自从Bi3+排放乐队或Eu3+刺激乐队，转移能作为电的多极相互作用被解释的精力的机制重叠，当Tb3+或Eu3+的紧张随Tb3+或Eu3+集中的增加增加时，Bi3+排放紧张减少。因此，Bi3+离子是到在Y3Ga5O12主人的Tb3+和Eu3+使活跃之物的一种有效sensitizer。

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简介：在由Brackx的最近的报纸，Delanghe；Sommen，一些基本更高维的分布在克利福德分析的框架被重新考虑，最后在欧几里德几何学的空格导致新分布的四个宽广的类的介绍。在当前的纸，我们继续这些分布的深入的学习，更明确地他们在频率空间的行为的学习，泛音分析的因此延长的古典结果。

简介：Autofluorescencespectrafromtheserumofhealthmanandcancerpatientshavebeenmeasuredandanalyzed.Twoobviouslyspectracharacteristicsoftheserumhavebeendiscussedindetail.Anovellasercancerdiagnosissystem(LCD-1)hasbeenestablishedandthediagnosisresultsarecomparedwithclinicalmethods.

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简介：Thispapercontributestoextractinginformationfromsignalsofbroadbandultrasonicattenuationspectrumforeffectiveutilizationinparticlesizecharacterization.Thesingleparticlescatteringmodelandthecoupled-phasemodelareformulatedsimultaneously,therelationshipbetweenparticlesizedistributionandultrasonicspectrumisestablished,andaconvergencecriterionforcalculationisquantified.Demonstrationinversionbytheoptimumregularizationfactormethodiscarriedouttoyieldtypicalnumericalresultsfordiscussion.Withtheexperimentalset-updevelopedbytheInstituteofParticleandTwo-PhaseFlowMeasurement(IPTFM)attheUniversityofShanghaiforScienceandTechnology,sandsedimentparticlesizeismeasuredbyattenuationspectrumandanalyzedusingtheaboveinversionalgorithmandtheoreticalmodels.Tovalidatetheproposedultrasonicspectrumparticlesizingmethod,resultsarecomparedwiththoseobtainedbymicroscopy.

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简介：Themediumaccesscontrol(MAC)protocolforindoorvisiblelightcommunication(VLC)withenergyharvestingisexploredinthispaper.Theunfairnessofthroughputexistsamongdevicesduetothesignificantdifferenceoftheirenergyharvestingrateswhichchangeswithdistance,acceptanceangleandtheobstructionprobability.Weproposeanenergyharvestingmodel,anewobstructionprobabilitymodelandanenergyadaptivecontentionalgorithmtoovercometheunfairnessproblem.Thisdevicecanadjustitscontentionwindowaccordingtotheenergyharvestingrate.Asaresult,thedevicewithlowerenergyharvestingratecangetshortercontentionwindowtoimproveitstransmissionopportunity.SimulationresultsshowthatourMACprotocolcanachieveahigherdegreeoffairness.

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简介：Asworldconsumptionofenergygrowsfast,theprovenpetroleumreservesarelimitedintoday'sworld,andtheoilpricefluctuatesandmostoftensoarsupsharply,energyhasbecomeamostcrucialfactorintheworldeconomyandtheenergysecurity

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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.

简介：Sincedecades,theglobalelectricitydemandshowsonlyonedirection:aconsiderableconstantincreaseeveryyear.Buttheunlimitedgrowthinenergyconsumptionisdiscussedincreasinglycritical,notonlyprimarilyintermsoflimitationsbutalsointermsofmoreefficient,moreintelligent,andmoresustainableusageofenergy.Energy-efficienttechnologies(EET)andrenewableenergy