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简介：TheGaochengdunSite高城墩locatesattheDakan大坎Village,Shizhuang石庄Township,Jiangyin江阴City,Jiangsu江苏Province.SituatingattheplainnorthwestoftheLakeTai太湖，itisthenorthmostsiteofLiangzhu良渚CulturewithhighplatformcemeteryandthenearesttotheYangtzeRiver.

简介：TheJinsha金沙SitewasdiscoveredinFebruary8,2001.BetweenthenandMarch2003,asavagearchaeologicalendeavorthatinvolvedthefieldstrategiesofsubsurfaceprobingandextensiveexcavationhadbeencarriedoutincoordinationwiththecity'sinfrastructuredevelopment.Theprojectrevealedsomeofthebasicfeaturesofthesite.

简介：SantaClausonDecember22traveledallthewayfromhishomeinchillyLapland,northernFinland,totheExpositetoconveyhisbestwishesfortheupcomingfair.Santawasmobbedbyworkersatthesiteandposedhappilyformanyphotos.HetoldcrowdsofreportersandcameramenthathelovedtheChinaPavilionbecauseitsredcolorwasthesameashisclothes.

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简介：Subeixi苏贝希isavillageliesinasmalloasistothenorthoftheMt.Huoyan火焰山intheTurfanBasin.Itmeans“theoriginofwater”inChineseandisunderthecontrolofTuyugou吐峪沟Township,Shanshan鄯善County.ThesiteandcemeteriesNos.1and2atSubeixiwerefirstexcavatedinMay1980.Theyweresurveyedacoupleoftimesinthelatertime.Inordertoconstructhighway,theInstitutediscoveredNo.3cemeteryattherein1992;thentheycarriedoutasalvageexcavation.

简介：TheTinglin亭林SiteislocatedattheTinglinTownship,Jinshan金山District,Shanghai上海Municipality.Itwasdiscoveredin1966whenalocalwatersupplyfacilitywasconstructed.In1988and1990,weexcavated968sqmatthissiteandfoundtwoSongDynastytombs,oneTangDynastytomband23burialsoftheLiangzhu良渚Culture(Fig.1).ThispaperreportsthediscoveryoftheburialsoftheLiangzhuCulture.

简介：Inordertocooperatedwiththe“Xia-Shang-ZhouChronologyProject,”theHenanProvincialInstituteofAntiquityandArchaeologycarriedoutalargescaleofsalvagearchaeologicalexcavationfromSeptember1998toMay1999atBeidajie北大街inZhengzhou郑州City,whichbroughttolightacoupleofearlyShangpalacefoundationsandrichartifacts.TheexcavationmakesimportantbreakthroughinthedeterminationofdemarcationlinebetweentheXiaandShangdynastiesandtheestablishmentofchronologyparadigmofthepalaceareaintheShangcityatZhengzhou.

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简介：Reconnaissancereportsandpertinentresearchonseismichazardsshowthatliquefactionisoneofthekeysourcesofdamagetogeotechnicalandstructuralengineeringsystems.Therefore,identifyingsiteliquefactionconditionsplaysanimportantroleinseismichazardmitigation.Oneofthewidelyusedapproachesfordetectingliquefactionisbasedonthetime-frequencyanalysisofgroundmotionrecordings,inwhichshort-timeFouriertransformistypicallyused.Itisknownthatrecordingsatasitewithliquefactionaretheresultofnonlinearresponsesofseismicwavespropagatingintheliquefiedlayersunderneaththesite.Moreover,Fouriertransformisnoteffectiveincharacterizingsuchdynamicfeaturesastime-dependentfrequencyoftherecordingsrootedinnonlinearresponses.Therefore,theaforementionedapproachmaynotbeintrinsicallyeffectiveindetectingliquefaction.AnalternativetotheFourier-basedapproachispresentedinthisstudy,whichproposestime-frequencyanalysisofearthquakegroundmotionrecordingswiththeaidoftheHilbert-Huangtransform(HHT),andoffersjustificationfortheHHTinaddressingtheliquefactionfeaturesshownintherecordings.Thepaperthendefinesthepredominantinstantaneousfrequency(PIF)andintroducesthePIF-relatedmotionfeaturestoidentifyliquefactionconditionsatagivensite.Analysisof29recordeddatasetsatdifferentsiteconditionsshowsthattheproposedapproachiseffectiveindetectingsiteliquefactionincomparisonwithothermethods.

简介：TheLajia喇家Site,namedaftertheLajiaVillageofGuanting官亭TownshipinMinhe民和County,Qinghai青海,issituatedattheGuantingBasinintheuppervalleyoftheYellowRiver.Inthisarea,affluentecologicalresourcesandwarmandmoistclimatehavebeenwellsuitableforhumanbeings'growthsinceprehistorictimes.

简介：Wehaveappliedconceptsfrominformationtheoryforacomparativeanalysisofdonor(gt)andacceptor(ag)splicesiteregionsinthegenesoffivedifferentor-ganismsbycalculatingtheirmutualinformationcontent(relativeentropy)overaselectedblockofnucleotides.Asimilarpatternthattheinformationcontentdecreasesastheblocksizeincreaseswasobservedforbothregionsinalltheorgan-ismsstudied.Thisresultsuggeststhattheinformationrequiredforsplicingmightbecontainedintheconsensusof～6-8ntatbothregions.Weassumefromourstudythateventhoughthenucleotidesareshowingsomedegreesofconservationintheflankingregionsofthesplicesites,certainlevelofvariabilityisstilltolerated,whichleadsthesplicingprocesstooccurnormallyeveniftheextentofbasepairingisnotfullysatisfied.Wealsosuggestthatthisvariabilitycanbecompensatedbyrecognizingdifferentsplicesiteswithdifferentspliceosomalfactors.

简介：Aseriesof9soilsamplesweretakenatatimbertreatmentsiteinSWFrancewhereCusulphateandchromatedcopperarsenate(CCA)havebeenusedaswoodpreservatives(SitesP1toP9)andonesoilsamplewascollectedatanadjacentsiteonthesamesoiltype(SiteP10).Copperwasamajorcontaminantinalltopsoils,varyingfrom65(SoilP5)to2600mgCukg-1(SoilP7),exceedingbackgroundvaluesforFrenchsandysoils.AsandCrdidnotaccumulateinsoil,exceptatSiteP8(52mgAskg-1and87mgCrkg-1)whereCCA-treatedpostswerestacked.Soilecotoxicitywasassessedwithbioassaysusingradish,lettuce,slugArionrufusL.,andearthwormDendrobaenaoctaedra(Savigny).Thereweresignificantlydifferencesinlettucegerminationrate,lettuceleafyield,radishrootandleafyields,slugherbivory,andearthwormavoidance.Anadditionalbioassayshowedhighernegativeimpactsonbeanshootandrootyields,RhizobiumnodulecountsonBeanroots,andguaiacolperoxidaseactivityinprimaryBeanleavesforsoilfromSiteP7,withandwithoutfertilisation,thanforsoilfromSiteP10,despitebothsoilshavingasimilarvalueforcomputedfreeionCu2+activityinthesoilsolution(pCu2+).BeansgrowninsoilfromSiteP7thathadbeenfertilisedshowedelevatedfoliarCucontentandphytotoxicsymptoms.SoilsfromSitesP7(treatmentplant)andP6(storageoftreatedutilitypoles)hadthehighestecotoxicity,whereassoilfromSiteP10(highorganicmattercontentandcationexchangecapacity)hadthelowest.ExceptatSiteP10,thesoilfactorpCu2+computedwithsoilpHandtotalsoilCucouldbeusedtopredictsoilecotoxicity.

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简介：TheNeolithicsettlementsiteofXinguang新光islocatedatthewesternsectionofBonan博南StreetintheeasternoutskirtsofthecountyseatYongping永平County,Yunnan云南Province.Rising1600mabovesealevelinahighlandbasinlandscape,itissurroundedbyhighmountainridges.TheYinjiang银江River，originatingfromthepiedmontzone,crossesthebasintoconvergewiththeLancang(Mekong)澜沧江River.

简介：1.IntroductionAnobviousimprovementindesigningandmanufacturingtransformershasbeenachievedsincetheapplicationofpartialdis-charge(PD)testonpowertransformerswasaccepted.ChineseNationalStandardhasstipulatedthatPDtestisaroutineitemfortransformerswithratedvoltage220kVandabove.Manytransform-

简介：Thecomputationoftherepresentativegroundmotions,tobeusedasinputforthedynamicanalysesofastruc-tureataparticularsite,canbeapproachedbyseveralmethods.Thechoiceoftheapproachdependsontwofactors:theda-taavailableandthetypeofproblemtobesolved.Thispaperreportstheexperienceoftheauthorsinapproachingaspecificcasestudy:theSouthernMemnonColossus,locatedinLuxor,Egypt.Theresultsareofinterestwhenthehazardanalysisestimationindevelopingcountriesandthesafeguardofculturalheritageareconcerned.Monumentshavetobetreatedasimportantstructures,duetotheirhistoricalandeconomicalvalue.Hence,standardproceduresofprobabilisticseismichaz-ardanalysisfortheseismicclassificationofcommonbuildingshavetobedisregarded.Ontheotherhand,theconsequencesofthecollapseofamonumentarenotcomparabletothoserelatedtostructuressuchasnuclearpowerplantsandlargedams,forwhichthedeterministicseismichazardanalysisprovidesastraightforwardframeworkforevaluationoftheworstcaseone,isadopted.Itsstochasticcomponentcancapturesignificantcharacteristicsofearthquakes,primarilythefrequencycontentswhichdependonthemagnitude(oftenreferredtoastheearthquakescalinglaw).

简介：Atrapezoidvalleysiteischosenasaresearchsite,andaccordingtonumericalmodelsbasedonorthogonaldesign,thefactorsinfluencinggroundmotioninthevalleysitearestudiedwithtwo-dimensionalfinitedifferencemethod.Theinfluencingfactorsareranked,andthenthecalculationresultsareverifiedbygroundmotionanalysis.Theconclusionsareasfollows:therearefourfactorsthathaveimportanteffectsongroundmotionoftrapezoidvalleysites,buttheeffectsaredifferentasthelocationofsiteschanges,theinfluencingfactorsrankdifferentlywithdifferentsitelocations;Therankingoftheinfluencingfactorsisthesameforallthesiteslocatedwithinadistanceof40mfromthevalley'sside,amongthem,themosteffectiveoneisthevalleyslopeangleranks,followedbydepth-to-widthratio,overburdenthickness,atlasttheinputgroundmotionintensity.Theimpactofthefactorsonsurfacegroundmotionisroughlythesameinthevalleysiteswithinacertaindistancetothevalleyside,andthegeometricparametersofthevalleyterrainplayagreaterpartininfluencinggroundmotion.Withtheincreaseofdistanceawayfromthevalley'sside,therankingoftheinfluencingfactorsalsochanges,theratingofslopeanglemovesbackward,therankingoftheinputgroundmotionandoverburdenthicknessmoveahead.Theeffectofvalleygeometricparametersongroundmotionsisgraduallyweakened,buttheeffectofothertwoinfluencefactorsaregraduallyincreased,similartocasesofahorizontallayeredsite.StrongmotionrecordsinAnningRivervalleysitewereanalyzed,andtheresultsshowthatthevalleytopographyhasasignificantamplificationeffectongroundmotion,andthatthenumericalresultsofthispaperarecredible.

简介：TheGuangzhouChildren'sPark广州市儿童公园issituatedinthenorthsideofwesternZhongshanSilu中山四路,inthecenterofoldGuangzhouCityproper.Since1970s,acoupleofimportantfindsoftheNanyueStateperiodhavebeendiscoveredunceasinglyaroundit.In1975,aship-makingsitewasspottedinthecourtofGuangzhouMunicipalCulturalBureau广州市文化局tothesoutheastofit.

简介：Newmarkdesignspectrahavebeenimplementedinmanybuildingcodes,especiallyinbuildingcodesforcriticalstructures.PreviousstudiesshowthatNewmarkdesignspectraexhibitloweramplitudesathighfrequenciesandlargeramplitudesatlowfrequenciesincomparisonwithspectradevelopedbystatisticalmethods.Toresolvethisproblem,thisstudyconsidersthreesuitesofgroundmotionsrecordedatthreetypesofsites.Usingthesegroundmotions,influencesoftheshear-wavevelocity,earthquakemagnitudes,source-to-sitedistancesontheratiosofgroundmotionparametersarestudied,andspectrumamplificationfactorsarestatisticallycalculated.Spectralboundsforcombinationsofthreesitecategoriesandtwocasesofearthquakemagnitudesareestimated.Sitedesignspectrumcoefficientsforthethreesitecategoriesconsideringearthquakemagnitudesareestablished.TheproblemsofNewmarkdesignspectracouldberesolvedbyusingthesitedesignspectrumcoefficientstomodifythespectralvaluesofNewmarkdesignspectraintheaccelerationsensitive,velocitysensitive,anddisplacementsensitiveregions.