简介:SincethereformandopeningupofChina,theCommunistPartyofChinahasbeencommittedtothecontinuousdevelopmentofhumanrightstheoryandtheprotectionofhumanrightsthroughlegalconstruction,inordertopromotethedevelopmentofChina’shumanrightscause.Theprincipleof'respectingandprotecting
简介:Basedonthesurveyresearchofpovertycontrollingmodelof'ThreeDrives,FourJoints'inZhen’anCounty,itsformingmotives,implementingmechanism,andconstraintfactorshavebeenexploredtotestifyitsenlightenmentandapplicability,establishingapromotable,applicable,andeffectivepovertyalleviationmodel.'ThreeDrives,FourJoints'modelislinkedtothepoorwholacksabilityofself-development.Relyingonthedrivesfromkeyleadingcompanies,thecapableandtherich,acommunitywithsharedinterestsbythepoorandthesubjectsofthe'threedrives'couldbeformedthrough'JointProduction,JointResources,JointCommunityofStock,andJointOperation'.Thelinkedpovertyalleviationdevelopmentmodelof'theinfluentialandtherichbringalongthepoor'and'Arichhouseholdwouldhelptheothers'comeintobeing.Itisfoundoutthatthemodelof'ThreeDrives,FourJoints'isinessenceapovertyalleviationmethodfocusingontheincreaseoftheincomeanddiversifiedwaysofincreasingtheearnings.Problemsofpovertyalleviationcarrierandjointmechanismhavebeensolvedinthepovertyalleviationprocess.Themodelisinnovativeinactivatingtheresourceelements,helpingtomovethepooroutofpoverty.Areferential,copyable,andapplicablemodelisofferedtoadvancethepovertyalleviationinmountainousareasinChina.
简介:Timesynchronizationtechniques,especiallyonthepulsepersecond(PPS)temporalbasis,haveattractedgrowingresearchinterestsinrecentyears.Inthispaper,wehaveproposedandexperimentallydemonstratedahigh-precisiontwo-waytimetransfer(TWTT)systemtorealizelong-distancedisseminationof1PPSsignalgeneratedbyahydrogenmaser.Adense-wavelength-division-multiplexing(DWDM)systemandbi-directionalerbium-dopedfiberamplifiers(Bi-EDFAs)havealsobeenadoptedtosuppresstheimpactofRayleighbackscatteringandoptimizethesignaltonoiseratio(SNR)aswell.Wehavetheoreticallyanalyzedthesystematicdelayindetail.Theultimaterootmeansquare(RMS)variationoftimesynchronizationaccuracyissub-26psandthetimedeviationcanbereducedtoaslowas1.2psat100sand0.253psat12000s,respectively.