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简介：OnDecember28,2000,followingtheformalcommissioningofNo.930MWgeneratingunitinHunanLingjintanHydropowerStation,thelastcascadehydropowerstationinthecascadedevelopmentofmainstreamofYuanshuiRiver,theninegeneratingunitswithacombinedcapacityof270MWofthestationhadb

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简介：基于在在中国，关于为在中央南部的湖南省设计地点的地震安全评价的最近的研究，中等地震的新变细关系和自从1970，seismicity数据由现代仪器的地震记录获得了的背景编地震地面运动参数的带状配列地图使用的基本数据，中央南部的湖南省的地震带状配列的新结果被提供。有针网阵列=0.05g的区域显然与以前的那个相比在新地图增加了并且与在最近的years.This结果发生在湖南的中央南部的部分的中等地震的地震灾难特征相对一致的结果表演将有益于研究和编译一新产生在中等地震的地震地面运动参数和地震危险评价的地震带状配列地图活跃区域在中央一

简介：Thegrowthprocess,palaeoecologicalfeaturesandthefunctionoforganismsinreef-buildingoftheJukoupubioherminHunanarediscussedindetail.Thebiohermisdividedinto10microfacies.Organismsareveryabundantinthereef.Thirty-twogeneraBelongingto7phylahavebeenrecognized.Theymakeup5communitiescomposedmainlyofstromatopoids,Coralsandalgae,eachofwhichhasitsownsalientecologicalfeatures.Ananalysisofallcommunitiesshowsthattheorganicfunctionsareverycomplex.Thesameorganismsmaypossessdiversefunctionssimultaneouslyasthereefgrowthentersthelatestage.Thegrowthprocessofthereefmayinvolvefivestages’(l)biostromestage,(2)stabilizationstage,(3)frame-typereef-buildingstage,(4)bindingandcovering-typereef-buildingstage,and(5)baffle-typereef-buildingstage.

简介：LyingonthewestedgeofDongtingLake,theTaiyangshanareainHunanProvinceispartofahillyregionwhichhasupliftedsincetheLateCenozoic.AccordingtofieldinvestigationofthesixexistingfaultsintheTaiyangshanarea,wefoundthatfourofthemarenotactiveintheQuaternary,andthattheGangshi-HefufaultislikelytohavebeenactiveintheearlyMid-Pleistocene.ThegeologicalevidencederivedsuggeststhattheXiaowupufaultwasactivefromthelateMid-Pleistocenetotheearlylate-Pleistocene.ItcutthestratumwithaTLageof123±10kaBPandhasthepropertyofthrusting.TheresearchresultsareofgreatsignificanceforunderstandingtheseismogenicstructureoftheChangdeearthquakewithM63/4in1631.

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简介：InAugust2011,theSangzhiCountygovernment,HunanProvince,adoptedaseriesofnewhealthcarepoliciesasanationalpilotoftheNewCooperativeMedicalScheme(referredtoas2011NCMS).Thesepoliciesweredesignedtofurtherresolveillness-ledpovertyandthepoorstateofhealthcareinthelocalarea.TheprogramhadapositiveimpactandspreadtootherregionsinHunanProvince.Thispaperwilldiscusstheprogressmadeasaresultofthepoliciesandseveralissuesthatchallengetheschemeinpractice.Atotalsampleof1212individualsand303householdswereincludedintheanalysis,and98interviewswereconductedwithpeoplerelatedtothescheme.Ourmajorfindingsindicatethatthe201!NCMShassignificantlyreducedtheout-of-pocketmedicalpaymentofruralresidents,andalsoincreasedthetownshiphospitals’patientflow.However,themedicalschemestillfacesmanychallengingissuesduringtheimplementation.WiththeincreasinginterestamongtheChinesepolicymakersinstrengtheningandpromotingtheSangzhiModel,theimpactsoftheschemedeservegreaterattentioninpracticesoastofurtherimproveNCMSinruralChina.

简介：TheMayangCudeposit,westernHunanisamiddle-scalesandstone-typeCudepositpredominantofnativecopper.Fromanangleofgeologicalintegrativefield,fracturegeochemicalfeaturesarestudidedanddiscussedinthispaper.Infracturestructure,variantregularityandtheratiosofelementcouplesparticipatinginmetallogensisthattheirgeochemicalnaturesaresimilarorstronglycorrelative,revealchanginglawsofmetallogenictemperatureandpressurefieldsandmigratingdirectionofmetallogenicelements.Thetheoreticalstudytalliesmuchbetterwithproductivepractice.Theyaremeaningfultoconductprospectingandexployation.

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简介：ＨｕｎａｎＸｉａｎｇｔａｎＢＰｏｗｅｒＰｌａｎｔｓｃｈｅｄｕｌｅｄｔｏｂｅｇｉｎｏｐｅｒａｔｉｏｎｏｎＤｅｃｅｍｂｅｒ２６Ｘｉａｎｇｔａｎ，ｈｏｍｅｏｆＭａｏＺｅｄｏｎｇｉｓｔｏｈａｖｅａｎｅｗｐｏｗｅｒｐｌａｎｔｉｎＤｅｃｅｍｂｅｒ１９９７ｉｎｃｏ...

简介：InJanuary2008,asuddendisastercausedbyicingandsnowinghappenedinlargeareasofCentralChinaandSouthChina.TheequipmentsofHunanpowergridwereseriouslydamagedduringtheicingandsnowingdisaster.AnexpertgroupfromChinaElectricPowerResearchInstitute(CEPRI)wasorganizedandwenttoHunanprovinceforfieldinvestigation.Asasummaryofthisinvestigation,thispaperintroducespowerequipmentdamages,suchasflashovercausedbyicing,collapseoftowers,conductorbreakageanddamageofsubstationequipments.Thecountermeasuresadoptedforthisicingandsnowingdisasterarealsosummarized.Theanalysisshowsthattheraremeteorologicalconditionisthemainreasonforlarge-areadamageofHunanpowergrid.IntheicingdisasterofHunanpowergrid,theicethicknessgreatlyexceedsthepermissiblelimitofdesign,thusitisnecessarytoimprovethedesignparametersreasonablytoagainsticingoftransmissionlines,andthedesignofexternalinsulationandtheanti-icingtechnologyforsubstationsarealsoneedtobeenhanced.

简介：Deepxenolithareimportantsamplesforustoknowcompositionandnatureofthedeepcrust.Therearemanynewvolcanoswhichcanallkindsofxenolithssuchasalowercrustalgraulite,anduppermantle-derivedperidoliteandlherzolite.IneasternChina,thereoccuredmanydeepxenolithsinMesozoic-Cenzoicalkalinebasalt.Besidesthese,somesmallvolcanoseruptionswerefoundedinsouthernHunanprovince,whichageisabout132-151Ma.

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简介：SoutlieastHunan,locatedonthewestfringeofsoutheastixwaRegionofChina(ChenGuoda,1977),isthemetallogenicbeltofrichsilverdepositinHunanprovince,whichfeaturcstlicmultip1egcncsismetallogencsisofthreecharacteristicsandtbreemu1tipliciticslI.Threecharacteristicsl.Centralizationofitsformationageandspace(l)Asfo

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