國防大氣環(huán)境試驗(yàn)站網(wǎng)建設(shè)及試驗(yàn)與評價(jià)技術(shù)研究.pdf

1、國防大氣環(huán)境試驗(yàn)站網(wǎng)建設(shè)及試驗(yàn)與評價(jià)技術(shù)研究TheStudyforConstructionofNationalDefenseAtmosphericEnvironmentalTestNetworkandTechnologyofEnvironmentalTestand“白rthinessEvaluation博士學(xué)位論文一級學(xué)科：專業(yè)：作者姓名：指導(dǎo)教師：絲堂王猩墨撞盔廑旦絲堂瑟儉武塞遺蜇麴攫天津大學(xué)材料科學(xué)與工程學(xué)院二零零八年七月ABSTR

2、ACTTheatmosphericenvironmentismainenvironmentthattheequipmentwasconfrontedwithThedissertationwasstudiedtheinfluenceofatmosphericenvironmenttOequipmentlifecycleThemaincontentsareasfollows：Themaincontentsareasfollows：Thena

3、tionaldefenceatmosphericenvironmentaltestnetworkwasdesignedtoconsistofresearchcentre，importantteststation，generalteststationandtestpointandtoCOVerwithcoldregioncooltemperatezoneI、cooltemperatezoneII、warmtemperatezone、xer

4、othermicregion、subtropicalandtropicalregion，itssatisfiedtheneedsofsafetysecrecyandasperityenvironmentaltestTherewasnotabilitydifferenceofchloridedepositionratebetweenhangingframemethodandwetcandlemethodwhenconspicuouslev

5、elequalO01ThedatasurveybyhangingframemethodisbiggerthanthewetcandlemethodChinasoutheastlittoralcorrosivitycategorieswereC3、C4classifiedbystandardmaterialscorrosionrate，andwereT4～T5classifiedbyTOW，wereSoS1classifiedbyC1’c

6、hloridedepositionrate，andwerePo～P1classifiedbyS02chloridedepositionrateThefuzzydynamicclusterchartofBeijing，Qingdao，WuhanJiangjin，GuangzhouI，GuangzhouII，QionghaiandWanningstmionindicatethecoefficientofsimilafityof8一stati

7、onsareveryloweventhoughtwoGuangzhoustationsbecomeonecategorywhencoefficientofsimilarityequaltoO76111efuzzydynamicclusterchartof17environmentalfactorsbecomes6categoriesFuzzycomprehensivejudgmentmethodisespeciallyadaptedfo

8、rmulticriteriaenvironmentalworthinesscomprehensivejudgmentof19kindsofprotectivecoatingsFuzzydominanceanalysishasgeneralityfortheevaluationofmetalmaterialscorrosivityandtheasperityofatmosphericcorrosivityfromtheevaluation

9、of13kindsofsteelscorrosivityand7atmosphericstationsenvironmentalcorrosivityTherelativityevaluationprincipleareaccelerativitysimulativityandrepeatabilitybetweenartificialacceleratedtestandnaturalexposure，andapplytheseprin