有機(jī)無機(jī)雜化傳感膜的研制及在有機(jī)磷傳感器中的應(yīng)用.pdf

1、分類號(hào)望塹堡蘭望：竺UDC密級(jí)學(xué)校代號(hào)學(xué)號(hào)飛。78626Z●10561200236000201049華南理工大學(xué)碩士學(xué)位論文有機(jī)無機(jī)雜化傳感膜的研制及在有機(jī)磷傳感器中的應(yīng)用汪軍指導(dǎo)教師：翌塞互副班蘊(yùn)雖撾魁型堂皇王猩堂醫(yī)申請(qǐng)學(xué)位級(jí)別：亟論文提交日期：星QQ墨：Q互專業(yè)名稱：撾魁堂論文答辯日期：星QQ曼：Q曼學(xué)位授予單位和日期：垡直堡王太堂答辯委員會(huì)主席：2縊!盈叁絲論文評(píng)閱人：綞j蘭笙熬煎逐2堡顰糾幽塾華南理工大學(xué)碩士學(xué)位論文Abstra

2、ctThispaperwasmostlycomposedoffourparts，whichwereliteraturereviewpreparationandresearchoforganicinorganichybridmembrane，developmentoforganicinorganicsensingmembraneandapplicationofsensingmembraneintheorganophosphorussens

3、orAnoverviewWaSproposedtosummarizeapplicationprogressesofmembraneinsensors，whichhavingintroducedinorganicmembrane，organicmembraneandhybridmembranerespectively；Researchadvancesalsohasbeenexpounded，whichcoveredbasematerial

4、selection，incorporationmodesoforganicandinorganiccomponents，methodsofpreparationandpresentstatusofresearch，techniqueofmembraneformation；Theresearchprogressesandpreparationprocessoforganicinorganichybridmembranethroughsol

5、gelmethodwerehighlighted；Andthepreparationcharacteristicsoforganic—inorganicsensingmembranewasbrieflyintroduced；Intermsoftheapplicationofsensingmembraneinorganophosphorusdetection，theadvancesofdetectionmethodsfororganoph

6、osphoruswerealsoreviewed；ThepurposeandsignificanceofthisthesiswereintroducedatlastThetheoryofsolgeltechniquewaspresentedintheforepartofthesecondchapterwhichincludedreactionmechanismandprocessparameters；Thenorganicinorgan

7、ichybridmembranewaspreparedbysolgelmethod，andoptimizedreactioncondition，whichconsistedofreactionmaterial，typesofCO—solvent，ratioofreactants，agingtemperatureandagingtime，wasdeterminedafteraseriesoffactorsoptimizationexper

8、imentsThroughsystematicanalysisofinfluencesofPVAonarchitectureandgelationperformances，porosityofhybridmembrane，micromechanism，waterandsolventresistance，optimalcontentofPVAwasdetermined，whichthusguaranteedthatpreparedhybr

9、idmembranecouldmeetthebasicrequirementsofsensingInthethirdchapter，solpreparedaccordingtotheoptimalcondition，plantesteraseenzymeandcolordeveloperwereadoptedtofabricatesensingmembraneintermsoftheformulationTheoptimalsensin

10、gpreparationformulationwasdeterminedafteranalysisofsolviscositySEMspectrum，waterandsolventresistance，ATRspectrumofninedifferentkindsofsensingmembrane；Theabsorptionspectrumofsensingmembranewasdiscussedtodeterminethemaximu