新型膦磺酸鹽共聚物水處理劑的合成工藝優(yōu)化及其性能研究（Ⅱ）.pdf

1、南京理工大學碩士學位論文新型膦磺酸鹽共聚物水處理劑的合成工藝優(yōu)化及其性能研究（Ⅱ）姓名：曹云萍申請學位級別：碩士專業(yè)：物理化學指導教師：嚴蓮荷王瑛20040601StudyonTheSynthesisTechniqueOptimizationandThePerformanceofaPhosphoruscontainingSulphonateCopolymer(聯(lián)1Abstract：Thispaperhastwoparts：A，theam

2、plifyingexperimentsaremadebasiconthepredecessorNresearches：thewaterdissolvedcopolymercontainingph∞窶onieacidcarboxylicacidandsulphonicgroupsaresymhesizedfromthemonomersofacrylicacid滔A)and2acrylamidow2一methylpropanesufonic

3、acid(AMPS)，bysodiumhypophosphitesodiumpersulfateasinitiators。Theexperimentsarepreparingforpilottestandindustrialization，B，thewaterdissolvedsulfonicacidgroupcontainingnewcopolymerissynthesizedfromtherawmaterialofacrylicac

4、id《AA)andsodium1alfyloxy2hydroxyproplsuiformte(cops—lX酶waterassolventandsodiumhypophosphite—sodiumpersulfateasinitiatorsTheadvanceofthecopolymeristheneweststageinabroaddevelopingwaterdissolvedpolymerscaleinhibitorExceptt

5、hesynthesisandamplifyingexperiments，theettectsofthemonomer’sratio，theamountofinitiatorreactiontemperatureandreactiontimeandthewayofaddingrawmaterialcorrespondingtothecopolymerscaleinhibitingperformancearestudiedwithoptim

6、izationintheexperimentS，Theoptimumsynthesistechniqueplanisobtained，andtheeffectsarecomparedwithotherordinaryscaleinhibitorsTheresultSshowthattheproductioncostofthepolymericwatertreatmentadditiveiscutdownconsiderablywitho

7、ptimizedsynthesistechnique，andthecopolymerhasobviousscaleinhibitinganddispersingperformanceThestructureresearchandcharacteranalysisaremadewithinfraredspectrometrythermalanalysisandothermethodsCombiningthepolymerizingmech