WCPS: Investigation of Microplastic Size and Number Changes During Simulated UV-Degradation Using Single Particle ICP-MS/MS

Posters | 2023 | Agilent TechnologiesInstrumentation
Environmental, Materials Testing
Agilent Technologies
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Application NoteEnvironmentalParticle Size Analysis of PolystyreneMicroplastics by Single Particle (sp)ICP-MSInvestigation of plastic contamination duringsimulated UV-degradation by monitoring 13C using theAgilent 8900 ICP-QQQIntroductionAuthorsYuxiong Huang , Ziyi Liu , DongYan2, and Shuofei Dong2111.Shenzhen InternationalGraduate School (SIGS),Tsinghua University,Shenzhen 518055, China2.Agilent Technologies Co.,Ltd. (China),...
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particle, particlemps, mpssize, sizemicroplastics, microplasticsspicp, spicpnumber, numberdynamics, dynamicspolystyrene, polystyrenedegradation, degradationconcentration, concentrationnanoplastics, nanoplasticsicp, icpsingle, singlemicroplastic, microplasticnebulization
Technical OverviewSingle Cell and Microplastic Analysisby ICP-MS with Automated MicroFlow Sample IntroductionMulti-element analysis of yeast cells and polystyrenemicrobeads using an Agilent 8900 ICP-QQQ methodIntroductionSingle cell ICP-MS (scICP-MS) is increasingly seen as a powerful and fast toolfor the measurement of elements...
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icp, icpmicrofast, microfastscicp, scicpcells, cellssingle, singlecell, cellelement, elementmulti, multianalysis, analysismedian, medianmps, mpsnanoparticle, nanoparticleyeast, yeastparticles, particlesparticle