Conductive polymers for carbon dioxide sensing
➤ Gửi thông báo lỗi ⚠️ Báo cáo tài liệu vi phạmNội dung chi tiết: Conductive polymers for carbon dioxide sensing
Conductive polymers for carbon dioxide sensing
Propositions1Sulfonation of polyaniline enables detection of CO; due to shifting of the pH-induced conductivity to the carbonic acid pH regime. {This Conductive polymers for carbon dioxide sensing thesis)2Direct’ CO; sensing via a reaction between CO; and amine groups of polyethyleneimine and Its blends yields better sensitivity than indirect' CO; sensing via carbonic acid formation. (This thesis)3Dip-pen nanolithography using electrostatic interactions as a driving force, proposed byMilkin Conductive polymers for carbon dioxide sensing and co-worker, is the best way to obtain patterned nanowires of water-soluble conductive polymers. {J.H. Lim, C.A. Mirkin, Advanced Materials, Ỉ4 (200Conductive polymers for carbon dioxide sensing
2) 1474-1477)4Just heating poly(anthianilic acid) is not sufficient for complete removal of its ionized carboxyl groups (-COO). as claimed by Ogura etPropositions1Sulfonation of polyaniline enables detection of CO; due to shifting of the pH-induced conductivity to the carbonic acid pH regime. {This Conductive polymers for carbon dioxide sensing 478-480,K. Ogura et al., Journal Polymer Science, Part A. Polymer Chemistry, 37 (1999) 4458-4465).5Polymer thin films for highly selective, sensitive and reversible CO; sensors still have a long journey to practical applications.6Interdisciplinary research is a good thing, transdisciplinary researc Conductive polymers for carbon dioxide sensing h is better.7Doing measurements with high CO; concentrations on weekends has a higher risk of creating doziness than motorbike riding in Ho Chi Minh CConductive polymers for carbon dioxide sensing
ity during rush hours.8The large number of motorbikes in Ho Chi Minh promotes plant growth within the city.Propositions belonging to the thesis, entitPropositions1Sulfonation of polyaniline enables detection of CO; due to shifting of the pH-induced conductivity to the carbonic acid pH regime. {This Conductive polymers for carbon dioxide sensing D. DoanThesis committeeThesis supervisorProf. dr. C.J.M. van RijnProfessor of Microsystem and Nanotechnology for Agro. Food and HealthWageningen UniversityOther membersPl of dr. 13 JR. SudholterDelft University of TechnologyPl of. dr. 11. 1 A M. LeciuiakcisWagcniiigcn UniversityProf. dr. ing. F..J. Conductive polymers for carbon dioxide sensing WolteringWage ningen Un iversityProf. dr. S.G. LemayUniversity of Twente. LnschcdcThis research was conducted under rhe auspices of the Graduate schooConductive polymers for carbon dioxide sensing
l VT.AG (Advanced studies m Food Technology, Agrobiolcclinology, Nutrition and Health Sciences).Conductive Polymers forCarbon Dioxide SensingTin c. D.Propositions1Sulfonation of polyaniline enables detection of CO; due to shifting of the pH-induced conductivity to the carbonic acid pH regime. {This Conductive polymers for carbon dioxide sensing Prof dr. M.J. Kropff, in the presence of theThesis Committee appointed by the Academic Board to be defended in public on Monday 29 October 2012 at 4 p in. Ill the Aula.Tin c. D. Doan Conductive polymers for carbon dioxide sensing Propositions1Sulfonation of polyaniline enables detection of CO; due to shifting of the pH-induced conductivity to the carbonic acid pH regime. {ThisGọi ngay
Chat zalo
Facebook