Littérature scientifique sur le sujet « RAFT photo-polymerization »
Créez une référence correcte selon les styles APA, MLA, Chicago, Harvard et plusieurs autres
Sommaire
Consultez les listes thématiques d’articles de revues, de livres, de thèses, de rapports de conférences et d’autres sources académiques sur le sujet « RAFT photo-polymerization ».
À côté de chaque source dans la liste de références il y a un bouton « Ajouter à la bibliographie ». Cliquez sur ce bouton, et nous générerons automatiquement la référence bibliographique pour la source choisie selon votre style de citation préféré : APA, MLA, Harvard, Vancouver, Chicago, etc.
Vous pouvez aussi télécharger le texte intégral de la publication scolaire au format pdf et consulter son résumé en ligne lorsque ces informations sont inclues dans les métadonnées.
Articles de revues sur le sujet "RAFT photo-polymerization"
Hartlieb, Matthias. « Photo‐Iniferter RAFT Polymerization ». Macromolecular Rapid Communications 43, no 1 (19 novembre 2021) : 2100514. http://dx.doi.org/10.1002/marc.202100514.
Texte intégralHartlieb, Matthias. « Photo‐Iniferter RAFT Polymerization ». Macromolecular Rapid Communications 43, no 1 (janvier 2022) : 2270003. http://dx.doi.org/10.1002/marc.202270003.
Texte intégralLi, Jiajia, Xiangqiang Pan, Na Li, Jian Zhu et Xiulin Zhu. « Photoinduced controlled radical polymerization of methyl acrylate and vinyl acetate by xanthate ». Polymer Chemistry 9, no 21 (2018) : 2897–904. http://dx.doi.org/10.1039/c8py00050f.
Texte intégralJiang, Ruming, Meiying Liu, Qiang Huang, Hongye Huang, Qing Wan, Yuanqing Wen, Jianwen Tian, Qian-yong Cao, Xiaoyong Zhang et Yen Wei. « Fabrication of multifunctional fluorescent organic nanoparticles with AIE feature through photo-initiated RAFT polymerization ». Polymer Chemistry 8, no 47 (2017) : 7390–99. http://dx.doi.org/10.1039/c7py01563a.
Texte intégralZhang, Junle, Mengya Li, Yanjie He, Xiaomeng Zhang, Zhe Cui, Peng Fu, Minying Liu, Xiaoguang Qiao, Qingxiang Zhao et Xinchang Pang. « From 0-dimension to 1-dimensions : Au nanocrystals as versatile plasmonic photocatalyst for broadband light induced RAFT polymerization ». Polymer Chemistry 12, no 16 (2021) : 2439–46. http://dx.doi.org/10.1039/d1py00088h.
Texte intégralQuan, Qinzhi, Honghong Gong et Mao Chen. « Preparation of semifluorinated poly(meth)acrylates by improved photo-controlled radical polymerization without the use of a fluorinated RAFT agent : facilitating surface fabrication with fluorinated materials ». Polymer Chemistry 9, no 30 (2018) : 4161–71. http://dx.doi.org/10.1039/c8py00990b.
Texte intégralAn, Nankai, Xi Chen et Jinying Yuan. « Non-thermally initiated RAFT polymerization-induced self-assembly ». Polymer Chemistry 12, no 22 (2021) : 3220–32. http://dx.doi.org/10.1039/d1py00216c.
Texte intégralWang, Wulong, Sheng Zhong, Guicheng Wang, Hongliang Cao, Yun Gao et Weian Zhang. « Photo-controlled RAFT polymerization mediated by organic/inorganic hybrid photoredox catalysts : enhanced catalytic efficiency ». Polymer Chemistry 11, no 18 (2020) : 3188–94. http://dx.doi.org/10.1039/d0py00171f.
Texte intégralChen, Mao, Honghong Gong et Yu Gu. « Controlled/Living Radical Polymerization of Semifluorinated (Meth)acrylates ». Synlett 29, no 12 (18 avril 2018) : 1543–51. http://dx.doi.org/10.1055/s-0036-1591974.
Texte intégralCabannes-Boué, Benjamin, Qizhi Yang, Jacques Lalevée, Fabrice Morlet-Savary et Julien Poly. « Investigation into the mechanism of photo-mediated RAFT polymerization involving the reversible photolysis of the chain-transfer agent ». Polymer Chemistry 8, no 11 (2017) : 1760–70. http://dx.doi.org/10.1039/c6py02220k.
Texte intégralThèses sur le sujet "RAFT photo-polymerization"
Allegrezza, Michael LeGrande. « Mechanistic Insight Into Photo-Polymerization Techniques Through Kinetic Analysis ». Miami University / OhioLINK, 2020. http://rave.ohiolink.edu/etdc/view?acc_num=miami1605182244121264.
Texte intégralIkkene, Djallal. « Glyco-nanostructures formulées via autoassemblage induit par photo-polymérisation RAFT en dispersion aqueuse ». Electronic Thesis or Diss., Université de Lorraine, 2022. http://www.theses.fr/2022LORR0035.
Texte intégralSoft nanostructures obtained by the self-assembly of amphiphilic copolymers (ACP) are of great relevance for nanomedecine, where they can be used as Drug Delivery Systems (DDSs). Among these DDSs, those with vesicular morphology (polymersomes) are under intense scrutiny, thanks to their interesting multi-compartmental morphology allowing the simultaneous encapsulation of both hydrophilic and hydrophobic drugs. Amphiphilic glycopolymers (AGPs), amphiphilic copolymers associating hydrophilic polysaccharides and hydrophobic polymers, are potential candidates for the formulation of DDSs due to the biodegradability, non-toxicity and tunable biocompatibility of polysaccharides. However, spherical micelles and core/shell nanoparticles have been frequently reported in case of the self-assembly of AGPs, which could be a limitation to their development. Herein, an emerging one-pot methodology named Polymerization-Induced Self-Assembly (PISA) in aqueous dispersion, enables producing self-assembled polymeric nanostructures directly in aqueous media, was used to fill the lack of AGPs in terms of self-assembly. More precisely, in the framework of this Ph.D., a water-soluble monomer (2-hydroxypropyl methacrylate, HPMA), forming a hydrophobic polymer, is polymerized from a water-soluble dextran derivative containing multiple chain transfer agent groups (DexCTA). Photo-mediated reversible addition-fragmentation chain transfer (photo-RAFT) was used to grow hydrophobic grafts of PHPMA from DexCTA to produce dextran-gN-PHPMAx, where N and X are respectively the number and the degree of polymerization of PHPMA grafts. As the PHPMA grafts increase, the glycopolymers become amphiphilic inducing its self-assembly to form glyco-nanostructures (GNSs). A deep physico-chemical investigation on such GNSs was carried out using advanced techniques, including radiation scattering (scattering of light, neutrons and small angle X-rays) and imaging techniques such as (cryo-) transmission electron microscopy (cryo-) TEM. This investigation revealed the ability of dextran-gN-PHPMAX to form nano-objects of advanced morphology (including vesicular one) in water via PISA process. These first observations encouraged us to study the impact of the macromolecular parameters of these AGPs (number and size of grafts) and the experimental conditions (weight concentration and temperature) on the generated self-assembly morphology. In-situ monitoring of the morphology evolution during the PISA revealed the formulation of an original morphology (multi-hydrophilic core vesicles) never reported in case of AGPs. The use of dextran-gN-PHPMAX-based vesicles as DSSs was evaluated by examining: i) the cytotoxicity of such AGPs toward various cell models, ii) their stability in various hypotonic and hypertonic environments miming biologic media, iii) and their ability to encapsulate hydrophilic and hydrophobic drugs