Matches in SemOpenAlex for { <https://semopenalex.org/work/W3208449787> ?p ?o ?g. }
- W3208449787 endingPage "13106" @default.
- W3208449787 startingPage "13099" @default.
- W3208449787 abstract "Multicompartment micelles (MCMs) attracted much attention since they have subdivided domains that could be employed to encapsulate and transport diverse compounds simultaneously. Usually, preparation of MCMs relied on precise synthesis of block copolymers (BCPs) and elegant control of assembly kinetics, making it difficult to successively produce MCMs. Herein, we report a facile yet effective method for preparing MCMs by adjusting the hydrodynamics in microfluidic channels. It was found that well-defined MCMs were formed through hydrodynamics-dependent secondary assembly in microfluidic chips. By adjusting the flow diffusion process by varying the flow rate ratio and total flow rate, both the internal structure and size of MCMs could be effectively changed. A product diagram of micellar morphologies associated to the initial polymer concentration and flow rate ratio of water/BCPs solution was constructed. More interestingly, quantum dots (QDs) could be selectively loaded into different domains of the MCMs. Consequently, the Förster resonance energy transfer among QDs could be effectively suppressed. Thus, the emission spectrum of MCMs/QDs hybrid particles could be easily tuned by changing the ratio of QDs, showing great potential application in photonics and sensors." @default.
- W3208449787 created "2021-11-08" @default.
- W3208449787 creator A5015588434 @default.
- W3208449787 creator A5023303944 @default.
- W3208449787 creator A5046408953 @default.
- W3208449787 creator A5066444785 @default.
- W3208449787 creator A5073760040 @default.
- W3208449787 creator A5075243200 @default.
- W3208449787 creator A5077072862 @default.
- W3208449787 date "2021-10-27" @default.
- W3208449787 modified "2023-09-23" @default.
- W3208449787 title "Structure-Controlled Preparation of Multicompartment Micelles with Tunable Emission through Hydrodynamics-Dependent Self-Assembly in Microfluidic Chips" @default.
- W3208449787 cites W1684960430 @default.
- W3208449787 cites W1974290943 @default.
- W3208449787 cites W1974616242 @default.
- W3208449787 cites W1981135448 @default.
- W3208449787 cites W1987710529 @default.
- W3208449787 cites W1988840055 @default.
- W3208449787 cites W1991791647 @default.
- W3208449787 cites W1992033216 @default.
- W3208449787 cites W1995232839 @default.
- W3208449787 cites W2023627297 @default.
- W3208449787 cites W2024034426 @default.
- W3208449787 cites W2030345951 @default.
- W3208449787 cites W2033297392 @default.
- W3208449787 cites W2034726166 @default.
- W3208449787 cites W2045397286 @default.
- W3208449787 cites W2047012585 @default.
- W3208449787 cites W2048786121 @default.
- W3208449787 cites W2064350036 @default.
- W3208449787 cites W2073509000 @default.
- W3208449787 cites W2080181678 @default.
- W3208449787 cites W2080448490 @default.
- W3208449787 cites W2084898677 @default.
- W3208449787 cites W2088617194 @default.
- W3208449787 cites W2093330326 @default.
- W3208449787 cites W2094443297 @default.
- W3208449787 cites W2095527210 @default.
- W3208449787 cites W2104558356 @default.
- W3208449787 cites W2107176048 @default.
- W3208449787 cites W2110120485 @default.
- W3208449787 cites W2118382505 @default.
- W3208449787 cites W2130823764 @default.
- W3208449787 cites W2136727261 @default.
- W3208449787 cites W2138389761 @default.
- W3208449787 cites W2142234529 @default.
- W3208449787 cites W2169149411 @default.
- W3208449787 cites W2169868793 @default.
- W3208449787 cites W2276867406 @default.
- W3208449787 cites W2317941348 @default.
- W3208449787 cites W2319023320 @default.
- W3208449787 cites W2319188262 @default.
- W3208449787 cites W2320000218 @default.
- W3208449787 cites W2321728106 @default.
- W3208449787 cites W2328860266 @default.
- W3208449787 cites W2344180621 @default.
- W3208449787 cites W2465894492 @default.
- W3208449787 cites W2467764327 @default.
- W3208449787 cites W2510809097 @default.
- W3208449787 cites W2528871217 @default.
- W3208449787 cites W2558250307 @default.
- W3208449787 cites W2792710574 @default.
- W3208449787 cites W2890053833 @default.
- W3208449787 cites W2903036691 @default.
- W3208449787 cites W2943881747 @default.
- W3208449787 cites W2953041074 @default.
- W3208449787 cites W2954242710 @default.
- W3208449787 cites W3018159337 @default.
- W3208449787 cites W3096112288 @default.
- W3208449787 cites W3164742571 @default.
- W3208449787 cites W4237580950 @default.
- W3208449787 doi "https://doi.org/10.1021/acs.langmuir.1c02259" @default.
- W3208449787 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34705469" @default.
- W3208449787 hasPublicationYear "2021" @default.
- W3208449787 type Work @default.
- W3208449787 sameAs 3208449787 @default.
- W3208449787 citedByCount "2" @default.
- W3208449787 countsByYear W32084497872022 @default.
- W3208449787 crossrefType "journal-article" @default.
- W3208449787 hasAuthorship W3208449787A5015588434 @default.
- W3208449787 hasAuthorship W3208449787A5023303944 @default.
- W3208449787 hasAuthorship W3208449787A5046408953 @default.
- W3208449787 hasAuthorship W3208449787A5066444785 @default.
- W3208449787 hasAuthorship W3208449787A5073760040 @default.
- W3208449787 hasAuthorship W3208449787A5075243200 @default.
- W3208449787 hasAuthorship W3208449787A5077072862 @default.
- W3208449787 hasConcept C11268172 @default.
- W3208449787 hasConcept C120665830 @default.
- W3208449787 hasConcept C121332964 @default.
- W3208449787 hasConcept C124657808 @default.
- W3208449787 hasConcept C127413603 @default.
- W3208449787 hasConcept C132651336 @default.
- W3208449787 hasConcept C146978453 @default.
- W3208449787 hasConcept C159985019 @default.
- W3208449787 hasConcept C171250308 @default.
- W3208449787 hasConcept C172120300 @default.
- W3208449787 hasConcept C178790620 @default.
- W3208449787 hasConcept C184651966 @default.