FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3119202143> ?p ?o ?g. }

• W3119202143 endingPage "129428" @default.
• W3119202143 startingPage "129428" @default.
• W3119202143 abstract "Optical sorting holds great potential in precise biomolecule separation. However, the current approaches still face challenges to separate nanoscale biomolecules in a continuous manner. Here we report an integrated microfluidic-nanophotonic platform, named SWANS (Silicon Waveguide-pair Array-based Nanophotonic Sorting), for continuous sorting of nanoscale biomolecules. The platform leveraged the back-and-forth light coupling in waveguide-pair arrays to create a near-field optical lattice. Particles in the near-field lattice experienced recurring trapping and deflection events and eventually established distinct trajectories. The sorting mechanism was studied through theoretical analysis and the trajectory experiment of individual 200-nm and 500-nm particles. To validate the SWANS platform, the mixture of 200-nm, 300-nm and 500-nm particles, as well as the mixture of S. aureus and 100-nm particle was separated massively. The results confirmed sorting efficiency of 95.4 % and 85.7 % for 500-nm particles and S. aureus, respectively. The SWANS platform provides new avenues for continuous biomolecule separation and is anticipated to facilitate broad biomedical applications." @default.
• W3119202143 created "2021-01-18" @default.
• W3119202143 creator A5004777939 @default.
• W3119202143 creator A5010675602 @default.
• W3119202143 creator A5012244910 @default.
• W3119202143 creator A5016348619 @default.
• W3119202143 creator A5033065648 @default.
• W3119202143 creator A5039012941 @default.
• W3119202143 creator A5044544424 @default.
• W3119202143 creator A5056792227 @default.
• W3119202143 creator A5065480872 @default.
• W3119202143 date "2021-03-01" @default.
• W3119202143 modified "2023-10-06" @default.
• W3119202143 title "Continuous optical sorting of nanoscale biomolecules in integrated microfluidic-nanophotonic chips" @default.
• W3119202143 cites W1975553175 @default.
• W3119202143 cites W1977479184 @default.
• W3119202143 cites W1997975024 @default.
• W3119202143 cites W2007603584 @default.
• W3119202143 cites W2010756443 @default.
• W3119202143 cites W2013057319 @default.
• W3119202143 cites W2017348445 @default.
• W3119202143 cites W2023080141 @default.
• W3119202143 cites W2027427743 @default.
• W3119202143 cites W2046936599 @default.
• W3119202143 cites W2057360104 @default.
• W3119202143 cites W2062294208 @default.
• W3119202143 cites W2080742998 @default.
• W3119202143 cites W2084210543 @default.
• W3119202143 cites W2089746511 @default.
• W3119202143 cites W2117931635 @default.
• W3119202143 cites W2118527443 @default.
• W3119202143 cites W2122462667 @default.
• W3119202143 cites W2146368016 @default.
• W3119202143 cites W2148852823 @default.
• W3119202143 cites W2151150074 @default.
• W3119202143 cites W2166884865 @default.
• W3119202143 cites W2167648647 @default.
• W3119202143 cites W2201323023 @default.
• W3119202143 cites W2221784882 @default.
• W3119202143 cites W2300546521 @default.
• W3119202143 cites W2334305072 @default.
• W3119202143 cites W2335604093 @default.
• W3119202143 cites W2460464214 @default.
• W3119202143 cites W2505772441 @default.
• W3119202143 cites W2553821884 @default.
• W3119202143 cites W2594730831 @default.
• W3119202143 cites W2597876129 @default.
• W3119202143 cites W2608764414 @default.
• W3119202143 cites W2756732215 @default.
• W3119202143 cites W2808683506 @default.
• W3119202143 cites W2886987159 @default.
• W3119202143 cites W2895814866 @default.
• W3119202143 cites W2897716198 @default.
• W3119202143 cites W2898412669 @default.
• W3119202143 cites W2899525785 @default.
• W3119202143 cites W2902485344 @default.
• W3119202143 cites W2939345579 @default.
• W3119202143 cites W2941963612 @default.
• W3119202143 cites W2951172716 @default.
• W3119202143 cites W2954168805 @default.
• W3119202143 cites W2954853493 @default.
• W3119202143 cites W2971775892 @default.
• W3119202143 cites W2984135756 @default.
• W3119202143 cites W2991343068 @default.
• W3119202143 cites W2994928032 @default.
• W3119202143 cites W3027703255 @default.
• W3119202143 cites W3044186744 @default.
• W3119202143 cites W3081689938 @default.
• W3119202143 cites W3083917634 @default.
• W3119202143 doi "https://doi.org/10.1016/j.snb.2020.129428" @default.
• W3119202143 hasPublicationYear "2021" @default.
• W3119202143 type Work @default.
• W3119202143 sameAs 3119202143 @default.
• W3119202143 citedByCount "21" @default.
• W3119202143 countsByYear W31192021432021 @default.
• W3119202143 countsByYear W31192021432022 @default.
• W3119202143 countsByYear W31192021432023 @default.
• W3119202143 crossrefType "journal-article" @default.
• W3119202143 hasAuthorship W3119202143A5004777939 @default.
• W3119202143 hasAuthorship W3119202143A5010675602 @default.
• W3119202143 hasAuthorship W3119202143A5012244910 @default.
• W3119202143 hasAuthorship W3119202143A5016348619 @default.
• W3119202143 hasAuthorship W3119202143A5033065648 @default.
• W3119202143 hasAuthorship W3119202143A5039012941 @default.
• W3119202143 hasAuthorship W3119202143A5044544424 @default.
• W3119202143 hasAuthorship W3119202143A5056792227 @default.
• W3119202143 hasAuthorship W3119202143A5065480872 @default.
• W3119202143 hasConcept C111696304 @default.
• W3119202143 hasConcept C120665830 @default.
• W3119202143 hasConcept C121332964 @default.
• W3119202143 hasConcept C171250308 @default.
• W3119202143 hasConcept C192562407 @default.
• W3119202143 hasConcept C199360897 @default.
• W3119202143 hasConcept C20198109 @default.
• W3119202143 hasConcept C27289702 @default.
• W3119202143 hasConcept C41008148 @default.
• W3119202143 hasConcept C45206210 @default.
• W3119202143 hasConcept C49853544 @default.

• next