Matches in SemOpenAlex for { <https://semopenalex.org/work/W4321371540> ?p ?o ?g. }
- W4321371540 endingPage "5254" @default.
- W4321371540 startingPage "5242" @default.
- W4321371540 abstract "The combination of electrospun nanofibers and nanoparticles is opening up potential in the field of nanocomposite materials. This paper presents a composite electrospun nanofibrous material for X-ray shielding purposes consisting of a polyvinyl butyral polymer matrix and bismuth oxide nanoparticles. The organic–inorganic composite nanofibers considered in this paper, produced via the ex situ approach, attained a high content of nanoparticles of up to 95 wt %. The high content of nanoparticles inside the composite nanofibers was acquired via the application of the highly productive needleless electrospinning method. The resulting material is flexible and has a high drape and good air and steam permeability. The content of particles in the nanofibers was proved by the thermogravimetric analysis, and the homogeneous distribution of particles inside the nanofibers and within a whole nanofibrous layer was demonstrated via energy dispersive spectroscopy-scanning electron microscopy. In addition, samples of the composite electrospun nanofibers were tested for cytotoxicity, which revealed that the nanofibers were cytocompatible in all concentrations. The radiation attenuation properties of the samples were investigated via X-ray and γ-ray spectral measurements at a narrow beam geometry. The principal experimentally determined quantity for the tested samples was X- and γ-ray attenuation for the considerable energies of the spectra. The mass attenuation coefficients were calculated for the final composite electrospun material, which was supplemented by a composite nanofibrous material covering layer. With respect to photon energies higher than 40 keV, the attenuation coefficients were observed to be comparable with a commercially produced anti-radiation vest, which had a similar mass density as both the final composite electrospun material and the covering layer. Monte Carlo (MC) simulations in the FLUKA code were conducted to determine the photon attenuation for the respective energies in the tested samples. The results were compared to those determined experimentally, and the MC model was verified." @default.
- W4321371540 created "2023-02-21" @default.
- W4321371540 creator A5012260272 @default.
- W4321371540 creator A5028497505 @default.
- W4321371540 creator A5031194123 @default.
- W4321371540 creator A5031940621 @default.
- W4321371540 creator A5038024369 @default.
- W4321371540 creator A5051472984 @default.
- W4321371540 creator A5052106686 @default.
- W4321371540 creator A5062530795 @default.
- W4321371540 creator A5070128914 @default.
- W4321371540 creator A5074652713 @default.
- W4321371540 creator A5075527291 @default.
- W4321371540 creator A5080597614 @default.
- W4321371540 date "2023-02-20" @default.
- W4321371540 modified "2023-10-06" @default.
- W4321371540 title "Electrospun Polyvinyl Butyral Nanofibers Loaded with Bismuth Oxide Nanoparticles for X-ray Shielding" @default.
- W4321371540 cites W1551291783 @default.
- W4321371540 cites W1971668954 @default.
- W4321371540 cites W1997135211 @default.
- W4321371540 cites W2013761441 @default.
- W4321371540 cites W2035902988 @default.
- W4321371540 cites W2065952575 @default.
- W4321371540 cites W2127143781 @default.
- W4321371540 cites W2137721915 @default.
- W4321371540 cites W2470581465 @default.
- W4321371540 cites W2572536380 @default.
- W4321371540 cites W2620430887 @default.
- W4321371540 cites W2765885740 @default.
- W4321371540 cites W2774021922 @default.
- W4321371540 cites W2804510868 @default.
- W4321371540 cites W2807898047 @default.
- W4321371540 cites W2808924690 @default.
- W4321371540 cites W2809654781 @default.
- W4321371540 cites W2885014077 @default.
- W4321371540 cites W2898017221 @default.
- W4321371540 cites W2900643380 @default.
- W4321371540 cites W2901837608 @default.
- W4321371540 cites W2922322537 @default.
- W4321371540 cites W2923309459 @default.
- W4321371540 cites W3015801809 @default.
- W4321371540 cites W3048665916 @default.
- W4321371540 cites W3148983759 @default.
- W4321371540 cites W3157583201 @default.
- W4321371540 cites W4200462701 @default.
- W4321371540 cites W4205989279 @default.
- W4321371540 cites W4283780126 @default.
- W4321371540 cites W2266906278 @default.
- W4321371540 cites W2883190216 @default.
- W4321371540 doi "https://doi.org/10.1021/acsanm.2c05286" @default.
- W4321371540 hasPublicationYear "2023" @default.
- W4321371540 type Work @default.
- W4321371540 citedByCount "1" @default.
- W4321371540 countsByYear W43213715402023 @default.
- W4321371540 crossrefType "journal-article" @default.
- W4321371540 hasAuthorship W4321371540A5012260272 @default.
- W4321371540 hasAuthorship W4321371540A5028497505 @default.
- W4321371540 hasAuthorship W4321371540A5031194123 @default.
- W4321371540 hasAuthorship W4321371540A5031940621 @default.
- W4321371540 hasAuthorship W4321371540A5038024369 @default.
- W4321371540 hasAuthorship W4321371540A5051472984 @default.
- W4321371540 hasAuthorship W4321371540A5052106686 @default.
- W4321371540 hasAuthorship W4321371540A5062530795 @default.
- W4321371540 hasAuthorship W4321371540A5070128914 @default.
- W4321371540 hasAuthorship W4321371540A5074652713 @default.
- W4321371540 hasAuthorship W4321371540A5075527291 @default.
- W4321371540 hasAuthorship W4321371540A5080597614 @default.
- W4321371540 hasConcept C104779481 @default.
- W4321371540 hasConcept C144796933 @default.
- W4321371540 hasConcept C155672457 @default.
- W4321371540 hasConcept C159985019 @default.
- W4321371540 hasConcept C171250308 @default.
- W4321371540 hasConcept C192562407 @default.
- W4321371540 hasConcept C2780953396 @default.
- W4321371540 hasConcept C521977710 @default.
- W4321371540 hasConcept C91129048 @default.
- W4321371540 hasConcept C92880739 @default.
- W4321371540 hasConceptScore W4321371540C104779481 @default.
- W4321371540 hasConceptScore W4321371540C144796933 @default.
- W4321371540 hasConceptScore W4321371540C155672457 @default.
- W4321371540 hasConceptScore W4321371540C159985019 @default.
- W4321371540 hasConceptScore W4321371540C171250308 @default.
- W4321371540 hasConceptScore W4321371540C192562407 @default.
- W4321371540 hasConceptScore W4321371540C2780953396 @default.
- W4321371540 hasConceptScore W4321371540C521977710 @default.
- W4321371540 hasConceptScore W4321371540C91129048 @default.
- W4321371540 hasConceptScore W4321371540C92880739 @default.
- W4321371540 hasFunder F4320311333 @default.
- W4321371540 hasIssue "7" @default.
- W4321371540 hasLocation W43213715401 @default.
- W4321371540 hasOpenAccess W4321371540 @default.
- W4321371540 hasPrimaryLocation W43213715401 @default.
- W4321371540 hasRelatedWork W1978345929 @default.
- W4321371540 hasRelatedWork W2005496670 @default.
- W4321371540 hasRelatedWork W2029203734 @default.
- W4321371540 hasRelatedWork W2054113325 @default.
- W4321371540 hasRelatedWork W2142106591 @default.
- W4321371540 hasRelatedWork W2155489712 @default.