Matches in SemOpenAlex for { <https://semopenalex.org/work/W4377104772> ?p ?o ?g. }
- W4377104772 endingPage "100091" @default.
- W4377104772 startingPage "100091" @default.
- W4377104772 abstract "Herein, a blend of nanoparticle (NP) inclusions has been arranged at various loadings into a photosensitive resin, while bi-functional three-dimensional (3D) printed specimens were fabricated through a vat photopolymerization process, to elucidate physicochemical mechanisms and synergistic effects, over the filler loading. Energy-dispersive X-ray spectroscopy (EDS), Raman, and thermogravimetric analysis (TGA) revealed the chemical/spectroscopic and thermal properties of the fabricated specimens. Scanning Electron Microscopy (SEM) and Atomic Force Microscopy (AFM) depicted the surface morphology, while SEM fractography demonstrated the morphology of tensile test specimens’ fractured surfaces. Mechanical tests exhibited a strong reinforcement mechanism. The highest reinforcement of 20.8% in the tensile strength is reported for the 2 wt.% nanocomposite. All the prepared recipes exhibited a boosted antibacterial performance, as was documented via a screening agar well diffusion method. The research herein leads towards a novel generation of low-cost bi-functional materials for 3D printing bioactive applications, where mechanical reinforcement and antibacterial performance are required in the operational environment." @default.
- W4377104772 created "2023-05-20" @default.
- W4377104772 creator A5000532022 @default.
- W4377104772 creator A5003451151 @default.
- W4377104772 creator A5006395951 @default.
- W4377104772 creator A5018706468 @default.
- W4377104772 creator A5051587153 @default.
- W4377104772 creator A5071539315 @default.
- W4377104772 creator A5083957084 @default.
- W4377104772 date "2023-06-01" @default.
- W4377104772 modified "2023-10-04" @default.
- W4377104772 title "Cost-effective bi-functional resin reinforced with a nano-inclusion blend for vat photopolymerization additive manufacturing: The effect of multiple antibacterial nanoparticle agents" @default.
- W4377104772 cites W1965978316 @default.
- W4377104772 cites W1997758009 @default.
- W4377104772 cites W2030456727 @default.
- W4377104772 cites W2032006747 @default.
- W4377104772 cites W2045704669 @default.
- W4377104772 cites W2062900498 @default.
- W4377104772 cites W2082642459 @default.
- W4377104772 cites W2093621244 @default.
- W4377104772 cites W2185564569 @default.
- W4377104772 cites W2538639213 @default.
- W4377104772 cites W2618596241 @default.
- W4377104772 cites W2732703201 @default.
- W4377104772 cites W2760892774 @default.
- W4377104772 cites W2780356400 @default.
- W4377104772 cites W2786377226 @default.
- W4377104772 cites W2793435880 @default.
- W4377104772 cites W2800280278 @default.
- W4377104772 cites W2807596646 @default.
- W4377104772 cites W2900119011 @default.
- W4377104772 cites W2912887469 @default.
- W4377104772 cites W2914096483 @default.
- W4377104772 cites W2956894222 @default.
- W4377104772 cites W2963046277 @default.
- W4377104772 cites W2963471370 @default.
- W4377104772 cites W2963589113 @default.
- W4377104772 cites W2967435056 @default.
- W4377104772 cites W2981286307 @default.
- W4377104772 cites W2986711809 @default.
- W4377104772 cites W2990644514 @default.
- W4377104772 cites W2993622021 @default.
- W4377104772 cites W2994537825 @default.
- W4377104772 cites W3001784797 @default.
- W4377104772 cites W3004192899 @default.
- W4377104772 cites W3007433862 @default.
- W4377104772 cites W3010928314 @default.
- W4377104772 cites W3016718486 @default.
- W4377104772 cites W3026517963 @default.
- W4377104772 cites W3080889996 @default.
- W4377104772 cites W3082097081 @default.
- W4377104772 cites W3087663715 @default.
- W4377104772 cites W3106035073 @default.
- W4377104772 cites W3110784363 @default.
- W4377104772 cites W3119910036 @default.
- W4377104772 cites W3120325714 @default.
- W4377104772 cites W3128387900 @default.
- W4377104772 cites W3139338341 @default.
- W4377104772 cites W3155931756 @default.
- W4377104772 cites W3170190276 @default.
- W4377104772 cites W3185221569 @default.
- W4377104772 cites W3201041949 @default.
- W4377104772 cites W3205788172 @default.
- W4377104772 cites W4200384027 @default.
- W4377104772 cites W4205689113 @default.
- W4377104772 cites W4205762630 @default.
- W4377104772 cites W4207085297 @default.
- W4377104772 cites W4210557229 @default.
- W4377104772 cites W4213333014 @default.
- W4377104772 cites W4220951056 @default.
- W4377104772 cites W4223889567 @default.
- W4377104772 cites W4229365191 @default.
- W4377104772 cites W4237426923 @default.
- W4377104772 cites W4281288810 @default.
- W4377104772 cites W4281790528 @default.
- W4377104772 cites W4289535122 @default.
- W4377104772 cites W4289830037 @default.
- W4377104772 cites W4289932637 @default.
- W4377104772 doi "https://doi.org/10.1016/j.bea.2023.100091" @default.
- W4377104772 hasPublicationYear "2023" @default.
- W4377104772 type Work @default.
- W4377104772 citedByCount "2" @default.
- W4377104772 countsByYear W43771047722023 @default.
- W4377104772 crossrefType "journal-article" @default.
- W4377104772 hasAuthorship W4377104772A5000532022 @default.
- W4377104772 hasAuthorship W4377104772A5003451151 @default.
- W4377104772 hasAuthorship W4377104772A5006395951 @default.
- W4377104772 hasAuthorship W4377104772A5018706468 @default.
- W4377104772 hasAuthorship W4377104772A5051587153 @default.
- W4377104772 hasAuthorship W4377104772A5071539315 @default.
- W4377104772 hasAuthorship W4377104772A5083957084 @default.
- W4377104772 hasBestOaLocation W43771047721 @default.
- W4377104772 hasConcept C112950240 @default.
- W4377104772 hasConcept C120665830 @default.
- W4377104772 hasConcept C121332964 @default.
- W4377104772 hasConcept C127413603 @default.
- W4377104772 hasConcept C15487406 @default.
- W4377104772 hasConcept C155672457 @default.