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monodisperse polystyrene latex sphere (psl) microbeads  (PolyScience)
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(a) Deposition efficiency ( F ) with respect to superficial velocity ( U f ) for lattice columns with four different lattice unit cell geometries. (b) F with respect to interstitial velocity ( U i ) for lattice columns with four different lattice unit cell geometries. Error bars represent mean ± one standard deviation of the deposition efficiency ( n = 3). Aerosol particles used in this study are <t>monodisperse</t> <t>polystyrene</t> <t>latex</t> <t>particles</t> <t>(PSL)</t> with an aerodynamic diameter ( d ae ) of 1 μm. (c) Flow direction relative to unit cell orientations.
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latex spheres fluospheres carboxylate, 0,5 мкм  (Thermo Fisher)
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(a) Deposition efficiency ( F ) with respect to superficial velocity ( U f ) for lattice columns with four different lattice unit cell geometries. (b) F with respect to interstitial velocity ( U i ) for lattice columns with four different lattice unit cell geometries. Error bars represent mean ± one standard deviation of the deposition efficiency ( n = 3). Aerosol particles used in this study are <t>monodisperse</t> <t>polystyrene</t> <t>latex</t> <t>particles</t> <t>(PSL)</t> with an aerodynamic diameter ( d ae ) of 1 μm. (c) Flow direction relative to unit cell orientations.
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monodispersed latex spheres polystyrene (ps, m/v = 10%)  (Dow Corning)
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(a) Deposition efficiency ( F ) with respect to superficial velocity ( U f ) for lattice columns with four different lattice unit cell geometries. (b) F with respect to interstitial velocity ( U i ) for lattice columns with four different lattice unit cell geometries. Error bars represent mean ± one standard deviation of the deposition efficiency ( n = 3). Aerosol particles used in this study are <t>monodisperse</t> <t>polystyrene</t> <t>latex</t> <t>particles</t> <t>(PSL)</t> with an aerodynamic diameter ( d ae ) of 1 μm. (c) Flow direction relative to unit cell orientations.
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diffraction grating replica with latex spheres  (Ted Pella)
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(a) Deposition efficiency ( F ) with respect to superficial velocity ( U f ) for lattice columns with four different lattice unit cell geometries. (b) F with respect to interstitial velocity ( U i ) for lattice columns with four different lattice unit cell geometries. Error bars represent mean ± one standard deviation of the deposition efficiency ( n = 3). Aerosol particles used in this study are <t>monodisperse</t> <t>polystyrene</t> <t>latex</t> <t>particles</t> <t>(PSL)</t> with an aerodynamic diameter ( d ae ) of 1 μm. (c) Flow direction relative to unit cell orientations.
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diffraction grating replica with latex spheres - by Bioz Stars, 2026-06
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polystyrene latex spheres  (JSR Corporation)
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JSR Corporation polystyrene latex spheres
(a) Deposition efficiency ( F ) with respect to superficial velocity ( U f ) for lattice columns with four different lattice unit cell geometries. (b) F with respect to interstitial velocity ( U i ) for lattice columns with four different lattice unit cell geometries. Error bars represent mean ± one standard deviation of the deposition efficiency ( n = 3). Aerosol particles used in this study are <t>monodisperse</t> <t>polystyrene</t> <t>latex</t> <t>particles</t> <t>(PSL)</t> with an aerodynamic diameter ( d ae ) of 1 μm. (c) Flow direction relative to unit cell orientations.
Polystyrene Latex Spheres, supplied by JSR Corporation, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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(a) Deposition efficiency ( F ) with respect to superficial velocity ( U f ) for lattice columns with four different lattice unit cell geometries. (b) F with respect to interstitial velocity ( U i ) for lattice columns with four different lattice unit cell geometries. Error bars represent mean ± one standard deviation of the deposition efficiency ( n = 3). Aerosol particles used in this study are monodisperse polystyrene latex particles (PSL) with an aerodynamic diameter ( d ae ) of 1 μm. (c) Flow direction relative to unit cell orientations.

Journal: ACS Applied Engineering Materials

Article Title: Design and Evaluation of 3D-Printed Lattice Structures as High Flow Rate Aerosol Filters

doi: 10.1021/acsaenm.4c00562

Figure Lengend Snippet: (a) Deposition efficiency ( F ) with respect to superficial velocity ( U f ) for lattice columns with four different lattice unit cell geometries. (b) F with respect to interstitial velocity ( U i ) for lattice columns with four different lattice unit cell geometries. Error bars represent mean ± one standard deviation of the deposition efficiency ( n = 3). Aerosol particles used in this study are monodisperse polystyrene latex particles (PSL) with an aerodynamic diameter ( d ae ) of 1 μm. (c) Flow direction relative to unit cell orientations.

Article Snippet: To generate aerosol particles of controlled sizes, we suspended monodisperse polystyrene latex sphere (PSL) microbeads (Polyscience Polybeads Microspheres) of five different sizes, including 1.06, 2.07, 3.1, 4.78, and 5.93 μm, in methanol and aerosols were generated with a Collison jet nebulizer (CJN).

Techniques: Standard Deviation, Aerosol