FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2772027920> ?p ?o ?g. }

• W2772027920 abstract "The purpose of this investigation is to examine the properties of finite asymmetric exotic scalar (acoustic) beams with unusual properties using the angular spectrum decomposition in plane waves. Such beams possess intrinsic uncommon characteristics that make them attractive from the standpoint of particle manipulation, handling and rotation, and possibly other applications in particle clearing and separation. Assuming a specific apodization function at the acoustic source, the angular spectrum function is calculated and used to synthesize the radiated pressure field (i.e., excluding evanescent waves that decay away from the source) in the forward direction of wave motion (i.e., away from the source). Moreover, a generalized hybrid method combining the angular spectrum approach with the multipole expansion formalism in spherical coordinates is developed, which is applicable to any finite beam of arbitrary wavefront. The improved approach allows adequate computation of the resonance scattering, radiation force, and spin torque components on an object of arbitrary shape, located on or off the axis of the incident beam in space. Considering the illustrative example of a viscous fluid sphere submerged in a non-viscous liquid and illuminated by finite asymmetric beams such as the Airy and the Bessel vortex beam with fractional order, numerical computations for the scattering, radiation force, and torque components are performed with an emphasis on the distance from the source, the arbitrary location of the particle ,and the asymmetric nature of the incident field. Moreover, beamforming calculations are presented with supplementary animations for the pressure field distribution in space, with an emphasis on the intrinsic properties of the selected beams. The numerical predictions illustrate the scattering, radiation force, and spin torque properties depending on the beam parameters and the distance separating the sphere from the source. This study provides a generalized hybrid method to analyze quantitatively the scattering, radiation force, and spin torque by any finite asymmetric (or symmetric) acoustic beam with potential applications in various fields of applied physics (such as beam-forming, imaging, and mechanical effects of asymmetric sound beams)." @default.
• W2772027920 created "2017-12-22" @default.
• W2772027920 creator A5065484084 @default.
• W2772027920 date "2017-12-12" @default.
• W2772027920 modified "2023-10-17" @default.
• W2772027920 title "Acoustics of finite asymmetric exotic beams: Examples of Airy and fractional Bessel beams" @default.
• W2772027920 cites W1899217311 @default.
• W2772027920 cites W1947296826 @default.
• W2772027920 cites W1964875359 @default.
• W2772027920 cites W1972283967 @default.
• W2772027920 cites W1972745035 @default.
• W2772027920 cites W1976306388 @default.
• W2772027920 cites W1978811941 @default.
• W2772027920 cites W1978864777 @default.
• W2772027920 cites W1986928153 @default.
• W2772027920 cites W1989565397 @default.
• W2772027920 cites W1993212543 @default.
• W2772027920 cites W1993280539 @default.
• W2772027920 cites W1993301905 @default.
• W2772027920 cites W1999163481 @default.
• W2772027920 cites W2000186338 @default.
• W2772027920 cites W2001419684 @default.
• W2772027920 cites W2001663078 @default.
• W2772027920 cites W2009033480 @default.
• W2772027920 cites W2013539303 @default.
• W2772027920 cites W2015486895 @default.
• W2772027920 cites W2018071874 @default.
• W2772027920 cites W2022456869 @default.
• W2772027920 cites W2025549751 @default.
• W2772027920 cites W2025701539 @default.
• W2772027920 cites W2029066906 @default.
• W2772027920 cites W2029725624 @default.
• W2772027920 cites W2030628285 @default.
• W2772027920 cites W2036960553 @default.
• W2772027920 cites W2040170964 @default.
• W2772027920 cites W2041327585 @default.
• W2772027920 cites W2045423076 @default.
• W2772027920 cites W2056921062 @default.
• W2772027920 cites W2058045544 @default.
• W2772027920 cites W2059244800 @default.
• W2772027920 cites W2062401885 @default.
• W2772027920 cites W2062476623 @default.
• W2772027920 cites W2063031348 @default.
• W2772027920 cites W2065399912 @default.
• W2772027920 cites W2065628424 @default.
• W2772027920 cites W2075991380 @default.
• W2772027920 cites W2077796066 @default.
• W2772027920 cites W2078292767 @default.
• W2772027920 cites W2079320276 @default.
• W2772027920 cites W2084620514 @default.
• W2772027920 cites W2085507147 @default.
• W2772027920 cites W2089760208 @default.
• W2772027920 cites W2090729105 @default.
• W2772027920 cites W2104876800 @default.
• W2772027920 cites W2109379097 @default.
• W2772027920 cites W2113319585 @default.
• W2772027920 cites W2114390554 @default.
• W2772027920 cites W2117033136 @default.
• W2772027920 cites W2118421261 @default.
• W2772027920 cites W2118942382 @default.
• W2772027920 cites W2123608698 @default.
• W2772027920 cites W2126126125 @default.
• W2772027920 cites W2127272691 @default.
• W2772027920 cites W2163483289 @default.
• W2772027920 cites W2163888863 @default.
• W2772027920 cites W2169428331 @default.
• W2772027920 cites W2171745613 @default.
• W2772027920 cites W2201023263 @default.
• W2772027920 cites W2247954581 @default.
• W2772027920 cites W2271522569 @default.
• W2772027920 cites W2321711124 @default.
• W2772027920 cites W2472422234 @default.
• W2772027920 cites W2480737186 @default.
• W2772027920 cites W2507730304 @default.
• W2772027920 cites W2513774172 @default.
• W2772027920 cites W2523505975 @default.
• W2772027920 cites W2541901902 @default.
• W2772027920 cites W2594200458 @default.
• W2772027920 cites W2906986764 @default.
• W2772027920 cites W2908407536 @default.
• W2772027920 cites W2998457429 @default.
• W2772027920 cites W4231079420 @default.
• W2772027920 doi "https://doi.org/10.1063/1.5005088" @default.
• W2772027920 hasPublicationYear "2017" @default.
• W2772027920 type Work @default.
• W2772027920 sameAs 2772027920 @default.
• W2772027920 citedByCount "18" @default.
• W2772027920 countsByYear W27720279202018 @default.
• W2772027920 countsByYear W27720279202019 @default.
• W2772027920 countsByYear W27720279202020 @default.
• W2772027920 countsByYear W27720279202021 @default.
• W2772027920 countsByYear W27720279202022 @default.
• W2772027920 countsByYear W27720279202023 @default.
• W2772027920 crossrefType "journal-article" @default.
• W2772027920 hasAuthorship W2772027920A5065484084 @default.
• W2772027920 hasConcept C107706756 @default.
• W2772027920 hasConcept C120665830 @default.
• W2772027920 hasConcept C121332964 @default.
• W2772027920 hasConcept C128975484 @default.
• W2772027920 hasConcept C143753070 @default.

• next