FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3084271694> ?p ?o ?g. }

• W3084271694 abstract "Magnetic shields that use both active and passive components to enable the generation of a tailored low-field environment are required for many applications in science, engineering, and medical imaging. Until now, accurate field nulling, or field generation, has only been possible over a small fraction of the overall volume of the shield. This is due to the interaction between the active field-generating components and the surrounding high-permeability passive shielding material. In this paper, we formulate the interaction between an arbitrary static current flow on a cylinder and an exterior closed high-permeability cylinder. We modify the Green's function for the magnetic vector potential and match boundary conditions on the shield's interior surface to calculate the total magnetic field generated by the system. We cast this formulation into an inverse optimization problem to design active--passive magnetic field shaping systems that accurately generate any physical static magnetic field in the interior of a closed cylindrical passive shield. We illustrate this method by designing hybrid systems that generate a range of magnetic field profiles to high accuracy over large interior volumes, and simulate them in real-world shields whose passive components have finite permeability, thickness, and axial entry holes. Our optimization procedure can be adapted to design active--passive magnetic field shaping systems that accurately generate any physical user-specified static magnetic field in the interior of a closed cylindrical shield of any length, enabling the development and miniaturization of systems that require accurate magnetic shielding and control." @default.
• W3084271694 created "2020-09-14" @default.
• W3084271694 creator A5004899548 @default.
• W3084271694 creator A5009896277 @default.
• W3084271694 creator A5046286898 @default.
• W3084271694 creator A5053858796 @default.
• W3084271694 creator A5054937787 @default.
• W3084271694 creator A5055075212 @default.
• W3084271694 creator A5066965198 @default.
• W3084271694 creator A5086224910 @default.
• W3084271694 date "2020-11-03" @default.
• W3084271694 modified "2023-10-16" @default.
• W3084271694 title "Optimal Inverse Design of Magnetic Field Profiles in a Magnetically Shielded Cylinder" @default.
• W3084271694 cites W1484564158 @default.
• W3084271694 cites W1659169028 @default.
• W3084271694 cites W1778721509 @default.
• W3084271694 cites W1810517638 @default.
• W3084271694 cites W1957613369 @default.
• W3084271694 cites W1963638610 @default.
• W3084271694 cites W1970607867 @default.
• W3084271694 cites W1980686265 @default.
• W3084271694 cites W1982147649 @default.
• W3084271694 cites W1991577487 @default.
• W3084271694 cites W1993412823 @default.
• W3084271694 cites W2005295592 @default.
• W3084271694 cites W2013027963 @default.
• W3084271694 cites W2015782900 @default.
• W3084271694 cites W2017133992 @default.
• W3084271694 cites W2021771641 @default.
• W3084271694 cites W2021883920 @default.
• W3084271694 cites W2026109486 @default.
• W3084271694 cites W2035855268 @default.
• W3084271694 cites W2038735815 @default.
• W3084271694 cites W2053281699 @default.
• W3084271694 cites W2064655277 @default.
• W3084271694 cites W2072599877 @default.
• W3084271694 cites W2082246398 @default.
• W3084271694 cites W2083976509 @default.
• W3084271694 cites W2093545363 @default.
• W3084271694 cites W2102555617 @default.
• W3084271694 cites W2310573543 @default.
• W3084271694 cites W2342357247 @default.
• W3084271694 cites W2546146158 @default.
• W3084271694 cites W2775516909 @default.
• W3084271694 cites W2791548393 @default.
• W3084271694 cites W2791679977 @default.
• W3084271694 cites W2792369016 @default.
• W3084271694 cites W2793435880 @default.
• W3084271694 cites W2806567111 @default.
• W3084271694 cites W2866446677 @default.
• W3084271694 cites W2884891549 @default.
• W3084271694 cites W2885641040 @default.
• W3084271694 cites W2905689665 @default.
• W3084271694 cites W2953643372 @default.
• W3084271694 cites W2978220154 @default.
• W3084271694 cites W2982035462 @default.
• W3084271694 cites W3014504793 @default.
• W3084271694 cites W3104047221 @default.
• W3084271694 cites W4230976616 @default.
• W3084271694 cites W4232609588 @default.
• W3084271694 cites W4240683851 @default.
• W3084271694 cites W4252171206 @default.
• W3084271694 doi "https://doi.org/10.1103/physrevapplied.14.054004" @default.
• W3084271694 hasPublicationYear "2020" @default.
• W3084271694 type Work @default.
• W3084271694 sameAs 3084271694 @default.
• W3084271694 citedByCount "22" @default.
• W3084271694 countsByYear W30842716942021 @default.
• W3084271694 countsByYear W30842716942022 @default.
• W3084271694 countsByYear W30842716942023 @default.
• W3084271694 crossrefType "journal-article" @default.
• W3084271694 hasAuthorship W3084271694A5004899548 @default.
• W3084271694 hasAuthorship W3084271694A5009896277 @default.
• W3084271694 hasAuthorship W3084271694A5046286898 @default.
• W3084271694 hasAuthorship W3084271694A5053858796 @default.
• W3084271694 hasAuthorship W3084271694A5054937787 @default.
• W3084271694 hasAuthorship W3084271694A5055075212 @default.
• W3084271694 hasAuthorship W3084271694A5066965198 @default.
• W3084271694 hasAuthorship W3084271694A5086224910 @default.
• W3084271694 hasBestOaLocation W30842716942 @default.
• W3084271694 hasConcept C106997767 @default.
• W3084271694 hasConcept C109589588 @default.
• W3084271694 hasConcept C115260700 @default.
• W3084271694 hasConcept C119599485 @default.
• W3084271694 hasConcept C121332964 @default.
• W3084271694 hasConcept C127313418 @default.
• W3084271694 hasConcept C127413603 @default.
• W3084271694 hasConcept C134306372 @default.
• W3084271694 hasConcept C135252773 @default.
• W3084271694 hasConcept C138081364 @default.
• W3084271694 hasConcept C16389437 @default.
• W3084271694 hasConcept C194127275 @default.
• W3084271694 hasConcept C203311528 @default.
• W3084271694 hasConcept C2265751 @default.
• W3084271694 hasConcept C24890656 @default.
• W3084271694 hasConcept C33923547 @default.
• W3084271694 hasConcept C41008148 @default.
• W3084271694 hasConcept C57879066 @default.
• W3084271694 hasConcept C5900021 @default.
• W3084271694 hasConcept C62520636 @default.

• next