Matches in SemOpenAlex for { <https://semopenalex.org/work/W3104042526> ?p ?o ?g. }
- W3104042526 endingPage "033002" @default.
- W3104042526 startingPage "033002" @default.
- W3104042526 abstract "Theoretical limits to the performance of superconductors in high magnetic fields parallel to their surfaces are of key relevance to current and future accelerating cavities, especially those made of new higher-Tc materials such as Nb3Sn, NbN, and MgB2. Indeed, beyond the so-called superheating field , flux will spontaneously penetrate even a perfect superconducting surface and ruin the performance. We present intuitive arguments and simple estimates for , and combine them with our previous rigorous calculations, which we summarize. We briefly discuss experimental measurements of the superheating field, comparing to our estimates. We explore the effects of materials anisotropy and the danger of disorder in nucleating vortex entry. Will we need to control surface orientation in the layered compound MgB2? Can we estimate theoretically whether dirt and defects make these new materials fundamentally more challenging to optimize than niobium? Finally, we discuss and analyze recent proposals to use thin superconducting layers or laminates to enhance the performance of superconducting cavities. Flux entering a laminate can lead to so-called pancake vortices; we consider the physics of the dislocation motion and potential re-annihilation or stabilization of these vortices after their entry." @default.
- W3104042526 created "2020-11-23" @default.
- W3104042526 creator A5003139180 @default.
- W3104042526 creator A5006242950 @default.
- W3104042526 creator A5048733359 @default.
- W3104042526 creator A5053913534 @default.
- W3104042526 creator A5061792586 @default.
- W3104042526 creator A5067244777 @default.
- W3104042526 date "2017-01-04" @default.
- W3104042526 modified "2023-10-17" @default.
- W3104042526 title "Theoretical estimates of maximum fields in superconducting resonant radio frequency cavities: stability theory, disorder, and laminates" @default.
- W3104042526 cites W1681204145 @default.
- W3104042526 cites W1773294597 @default.
- W3104042526 cites W1972377655 @default.
- W3104042526 cites W1975993743 @default.
- W3104042526 cites W1976319339 @default.
- W3104042526 cites W1976574722 @default.
- W3104042526 cites W1983704110 @default.
- W3104042526 cites W1986106536 @default.
- W3104042526 cites W1990277248 @default.
- W3104042526 cites W1990332384 @default.
- W3104042526 cites W1992442814 @default.
- W3104042526 cites W1992488726 @default.
- W3104042526 cites W1998191230 @default.
- W3104042526 cites W2000156770 @default.
- W3104042526 cites W2013621119 @default.
- W3104042526 cites W2015086186 @default.
- W3104042526 cites W2016383098 @default.
- W3104042526 cites W2024197130 @default.
- W3104042526 cites W2028221432 @default.
- W3104042526 cites W2029871910 @default.
- W3104042526 cites W2037270556 @default.
- W3104042526 cites W2038406526 @default.
- W3104042526 cites W2044261522 @default.
- W3104042526 cites W2044728947 @default.
- W3104042526 cites W2047605543 @default.
- W3104042526 cites W2047841201 @default.
- W3104042526 cites W2053241105 @default.
- W3104042526 cites W2063057374 @default.
- W3104042526 cites W2068783793 @default.
- W3104042526 cites W2071784883 @default.
- W3104042526 cites W2072000750 @default.
- W3104042526 cites W2074472756 @default.
- W3104042526 cites W2076710360 @default.
- W3104042526 cites W2077104791 @default.
- W3104042526 cites W2080477605 @default.
- W3104042526 cites W2080557428 @default.
- W3104042526 cites W2089068284 @default.
- W3104042526 cites W2102032362 @default.
- W3104042526 cites W2120929780 @default.
- W3104042526 cites W2122782646 @default.
- W3104042526 cites W2123029817 @default.
- W3104042526 cites W2128298543 @default.
- W3104042526 cites W2148578416 @default.
- W3104042526 cites W2155129274 @default.
- W3104042526 cites W2158664341 @default.
- W3104042526 cites W2163113268 @default.
- W3104042526 cites W2179028703 @default.
- W3104042526 cites W2253210331 @default.
- W3104042526 cites W2307486293 @default.
- W3104042526 cites W3022817131 @default.
- W3104042526 cites W3099148480 @default.
- W3104042526 cites W3100023792 @default.
- W3104042526 cites W3102548903 @default.
- W3104042526 cites W3105208072 @default.
- W3104042526 cites W4234568698 @default.
- W3104042526 cites W566778073 @default.
- W3104042526 cites W568080989 @default.
- W3104042526 doi "https://doi.org/10.1088/1361-6668/30/3/033002" @default.
- W3104042526 hasPublicationYear "2017" @default.
- W3104042526 type Work @default.
- W3104042526 sameAs 3104042526 @default.
- W3104042526 citedByCount "38" @default.
- W3104042526 countsByYear W31040425262017 @default.
- W3104042526 countsByYear W31040425262018 @default.
- W3104042526 countsByYear W31040425262019 @default.
- W3104042526 countsByYear W31040425262020 @default.
- W3104042526 countsByYear W31040425262021 @default.
- W3104042526 countsByYear W31040425262022 @default.
- W3104042526 countsByYear W31040425262023 @default.
- W3104042526 crossrefType "journal-article" @default.
- W3104042526 hasAuthorship W3104042526A5003139180 @default.
- W3104042526 hasAuthorship W3104042526A5006242950 @default.
- W3104042526 hasAuthorship W3104042526A5048733359 @default.
- W3104042526 hasAuthorship W3104042526A5053913534 @default.
- W3104042526 hasAuthorship W3104042526A5061792586 @default.
- W3104042526 hasAuthorship W3104042526A5067244777 @default.
- W3104042526 hasBestOaLocation W31040425262 @default.
- W3104042526 hasConcept C115260700 @default.
- W3104042526 hasConcept C120665830 @default.
- W3104042526 hasConcept C121332964 @default.
- W3104042526 hasConcept C137727706 @default.
- W3104042526 hasConcept C140820882 @default.
- W3104042526 hasConcept C168834538 @default.
- W3104042526 hasConcept C189166818 @default.
- W3104042526 hasConcept C191897082 @default.
- W3104042526 hasConcept C192562407 @default.
- W3104042526 hasConcept C202444582 @default.