FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2944398889> ?p ?o ?g. }

• W2944398889 abstract "The application of the muon-spin rotation/relaxation ($mu$SR) technique for studying type-I superconductivity is discussed. In the intermediate state, i.e. when a type-I superconducting sample with non-zero demagnetization factor $N$ is separated into normal state and Meissner state (superconducting) domains, the $mu$SR technique allows to determine with very high precision the value of the thermodynamic critical field $B_{rm c}$, as well as the volume of the sample in the normal and the superconducting state. Due to the microscopic nature of $mu$SR technique, the $B_{rm c}$ values are determined directly via measurements of the internal field inside the normal state domains. No assumptions or introduction of any type of measurement criteria are needed. Experiments performed on a 'classical' type-I superconductor, a cylindrically shaped $beta-$Sn sample, allowed to reconstruct the full $B-T$ phase diagram. The zero-temperature value of the thermodynamic critical field $B_{rm c}(0)=30.578(6)$ mT and the transition temperature $T_{rm c}=3.717(3)$ K were determined and found to be in a good agreement with the literature data. An experimentally obtained demagnetization factor is in very good agreement with theoretical calculations of the demagnetization factor of a finite cylinder. The analysis of $B_{rm c}(T)$ dependence within the framework of the phenomenological $alpha-$model allow to obtain the value of the superconducting energy gap $Delta=0.59(1)$ meV, of the electronic specific heat $gamma_e=1.781(3)$ ${rm mJ}/{rm mol}; {rm K}^2$ and of the jump in the heat capacity ${Delta C(T_c)}/{gamma T_{rm c}}=1.55(2)$." @default.
• W2944398889 created "2019-05-16" @default.
• W2944398889 creator A5007626141 @default.
• W2944398889 creator A5011771429 @default.
• W2944398889 creator A5035705601 @default.
• W2944398889 creator A5048315352 @default.
• W2944398889 creator A5050910532 @default.
• W2944398889 creator A5065032533 @default.
• W2944398889 creator A5067710279 @default.
• W2944398889 creator A5074332928 @default.
• W2944398889 date "2019-05-28" @default.
• W2944398889 modified "2023-09-23" @default.
• W2944398889 title "Muon spin rotation study of type-I superconductivity: Elemental <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:mi>β</mml:mi></mml:math> -Sn" @default.
• W2944398889 cites W1497769420 @default.
• W2944398889 cites W1519427073 @default.
• W2944398889 cites W1678642674 @default.
• W2944398889 cites W1966417791 @default.
• W2944398889 cites W1966778872 @default.
• W2944398889 cites W1969125965 @default.
• W2944398889 cites W1969663878 @default.
• W2944398889 cites W1970159692 @default.
• W2944398889 cites W1973127546 @default.
• W2944398889 cites W1978862472 @default.
• W2944398889 cites W1983286385 @default.
• W2944398889 cites W1990673596 @default.
• W2944398889 cites W1992624994 @default.
• W2944398889 cites W1993325202 @default.
• W2944398889 cites W1994916882 @default.
• W2944398889 cites W1994976553 @default.
• W2944398889 cites W1997250386 @default.
• W2944398889 cites W2003108361 @default.
• W2944398889 cites W2003696708 @default.
• W2944398889 cites W2016519744 @default.
• W2944398889 cites W2017572677 @default.
• W2944398889 cites W2027415644 @default.
• W2944398889 cites W2028107365 @default.
• W2944398889 cites W2029676166 @default.
• W2944398889 cites W2031700879 @default.
• W2944398889 cites W2040278817 @default.
• W2944398889 cites W2043462419 @default.
• W2944398889 cites W2045382413 @default.
• W2944398889 cites W2047141295 @default.
• W2944398889 cites W2061609947 @default.
• W2944398889 cites W2065669097 @default.
• W2944398889 cites W2068583835 @default.
• W2944398889 cites W2071070862 @default.
• W2944398889 cites W2071527470 @default.
• W2944398889 cites W2075090868 @default.
• W2944398889 cites W2078298493 @default.
• W2944398889 cites W2090852002 @default.
• W2944398889 cites W2120066868 @default.
• W2944398889 cites W2296022147 @default.
• W2944398889 cites W2318449778 @default.
• W2944398889 cites W2319550914 @default.
• W2944398889 cites W2540668927 @default.
• W2944398889 cites W2583634267 @default.
• W2944398889 cites W2623209842 @default.
• W2944398889 cites W2783264521 @default.
• W2944398889 cites W2794973967 @default.
• W2944398889 cites W2796623623 @default.
• W2944398889 cites W2912519949 @default.
• W2944398889 cites W2912961068 @default.
• W2944398889 cites W2914146071 @default.
• W2944398889 cites W2949220742 @default.
• W2944398889 cites W3101459707 @default.
• W2944398889 cites W3101885747 @default.
• W2944398889 cites W3103156382 @default.
• W2944398889 cites W3104148563 @default.
• W2944398889 cites W3104452864 @default.
• W2944398889 cites W3104754615 @default.
• W2944398889 cites W3106426846 @default.
• W2944398889 cites W3124944421 @default.
• W2944398889 cites W3144879966 @default.
• W2944398889 cites W4211259735 @default.
• W2944398889 doi "https://doi.org/10.1103/physrevb.99.184515" @default.
• W2944398889 hasPublicationYear "2019" @default.
• W2944398889 type Work @default.
• W2944398889 sameAs 2944398889 @default.
• W2944398889 citedByCount "15" @default.
• W2944398889 countsByYear W29443988892019 @default.
• W2944398889 countsByYear W29443988892020 @default.
• W2944398889 countsByYear W29443988892021 @default.
• W2944398889 countsByYear W29443988892022 @default.
• W2944398889 countsByYear W29443988892023 @default.
• W2944398889 crossrefType "journal-article" @default.
• W2944398889 hasAuthorship W2944398889A5007626141 @default.
• W2944398889 hasAuthorship W2944398889A5011771429 @default.
• W2944398889 hasAuthorship W2944398889A5035705601 @default.
• W2944398889 hasAuthorship W2944398889A5048315352 @default.
• W2944398889 hasAuthorship W2944398889A5050910532 @default.
• W2944398889 hasAuthorship W2944398889A5065032533 @default.
• W2944398889 hasAuthorship W2944398889A5067710279 @default.
• W2944398889 hasAuthorship W2944398889A5074332928 @default.
• W2944398889 hasBestOaLocation W29443988892 @default.
• W2944398889 hasConcept C10874694 @default.
• W2944398889 hasConcept C115260700 @default.
• W2944398889 hasConcept C121332964 @default.
• W2944398889 hasConcept C157979565 @default.
• W2944398889 hasConcept C185544564 @default.
• W2944398889 hasConcept C186370098 @default.

• next