FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2137360418> ?p ?o ?g. }

• W2137360418 endingPage "2527" @default.
• W2137360418 startingPage "2501" @default.
• W2137360418 abstract "The high spatial resolution imaging of magnetic microstructure has important ramifications for both fundamental studies of magnetism and the technology surrounding the magnetic recording industry. One technique for imaging surface magnetic microstructure on the 10-nm-length scale is scanning electron microscopy with polarization analysis (SEMPA). This technique employs a scanning electron microscope (SEM) electron optical column to form a medium energy (10–50 keV), small probe (&lt;50 nm) of high current (&gt;1 nA) on a ferromagnetic specimen. Secondary electrons excited in the ferromagnet by the high spatial resolution probe retain their spin-polarization orientation as they leave the sample surface. The spin polarization of the emitted secondary electrons can be related directly to the local magnetization orientation. A surface magnetization map is generated when the spin polarization of the secondary electrons is analyzed as the electron beam is rastered point-by-point across the ferromagnet’s surface. In this review article we review the important instrumental components characterizing the SEMPA system. Characteristics of the electron probe forming optics, electron spin-polarization analyzers with associated transport optics, and signal processing electronics will be described. Emphasis on the fundamental design requirements will be stressed. Data acquisition, storage, and processing, as it applies specifically to SEMPA, will be reviewed. Instrumental artifacts specific to SEMPA will be outlined and techniques for their correction given. Examples of magnetic images at high spatial resolution will be shown." @default.
• W2137360418 created "2016-06-24" @default.
• W2137360418 creator A5007642027 @default.
• W2137360418 creator A5009342441 @default.
• W2137360418 creator A5035532411 @default.
• W2137360418 creator A5040339466 @default.
• W2137360418 creator A5073461567 @default.
• W2137360418 date "1990-10-01" @default.
• W2137360418 modified "2023-10-02" @default.
• W2137360418 title "Scanning electron microscopy with polarization analysis (SEMPA)" @default.
• W2137360418 cites W1648507995 @default.
• W2137360418 cites W1970974305 @default.
• W2137360418 cites W1973804794 @default.
• W2137360418 cites W1974261643 @default.
• W2137360418 cites W1974472585 @default.
• W2137360418 cites W1978225560 @default.
• W2137360418 cites W1978228123 @default.
• W2137360418 cites W1979983939 @default.
• W2137360418 cites W1981164143 @default.
• W2137360418 cites W1981385996 @default.
• W2137360418 cites W1989317534 @default.
• W2137360418 cites W1992242966 @default.
• W2137360418 cites W1993530567 @default.
• W2137360418 cites W1994590263 @default.
• W2137360418 cites W199767683 @default.
• W2137360418 cites W2000542418 @default.
• W2137360418 cites W2000601999 @default.
• W2137360418 cites W2001092150 @default.
• W2137360418 cites W20029647 @default.
• W2137360418 cites W2003359851 @default.
• W2137360418 cites W2006790248 @default.
• W2137360418 cites W2007177713 @default.
• W2137360418 cites W2008009390 @default.
• W2137360418 cites W2010438694 @default.
• W2137360418 cites W2010501464 @default.
• W2137360418 cites W2011258336 @default.
• W2137360418 cites W2011773144 @default.
• W2137360418 cites W2014197186 @default.
• W2137360418 cites W2015095915 @default.
• W2137360418 cites W2023427491 @default.
• W2137360418 cites W2026939597 @default.
• W2137360418 cites W2029375727 @default.
• W2137360418 cites W2029405967 @default.
• W2137360418 cites W2029545274 @default.
• W2137360418 cites W2030741922 @default.
• W2137360418 cites W2033715832 @default.
• W2137360418 cites W2033793096 @default.
• W2137360418 cites W2035564687 @default.
• W2137360418 cites W2035914639 @default.
• W2137360418 cites W2037727875 @default.
• W2137360418 cites W2038734487 @default.
• W2137360418 cites W2038764777 @default.
• W2137360418 cites W2042548060 @default.
• W2137360418 cites W2043350678 @default.
• W2137360418 cites W2044735768 @default.
• W2137360418 cites W2046425585 @default.
• W2137360418 cites W2047938878 @default.
• W2137360418 cites W2048155576 @default.
• W2137360418 cites W2054360019 @default.
• W2137360418 cites W2059274799 @default.
• W2137360418 cites W2060700466 @default.
• W2137360418 cites W2061768812 @default.
• W2137360418 cites W2061817596 @default.
• W2137360418 cites W2063897908 @default.
• W2137360418 cites W2065523355 @default.
• W2137360418 cites W2066371913 @default.
• W2137360418 cites W2066439479 @default.
• W2137360418 cites W2068064471 @default.
• W2137360418 cites W2071979601 @default.
• W2137360418 cites W2072187115 @default.
• W2137360418 cites W2073808139 @default.
• W2137360418 cites W2074307952 @default.
• W2137360418 cites W2075282252 @default.
• W2137360418 cites W2082396237 @default.
• W2137360418 cites W2082785881 @default.
• W2137360418 cites W2085079388 @default.
• W2137360418 cites W2086228604 @default.
• W2137360418 cites W2090679774 @default.
• W2137360418 cites W2092701803 @default.
• W2137360418 cites W2095192018 @default.
• W2137360418 cites W2100513244 @default.
• W2137360418 cites W2101116793 @default.
• W2137360418 cites W2132191491 @default.
• W2137360418 cites W2141375785 @default.
• W2137360418 cites W2606786780 @default.
• W2137360418 cites W2067422157 @default.
• W2137360418 cites W2071627316 @default.
• W2137360418 doi "https://doi.org/10.1063/1.1141908" @default.
• W2137360418 hasPublicationYear "1990" @default.
• W2137360418 type Work @default.
• W2137360418 sameAs 2137360418 @default.
• W2137360418 citedByCount "238" @default.
• W2137360418 countsByYear W21373604182012 @default.
• W2137360418 countsByYear W21373604182013 @default.
• W2137360418 countsByYear W21373604182014 @default.
• W2137360418 countsByYear W21373604182015 @default.
• W2137360418 countsByYear W21373604182016 @default.
• W2137360418 countsByYear W21373604182017 @default.

• next