Practical superconductor development for electrical power applications - annual report for FY 2003. Page: 4 of 78
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Figures
1. Transport measurements (77 K) for sample with standard ISD
arch itectu re ........................................................................................................ 5
2. Field-dependence of transport Jc (77 K) for sample with
standard ISD architecture................................................................................. 6
3. Relative transport Jc (77 K, 1 T applied field) for standard ISD
architecture vs. , the angle between film surface and applied
field..................................................................................................................... 6
4. Full-width-at-half-maximum of MgO(002) -scans vs. position
in 1-m -long ISD M gO tape ............................................................................... 7
5. Electron diffraction patterns collected from various locations in
ISD -M gO tem plate layer ................................................................................. 8
6. Full-width at half-maximum of electron diffraction reflection as
function of position in ISD-MgO template layer............................................ 8
7. Electron diffraction patterns from ISD-MgO and HE-MgO
layers showing enhanced texture in HE layer................................................ 9
8. Bright-field TEM image from "standard" ISD conductor and
corresponding electron diffraction pattern used to determine
orientation relationships................................................................................. 10
9. CeO2[211] and YBCO[001] reciprocal space representations
showing CeO2(001) / / YBCO(010) orientation relationship
m inim izes elastic interactions........................................................................ 11
10. Superconducting transition for YBCO on SRO-buffered MgO
sin gle cry stal..................................................................................................... 12
11. Current/voltage curve for YBCO on SRO-buffered MgO single
crystal................................................................................................................. 12
12. Plan-view SEM images of SRO buffer layer and YBCO film on
SRO-buffered ISD MgO substrate ................................................................. 14
13. X-ray pole figures [MgO (002), SRO (020), YBCO (005), and
YBCO (103)] measured from YBCO deposited on SRO-buffered
ISD -M gO substrate ......................................................................................... 14
14. Current/voltage curve for YBCO on SRO-buffered ISD-MgO
on H C sub strate.............................................................................................. 15
15. SRO(220) -scan and SRO(020) o-scan for SRO deposited by
PLD at 770 C on MgO single crystal substrate.............................................. 17
16. Full-width-at-half-maximum of YBCO(113) -scan and
YBCO(003) o-scan vs. temperature of YBCO deposition on
SRO-buffered MgO single crystal substrates................................................ 18iv
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Balachandran, U.; Baurceanu, R.; Clauss, H.; Dorris, S. E.; Emerson, J. E.; Erck, R. A et al. Practical superconductor development for electrical power applications - annual report for FY 2003., report, October 18, 2004; Argonne, Illinois. (https://digital.library.unt.edu/ark:/67531/metadc786322/m1/4/: accessed April 24, 2024), University of North Texas Libraries, UNT Digital Library, https://digital.library.unt.edu; crediting UNT Libraries Government Documents Department.