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Nb-Ti filamant onion blossom superimposed on the Frank Shaw Building, the new home of the Applied Superconductivity Center

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NHMFL > ASC > Image Gallery > 3D Small Images

3D Small Image Gallery

Thumbnail View Click on image or link to view	Image Link	Description
	343 x 341 96 kB JPG	Adam Johnson, an REU undergraduate, performs image analysis using our high resolution digital light microscope imaging system.
	441 x 358 156 kB JPG	Matt Feldmann examines HTS samples on a Zeiss/LEO 1530 FESEM.
	407 x 372 144 kB JPG	The ASC's 12 T VSM facility.
$Reacted Nb<sub>3</sub>Sn filament (IGC-AS Internal Sn ITER strand) revealed by fracturing.$	480 × 613 289 kB JPG	3-D Nb₃Sn filament. (IGC-AS Internal Sn ITER strand). Occasionally the fracture-cross-section process pulls out a filament and exposes the surface facets of the outermost Nb₃Sn grains.
$Reacted Nb<sub>3</sub>Sn filament (IGC-AS Internal Sn ITER strand) revealed by fracturing.$	765 × 760 153 kB JPG	3-D Nb₃Sn filament. (IGC-AS Internal Sn fusion type). "Needles and Pills" on the surface of a Nb₃Sn filament, part of a study on HT environment. This 3D image was created from three images taken at different working distances by using the EPFL-BIG EDF plugin for ImageJ.
$Reacted Nb<sub>3</sub>Sn filament (IGC-AS Internal Sn ITER strand) revealed by fracturing.$		3-D Image Galleries Much larger 3D images can be found in the red/blue gallery and the amber/blue gallery.

NOTE: These 3-D anaglyph images, require a red filter over the left eye and blue/green over the right eye. Cardboard promotional glasses may have to be folded inside-out to get the correct color combination.