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 image14.jpg 114.22 Kb 1280 x 960 Tank section with drift tubes, and post stabalizers installed |
 image01.jpg 21.63 Kb 550 x 379 Assembled DTL Tank 1 |
 image10.jpg 16.66 Kb 388 x 310 Inside of DTL Tank 2 |
 image25.jpg 32.30 Kb 550 x 522 Two tank sections, with drift tubes installed, showing initial waveguide coupling aperture |
 image42.jpg 31.83 Kb 550 x 445 More cutting of the waveguide aperture |
 image40.jpg 13.22 Kb 550 x 413 Intermediate cut of waveguide aperture showing coupling iris |
 image58.jpg 24.19 Kb 550 x 358 Tank2 waveguide aperture |
 image02.jpg 14.34 Kb 550 x 413 Inside of DTL Tank 2 |
 image31.jpg 28.70 Kb 550 x 413 Inter-tank region, Tank1, Tank2 |
 image47.jpg 34.48 Kb 550 x 506 Beadpull setup on Tank1 |
 image110.jpg 20.59 Kb 399 x 413 DTL Tank 1 installed in tunnel |
 image107.jpg 26.80 Kb 550 x 517 Ion source control equipment rack |
 image06.jpg 37.93 Kb 550 x 578 RFQ (Radio Frequency Quadrapole) in nearly empty tunnel. |
 image35.jpg 30.14 Kb 550 x 449 Bead pull hardware set up on RFQ |
 image16.jpg 23.82 Kb 550 x 413 Upstream view of beam line, no DTL tanks installed |
 image17.jpg 24.84 Kb 550 x 413 Downstream view of beam line with bend magnets |
 image102.jpg 17.85 Kb 550 x 350 View of the klystron gallery |
 image12.jpg 17.53 Kb 550 x 413 Niel at the LINAC control console
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Photos courtesy of International Isotopes, Inc., Denton, TX |
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