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[[File:FID GUI basic screenshot.png| | [[File:FID GUI basic screenshot.png|600px|thumb|right|alt text]]: | ||
The FID GUI lets students acquire a free induction decay and see the Fourier transform (lineshape). The GUI also lets students run a flip angle calibration to find the 90<math>^\circ</math> | |||
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[[File:SE_PROJ_GUI_spin_echo_no_shim.png| | [[File:SE_PROJ_GUI_spin_echo_no_shim.png|600px|thumb|right|alt text]]: | ||
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[[File:SE_PROJ_GUI_projection_multitube.png| | [[File:SE_PROJ_GUI_projection_multitube.png|600px|thumb|right|alt text]]: | ||
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[[File:IMAGING_GUI_1_screenshot.png| | [[File:IMAGING_GUI_1_screenshot.png|600px|thumb|right|alt text]]: | ||
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[[File:IMAGING_GUI_2_screenshot.png| | [[File:IMAGING_GUI_2_screenshot.png|600px|thumb|right|alt text]]: | ||
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[[File:IMAGING_GUI_3_with_image.png| | [[File:IMAGING_GUI_3_with_image.png|600px|thumb|right|alt text]]: | ||
Revision as of 10:27, 23 August 2013
Click here to download Matlab GUI files for running the labs used in MIT 6.S02.
Description of GUIs
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The FID GUI lets students acquire a free induction decay and see the Fourier transform (lineshape). The GUI also lets students run a flip angle calibration to find the 90
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PAST BUG FIXES / REVISIONS
PENDING BUG FIXES / REVISIONS
- create a launchpad with buttons for quickly opening all of the GUIs
- allow user to use "stop" button during auto-shimming
- add gradient echo sequence (FLASH)
- add slice-select pulse sequence
- clean up any remaining timing errors in spin echo and RARE sequences