Fluorescence: Difference between revisions
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The relation between the coordinate system of the [[Coolsnap]] camera and the y-x-scans in scanView is shown in this [[media:Fluorescence vs transmission orientation.jpg|picture]]. <br/> | The relation between the coordinate system of the [[Coolsnap]] camera and the y-x-scans in scanView is shown in this [[media:Fluorescence vs transmission orientation.jpg|picture]]. <br/> | ||
Take Coolsnap transmission image and rotate by 270 degree. Now flip horizontally. This gives you the orientation of HPiezoY-X scans. | Take Coolsnap transmission image and rotate it by 270 degree. Now flip horizontally. This gives you the orientation of HPiezoY-X scans. | ||
===Links=== | ===Links=== | ||
Revision as of 22:54, November 8, 2009
Back to X-Ray Microscopy
Nanoprobe Instrument
- Focusing optics module (FOM)
- Condenser module (CM)
- Imaging optics module (IOM)
- Sample module (SM)
- NPI Manuals
- Manual for Nanoprobe Instrument
Detectors
- Vortex ME4 (SII 4-element silicon drift diode)
- Vortex (SII 1-element silicon drift diode)
- Ge detector (Canberra single element LEGe)
- Region of Interest (ROI)
Optics
Standards
Analysis
Instruction to import 2D fluorescence images into Origin.
Coordinate Systems
The relation between the coordinate system of the Coolsnap camera and the y-x-scans in scanView is shown in this picture.
Take Coolsnap transmission image and rotate it by 270 degree. Now flip horizontally. This gives you the orientation of HPiezoY-X scans.
