Ion Optics
Trajectories of Cs+ ions emitted from the ionizer surface and focused onto to target by the potential gradients in the proposed PRIME Lab source. |
Trajectories of negatively charged m/z 100 ion transported out of the source through the ionizer. |
Midplane isopotential contours (6600 V applied to the ionizer, 110V spacing between each contour).
PRIME lab ion source |
PRIME Lab ion source with the hole in the immersion lens 25% larger in diameter |
PRIME Lab ion source in b with 600 V applied to the immersion lens |
More Information:
View this PDF:
Email George Jackson <gjackson@physics.purdue.edu> for Paper:
Ion Source Modeling and Design at PRIME Lab; George S. Jackson, David Elmore, Marc Caffee, Kenneth A. Mueller, Bob De Bonte, Paul Muzikar and Brad Alexander PRIME Lab, Purdue University, 525 Northwestern Avenue, West Lafayette, IN 47907-2036 USA AMS-9 Reference #'s: O7A-1 and PTPi-2
|