RESEARCH
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IMoS 2.0 and Optimization of L-J Parameters in any gas
We have developed a quick way of optimizing L-J potentials in any gas when sufficient data is available. At the same time, IMoS 2.0 will be able to take into account preferred orientations and non-linearity in electric fields. The future is here!!. Click here to learn more about the research.
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Inverted Drift Tube Mobility Spectrometer
Together with Kanomax, we have been developing a novel method to separate nanoparticles with diameters raging 0.5nm-120nm using Ion Mobility Spectrometry. Click here to learn more about the research.
Differential Mobility Analyzer Coupled with QSTAR XL Triple Quadrupole Mass Spectrometer
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High Specific Impulse Electrospray Propulsion (Click Here)
The main goal of this project is to create an Ion Beam to propels a body in Space with Speeds of up to 100 km/s. This research was made available thanks in part to the MURI Project from IUPUI Center for Research and Learning.
