Conclusion

29

In-situ low energy (70 eV - 5 keV) high flux (up to 1.2 × 1021 ions m-2 s-1) ion (all inert gas

ions including some reactive gas ions) irradiation (LN2 – 1200º C) facility.

In-situ thin film & multilayer deposition, Ion beam sputter cleaning, ion irradiation, XPS,

AES, UPS, LISS and, EUPS facility.

In-situ Individual, Sequential and Simultaneous singe and/ or dual ion beam and transient

heat loading facility.

e-beam, RF sputtering and pulsed laser deposition (PLD) facility.

High resolution Atomic force (AFM) and scanning electron (SEM) microscopy facility

Thermal desorption spectroscopy (TDS) facility.

Possibility of the availability of 10 – 100 kV electron source gun.

More information about the CMUXE are available at :

https://engineering.purdue.edu/CMUXE/index.htmlhttps://atrnsuf.inl.gov

Contacts:

Prof. Ahmed Hassanein (Director, CMUXE): hassanein@purdue.edu

Dr. Jitendra K. Tripathi (Group leader of SUSNAG at CMUXE): jtripat@purdue.edu

Jitendra K Tripathi

Theodore J Novakowski

A. Hassanein (Director CMUXE)

Sean Gonderman

GregorySinclair

Joseph Fiala

Aantoy Q. Damico

SUSNAG experimental team at CMUXE, Purdue University

Arvind Sundaram

Nicholas Termini

Group leader & Senior Research

Associate

Ph.D. Students Undergraduate Students