Description
Seeking individual with track record developing and characterizing electrode materials for batteries.
Must know common solid state chemistry practices such as synthesis of materials, crystallographic and microstructural characterizations, and be well versed in establishing correlations between processing, structure, properties and performance.
Activities:
*** Characterizations of electrode materials including: chemical composition, defects, crystallinity, crystallographic structure, stability versus time and versus charge and discharge, microstructure, etc.
*** Investigating electrode material decay mechanisms and failure.
*** Predictive modeling.
*** Analyzing and improving compositions, synthetic methods, material structures, and concepts to advance electrode reliability, manufacturability, effectiveness and cost reduction.
*** Operating and maintain instrumentation such as: SEM, XRD, mercury porosimeter, ICP-OES, GC, mass spec, etc.
*** Applying advanced analytical techniques using common materials characterization techniques including SEM, XRD, BET surface area measurement, particle size analysis, mercury porosimeter, X Ray Photoelectron Spectroscopy (XPS) and analytical instruments and methods including FTIR, ICP-OES, GC, Mass spectroscopy, etc.
Highly visible, collaborative position where you will be the backbone of a scientific team for all proposed, active, and completed projects. This role will be a key position that advances the abilities of the energy storage community. As such, employment packages include, but are not limited to: Medical, dental, and disability coverage, 401(k), attractive vacation packages, bonus plans, and a starting salary up to $120,000.
For complete details contact James Franco at
(609) 584-9000 ext 283
Or submit resume online at:
http://dmc9.com/jef/app.asp
Or email to:
1000026675_10007335@jobbank301.com
Please reference #37233336 when responding.