Project Info
*Developing optical diagnostics for battery research
Jason Porter
jporter@mines.edu
In order to build lithium ion batteries that can fully charge in minutes or move new battery concepts to market, we need better electrolytes. The electrolyte has two important functions: provide electrical isolation between anode and cathode while efficiently shuttling ions between these electrodes. We will be exploring ways to use infrared spectroscopy to measure ion shuttling in batteries. These tools will allow our team, and other researchers, to more rapidly develop the next generation of rechargeable batteries for transportation, potable electronics, and other emerging energy storage applications.
More Information:
Grand Challenge: Engineer the tools of scientific discovery
https://modes.mines.edu/publications/
Primary Contacts:
Prof. Jason Porter
Student Preparation
Qualifications
Required:
Courses: Chemistry I, Physics I & II (A grade, and/or someone who really enjoyed these courses)
Preferred:
MATLAB experience (used for processing data)
hands-on experience (familiarity with basic tools, basic machining)
SolidWorks
Optics
TIME COMMITMENT (HRS/WK)
10
SKILLS/TECHNIQUES GAINED
Hardware skills: spectrometers, data acquisition, optics, lab hardware (Swagelok, flow control, glove box)
Data analysis, MATLAB, spectroscopy, scientific computing, scientific writing and presentation
MENTORING PLAN
I meet with students once per week one-on-one. I also work with students in the lab when needed. Graduate students and group staff will also play a role in mentoring students.
PREFERRED STUDENT STATUS
Sophomore
Junior
Senior