Q&A With Kerry Rippy: Why You Should Be Optimistic About
Kerry Rippy, who recently visited an iron mining site in Minnesota''s Iron Range, is optimistic that industries like mining operations and iron and cement production can significantly
Kerry Rippy, who recently visited an iron mining site in Minnesota''s Iron Range, is optimistic that industries like mining operations and iron and cement production can significantly
We study the evolution over time in this system of the mass, morphology, and energy input using chronoamperometry in an electrochemical quartz crystal microbalance with in-situ imaging.
All of them are aimed at creating a more energy-efficient, more sustainable future. I also teach at Colorado School of Mines. Subscribers get each new issue of the Goodnewspaper mailed to their
Kerry Rippy, Ph.D.: Rippy joined NLR''s Building Technologies and Science Center in 2019, leading a project to reduce corrosion in concentrating solar power plants using electrochemistry.
View Kerry Rippy''s profile on LinkedIn, a professional community of 1 billion members.
Get an inside look into our researcher''s lives, learn how they''ve made an impact at NLR, and get inspired by their exciting manufacturing projects.
Contributors: Karlee P. Castro; Tyler T. Clikeman; Nicholas J. DeWeerd; Eric V. Bukovsky; Kerry C. Rippy; Igor V. Kuvychko; Gao-Lei Hou; Yu-Sheng Chen; Xue-Bin Wang; Steven H. Strauss et al.
All of them are aimed at creating a more energy efficient, more sustainable future. I also teach at Colorado School of Mines.
Kerry Rippy leads experimental research projects focused on industrial innovation and serves as NLR''s Industrial Technologies Sub-Program lead. Her research specifically focuses on the steel, mining,
Today, Rippy is a researcher and subprogram lead in the Advanced Manufacturing Program at the National Renewable Energy Laboratory (NREL). And she is still asking questions.
PDF version includes complete article with source references. Suitable for printing and offline reading.