Search Results - "Rubel, A.M."

Uptake of NOx by activated carbons : Bench-scale and pilot-plant testing by NEATHERY, J. K, RUBEL, A. M, STENCEL, J. M

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CH4 storage on compressed carbons by Rubel, A.M, Stencel, J.M

“…Compressibility indices and CH4 uptake capacities were determined for three commercially produced carbons, using a specially designed cell, developed for a…”
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Uptake of NO X by activated carbons: bench-scale and pilot-plant testing by Neathery, J.K., Rubel, A.M., Stencel, J.M.

“…The possibility of selectively removing NO x from gas containing CO 2, N 2, O 2, H 2O, SO 2 and NO x has been examined using bench-scale and pilot-scale…”
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Activated carbon for control of nitrogen oxide emissions by Rubel, A.M., Stewart, M.L., Stencel, J.M.

“…Activated carbons were used to selectively remove NOx from simulated flue gas at temperatures between 25 and 125 °C. Processing conditions and…”
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Structural and surface characterization of ultrafine iron carbide particles generated by laser pyrolysis. I. High temperature He treatment by Sethuraman, Anantha R., Stencel, John M., Rubel, Aurora M., Cavin, Burl, Hubbard, Camden R.

“…Three samples of passivated ultrafine iron carbide particles, synthesized by laser induced pyrolysis of gaseous precursors, were examined by x‐ray diffraction,…”
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