Search Results - "Ziebarth, Michael S."

NH3 decomposition and oxidation over noble metal-based FCC CO combustion promoters by Bahrami, Behnam, Komvokis, Vasileios G., Ziebarth, Michael S., Alexeev, Oleg S., Amiridis, Michael D.

“…[Display omitted] ► Catalytic oxidation of NH3 formed in reducing zones of FCC regenerators contributes to increased NOx emissions. ► Below 350°C NH3 oxidation…”
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In situ FTIR characterization of the adsorption of CO and its reaction with NO on Pd-based FCC low NOx combustion promoters by ALEXEEV, Oleg S, KRISHNAMOORTHY, Sundaram, JENSEN, Cody, ZIEBARTH, Michael S, YALURIS, George, ROBERIE, Terry G, AMIRIDIS, Michael D

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Characterization of Pd-based FCC CO/NOx control additives by in situ FTIR and extended X-ray absorption fine structure spectroscopies by ALEXEEV, Oleg S, KRISHNAMOORTHY, Sundaram, ZIEBARTH, Michael S, YALURIS, George, ROBERIE, Terry G, AMIRIDIS, Michael D

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In situ FTIR characterization of NH3 adsorption and reaction with O2 and CO on Pd-based FCC emission control additives by Bahrami, Behnam, Komvokis, Vasileios G., Singh, Udayshankar G., Ziebarth, Michael S., Alexeev, Oleg S., Amiridis, Michael D.

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NH sub(3) decomposition and oxidation over noble metal-based FCC CO combustion promoters by Bahrami, Behnam, Komvokis, Vasileios G, Ziebarth, Michael S, Alexeev, Oleg S, Amiridis, Michael D

“…The surface chemistry of NH sub(3) decomposition and oxidation was examined over M super(n+)/Ce super(n+)/Na super(+)/ gamma -Al sub(2)O sub(3) commercial…”
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NH3 decomposition and oxidation over noble metal-based FCC CO combustion promoters by BAHRAMI, Behnam, KOMVOKIS, Vasileios G, ZIEBARTH, Michael S, ALEXEEV, Oleg S, AMIRIDIS, Michael D

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Stereochemical investigation of three 47-electron clusters in the homologous 48/47-electron [Co3(.eta.5-C5Me5)3-x(.eta.5-C5H4Me)x(.mu.3-CO)(.mu.3-NH)]n series (x = 0, 1, 2: n = 0, +1): bonding analysis of redox-generated changes in geometry upon formation of electron-deficient species by oxidation of triangularly bonded 48-electron metal clusters containing .pi.-acceptor carbonyl capping ligands by Ziebarth, Michael S, Dahl, Lawrence F

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In situ FTIR characterization of NH sub(3) adsorption and reaction with O sub(2) and CO on Pd-based FCC emission control additives by Bahrami, Behnam, Komvokis, Vasileios G, Singh, Udayshankar G, Ziebarth, Michael S, Alexeev, Oleg S, Amiridis, Michael D

“…The adsorption of NH sub(3) and its reaction with O sub(2) and CO over Ce super(n+)/Na super(+)/ gamma -Al sub(2)O sub(3) and Pd/Ce super(n+)/Na super(+)/…”
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In situ FTIR characterization of NH3 adsorption and reaction with 02 and CO on Pd-based FCC emission control additives: Recent Developments in Model Catalysis - Closing the Gap to Technical Applications by BAHRAMI, Behnam, KOMVOKIS, Vasileios G, SINGH, Udayshankar G, ZIEBARTH, Michael S, ALEXEEV, Oleg S, AMIRIDIS, Michael D

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In situ FTIR characterization of NH 3 adsorption and reaction with O 2 and CO on Pd-based FCC emission control additives by Bahrami, Behnam, Komvokis, Vasileios G., Singh, Udayshankar G., Ziebarth, Michael S., Alexeev, Oleg S., Amiridis, Michael D.

“…[Display omitted] ▶ NH 3 can decompose on Ce n+ /Na +/γ-Al 2O 3 and react with surface oxygen. ▶ Products are trapped on the catalyst surface in the form of…”
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Characterization of Pd-based FCC CO/NO x control additives by in situ FTIR and extended X-ray absorption fine structure spectroscopies by Alexeev, Oleg S., Krishnamoorthy, Sundaram, Ziebarth, Michael S., Yaluris, George, Roberie, Terry G., Amiridis, Michael D.

“…Pd n+ /Ce n+ /Na +/γ-Al 2O 3-type materials used as FCC additives for CO/NO x control were characterized by extended X-ray absorption fine structure (EXAFS)…”
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In situ FTIR characterization of the adsorption of CO and its reaction with NO on Pd-based FCC low NO x combustion promoters by Alexeev, Oleg S., Krishnamoorthy, Sundaram, Jensen, Cody, Ziebarth, Michael S., Yaluris, George, Roberie, Terry G., Amiridis, Michael D.

“…The adsorption of CO and its reaction with NO in the 400–600 °C temperature range on Ce n+ /Na +/γ-Al 2O 3 and Pd n+ /Ce n+ /Na +/γ-Al 2O 3 type materials used…”
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