B. Adelman, T. Beutel, G. Lei, W. Sachtler (1996)
Mechanistic Cause of Hydrocarbon Specificity over Cu/ZSM-5 and Co/ZSM-5 Catalysts in the Selective Catalytic Reduction of NOxJournal of Catalysis, 158
I. Nam, J. Eldridge, J. Kittrell (1988)
Nitric Oxide Reduction By Ammonia on Copper Exchanged Hydrogen MordeniteStudies in Surface Science and Catalysis, 38
J. Lercher, R. Santen, H. Vinek (1994)
Carbonium ion formation in zeolite catalysisCatalysis Letters, 27
S. Ham, H. Choi, I. Nam, Young Kim (1992)
Deactivation of copper-ion-exchanged hydrogen-mordenite-type zeolite catalyst by SO2 for no reduction by NH3Catalysis Today, 11
P. Bodart, J. Nagy, G. Debras, Z. Gabelica, P. Jacobs (1986)
Aluminum siting in mordenite and dealumination mechanismThe Journal of Physical Chemistry, 90
T. Cheung, S. Bhargava, M. Hobday, K. Foger (1996)
Adsorption of NO on Cu exchanged zeolites, an FTIR study: Effects of Cu levels, NO pressure, and catalyst pretreatmentJournal of Catalysis, 158
T. Hoost, K. Laframboise, K. Otto (1995)
Co-adsorption of propene and nitrogen oxides on Cu-ZSM-5: An FTIR studyApplied Catalysis B-environmental, 7
C. Yokoyama, M. Misono (1994)
Catalytic reduction of nitrogen oxides by propene in the presence of oxygen over cerium ion-exchanged zeolites. II. Mechanistic study of roles of oxygen and doped metalsJournal of Catalysis, 150
Stephen Lonsinger, A. Chakraborty, D. Theodorou, A. Bell (1991)
The effects of local structural relaxation on aluminum siting within H-ZSM-5Catalysis Letters, 11
Joseph Klovsky, P. Koradia, C. Lim (1980)
Evaluation of a New Zeolitic Catalyst for NOx Reduction with NH3Industrial & Engineering Chemistry Product Research and Development, 11
C. Odenbrand, L. Andersson, J. Brandin, S. Järås (1989)
Dealuminated mordenites as catalyst in the oxidation and decomposition of nitric oxide and in the decomposition of nitrogen dioxide: characterization and activitiesCatalysis Today, 4
Carmela Hidalgo, H. Itoh, T. Hattori, M. Niwa, Y. Murakami (1984)
Measurement of the acidity of various zeolites by temperature-programmed desorption of ammoniaJournal of Catalysis, 85
Yuejin. Li, J. Armor (1993)
Selective catalytic reduction of NOx with methane over metal exchange zeolitesApplied Catalysis B-environmental, 2
A. Alvarado-Swaisgood, M. Barr, P. Hay, A. Redondo (1991)
Ab initio quantum chemical calculations of aluminum substitution in zeolite ZSM-5The Journal of Physical Chemistry, 95
J. Harrison, R. Maclagan, A. Whyte (1987)
Structures, energies, and vibrational frequencies of intermediates and transition states in the reaction of amidogen and nitric oxideThe Journal of Physical Chemistry, 91
D. Chen, S. Sharma, I. Filimonov, J. Dumesic (1992)
Microcalorimetric studies of zeolite acidityCatalysis Letters, 12
A. Jentys, Gerhard Warecka, M. Derewinski, J. Lercher (1989)
Adsorption of water on ZSM 5 zeolitesThe Journal of Physical Chemistry, 93
A. Aylor, S. Larsen, J. Reimer, A. Bell (1995)
An Infrared Study of NO Decomposition over Cu-ZSM-5Journal of Catalysis, 157
W. Williamson, J. Lunsford (1976)
Nitric oxide reduction with ammonia over copper(II) Y zeolitesThe Journal of Physical Chemistry, 80
SeiyamaTetsuro, ArakawaTsuyoshi, MatsudaToshio, YamazoeNoboru, TakitaYusaku (1975)
CATALYTIC REDUCTION OF NITRIC OXIDE WITH AMMONIA OVER TRANSITION METAL ION-EXCHANGED Y ZEOLITESChemistry Letters, 4
K. Schröder, J. Sauer, M. Leslie, C. A.Catlow (1992)
Siting of AI and bridging hydroxyl groups in ZSM-5: A computer simulation studyZeolites, 12
L. Andersson, J. Brandin, C. Odenbrand (1989)
Selective catalytic reduction of NOx over acid-leached mordenite catalystsCatalysis Today, 4
Yuejin. Li, J. Armor (1994)
Selective catalytic reduction of NO with methane on gallium catalystsJournal of Catalysis, 145
Yuejin. Li, J. Armor (1994)
Selective Reduction of NOx by Methane on Co-Ferrierites: I. Reaction and Kinetic StudiesJournal of Catalysis, 150
M. Crocker, R. Herold, M. Sonnemans, C. Emeis, Antonio Wilson, J. Moolen (1993)
Studies on the acidity of mordenite and zsm 5. 1. determination of broensted acid site concentrations in mordenite and zsm 5 by conductometric titrationThe Journal of Physical Chemistry, 97
K. Yogo, M. Umeno, Hirotake Watanabe, E. Kikuchi (1993)
Selective reduction of nitric oxide by methane on H-form zeolite catalysts in oxygen-rich atmosphereCatalysis Letters, 19
Jeffrey Miller, P. Hopkins, B. Meyers, G. Ray, Robert Roginski, G. Zajac, N. Rosenbaum (1992)
The effect of nonframework aluminum on acidity in dealuminated mordeniteJournal of Catalysis, 138
J. Brandin, L. Andersson, C. Odenbrand (1989)
Catalytic Reduction of Nitrogen Oxides on Mordenites: Some Aspects on the MechanismCatalysis Today, 4
J. Valyon, W. Hall (1993)
Studies of the surface species formed from nitric oxide on copper zeolitesThe Journal of Physical Chemistry, 97
K. Ebitani, J. Tsuji, H. Hattori, H. Kita (1992)
Activation of molecular hydrogen into protonic acid sites over metal-free H-ZSM-5 catalystJournal of Catalysis, 138
G. Bagnasco (1996)
Improving the Selectivity of NH3TPD MeasurementsJournal of Catalysis, 159
J. Marangozis (1992)
Comparison and analysis of intrinsic kinetics and effectiveness factors for the catalytic reduction of nitrogen oxide (NO) with ammonia in the presence of oxygenIndustrial & Engineering Chemistry Research, 31
T. Komatsu, M. Nunokawa, I. Moon, T. Takahara, S. Namba, T. Yashima (1994)
Kinetic studies of reduction of nitric oxide with ammonia on Cu2+-exchanged zeolitesJournal of Catalysis, 148
J. Brandin, L. Andersson, I. Odenbrand (1990)
Catalytic oxidation of NO to NO2 over a H-mordenite catalyst.Acta Chemica Scandinavica, 44
E. Ito, Hultermans Johannes, P. Lugt, M. Burgers, M. Rigutto, H. Bekkum, C. Bleek (1994)
Selective reduction of NOx with ammonia over cerium-exchanged mordeniteApplied Catalysis B-environmental, 4
B. Adelman, G. Lei, W. Sachtler (1994)
Co-adsorption of nitrogen monoxide and nitrogen dioxide in zeolitic de-NOx catalystsCatalysis Letters, 28
A. Cowan, R. Dümpelmann, N. Cant (1995)
The Rate-Determining Step in the Selective Reduction of Nitric-Oxide by Methane over a Co-ZSM5 Catalyst in the Presence of OxygenJournal of Catalysis, 151
Andreas Kogelbauer, J. Lercher, K. Steinberg, F. Roessner, A. Soellner, R. Dmitriev (1989)
Type, stability, and acidity of hydroxyl groups of HNaK-erionitesZeolites, 9
M. Sasaki, H. Hamada, Y. Kintaichi, T. Ito (1992)
Role of oxygen in selective reduction of nitrogen monoxide by propane over zeolite and alumina-based catalystsCatalysis Letters, 15
N. Topsoe, J. Dumesic, H. Topsøe (1995)
Vanadia-Titania Catalysts for Selective Catalytic Reduction of Nitric-Oxide by AmmoniaJournal of Catalysis, 151
J. Eng, C. Bartholomew (1997)
Kinetic and mechanistic study of NOx reduction by NH3 over H-form zeolites. I. Kinetic and mechanistic insights into NO reduction over H-ZSM-5Journal of Catalysis, 171
E. Teunissen, V. Santen, A. Jansen, van Duijneveldt (1993)
NH4+ in zeolites : coordination and solvation effectsThe Journal of Physical Chemistry, 97
Yuejin. Li, T. Slager, J. Armor (1994)
Selective reduction of NOx by methane on Co-ferrierites. II: Catalyst characterizationJournal of Catalysis, 150
H. Karge, V. Dondur (1990)
Investigation of the distribution of acidity in zeolites by temperature-programmed desorption of probe molecules. I. Dealuminated mordenitesThe Journal of Physical Chemistry, 94
Young Eun, Nam In-Sik, G. Young, S. Jong, S. Jae, M. Nomura (1991)
An X-ray absorption study of copper ion exchanged H-mordenite for selective catalytic reduction of NO by ammoniaJournal of Molecular Catalysis, 69
Journal of Catalysis – CrossRef
Published: Oct 1, 1997
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