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Results: 1-10 |
Results: 10
STATE AND COORDINATION OF METAL-IONS IN HIGH-SILICA ZEOLITES INCORPORATION, DEVELOPMENT AND REARRANGEMENT DURING PREPARATION AND CATALYSIS
Authors: SOBALIK Z DEDECEK J IKONNIKOV I WICHTERLOVA B
Citation: Z. Sobalik et al., STATE AND COORDINATION OF METAL-IONS IN HIGH-SILICA ZEOLITES INCORPORATION, DEVELOPMENT AND REARRANGEMENT DURING PREPARATION AND CATALYSIS, MICROPOROUS AND MESOPOROUS MATERIALS, 21(4-6), 1998, pp. 525-532
CATALYTIC ACTIVITY OF CU-MEALPO-11 IN NO DECOMPOSITION
Authors: DEDECEK J CEJKA J WICHTERLOVA B
Citation: J. Dedecek et al., CATALYTIC ACTIVITY OF CU-MEALPO-11 IN NO DECOMPOSITION, Applied catalysis. B, Environmental, 15(3-4), 1998, pp. 233-240
CATALYTIC ACTIVITY OF CU ION-EXCHANGED METALLOALUMINOPHOSPHATES IN NODECOMPOSITION
Authors: DEDECEK J VONDROVA A CEJKA J
Citation: J. Dedecek et al., CATALYTIC ACTIVITY OF CU ION-EXCHANGED METALLOALUMINOPHOSPHATES IN NODECOMPOSITION, Collection of Czechoslovak Chemical Communications, 63(11), 1998, pp. 1755-1768
SITING AND REACTIVITY OF THE CO IONS IN FERRIERITE IN SELECTIVE CATALYTIC REDUCTION OF NO WITH CH4
Authors: KAUCKY D DEDECEK J VONDROVA A SOBALIK Z WICHTERLOVA B
Citation: D. Kaucky et al., SITING AND REACTIVITY OF THE CO IONS IN FERRIERITE IN SELECTIVE CATALYTIC REDUCTION OF NO WITH CH4, Collection of Czechoslovak Chemical Communications, 63(11), 1998, pp. 1781-1792
ROLE OF HYDRATED CU ION COMPLEXES AND ALUMINUM DISTRIBUTION IN THE FRAMEWORK ON THE CU ION SITING IN ZSM-5
Authors: DEDECEK J WICHTERLOVA B
Citation: J. Dedecek et B. Wichterlova, ROLE OF HYDRATED CU ION COMPLEXES AND ALUMINUM DISTRIBUTION IN THE FRAMEWORK ON THE CU ION SITING IN ZSM-5, JOURNAL OF PHYSICAL CHEMISTRY B, 101(49), 1997, pp. 10233-10240
CU ION SITING IN HIGH-SILICA ZEOLITES - SPECTROSCOPY AND REDOX PROPERTIES
Authors: WICHTERLOVA B SOBALIK Z DEDECEK J
Citation: B. Wichterlova et al., CU ION SITING IN HIGH-SILICA ZEOLITES - SPECTROSCOPY AND REDOX PROPERTIES, Catalysis today, 38(2), 1997, pp. 199-203
ON THE CU SITE IN ZSM-5 ACTIVE IN DECOMPOSITION OF NO - LUMINESCENCE,FTIR STUDY, AND REDOX PROPERTIES
Authors: WICHTERLOVA B DEDECEK J SOBALIK Z VONDROVA A KLIER K
Citation: B. Wichterlova et al., ON THE CU SITE IN ZSM-5 ACTIVE IN DECOMPOSITION OF NO - LUMINESCENCE,FTIR STUDY, AND REDOX PROPERTIES, Journal of catalysis, 169(1), 1997, pp. 194-202
COORDINATION OF CU IONS IN HIGH-SILICA ZEOLITE MATRICES - CU+ PHOTOLUMINESCENCE, IR OF NO ADSORBED ON CU2+, AND CU2+ ESR STUDY
Authors: DEDECEK J SOBALIK Z TVARUZKOVA Z KAUCKY D WICHTERLOVA B
Citation: J. Dedecek et al., COORDINATION OF CU IONS IN HIGH-SILICA ZEOLITE MATRICES - CU+ PHOTOLUMINESCENCE, IR OF NO ADSORBED ON CU2+, AND CU2+ ESR STUDY, Journal of physical chemistry, 99(44), 1995, pp. 16327-16337
IDENTIFICATION OF CU SITES IN ZSM-5 ACTIVE IN NO DECOMPOSITION
Authors: WICHTERLOVA B DEDECEK J VONDROVA A
Citation: B. Wichterlova et al., IDENTIFICATION OF CU SITES IN ZSM-5 ACTIVE IN NO DECOMPOSITION, Journal of physical chemistry, 99(4), 1995, pp. 1065-1067
SITING AND REDOX BEHAVIOR OF CU IONS IN CUH-ZSM-5 ZEOLITES - CU+ PHOTOLUMINESCENCE STUDY
Authors: DEDECEK J WICHTERLOVA B
Citation: J. Dedecek et B. Wichterlova, SITING AND REDOX BEHAVIOR OF CU IONS IN CUH-ZSM-5 ZEOLITES - CU+ PHOTOLUMINESCENCE STUDY, Journal of physical chemistry, 98(22), 1994, pp. 5721-5727
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