AAAAAA

   
Results: 1-8 |
Results: 8
HYDRODESULFURIZATION OF DIBENZOTHIOPHENE AND 4,6-DIMETHYLDIBENZOTHIOPHENE - EFFECT OF AN ACID COMPONENT ON THE ACTIVITY OF A SULFIDED NIMO ON ALUMINA CATALYST
Authors: MICHAUD P LEMBERTON JL PEROT G
Citation: P. Michaud et al., HYDRODESULFURIZATION OF DIBENZOTHIOPHENE AND 4,6-DIMETHYLDIBENZOTHIOPHENE - EFFECT OF AN ACID COMPONENT ON THE ACTIVITY OF A SULFIDED NIMO ON ALUMINA CATALYST, Applied catalysis. A, General, 169(2), 1998, pp. 343-353
DEUTERIUM TRACER STUDIES ON HYDROTREATING CATALYSTS - ISOTOPIC EXCHANGE BETWEEN HYDROGEN AND HYDROGEN-SULFIDE ON SULFIDED NIMO AL2O3/
Authors: THOMAS C VIVIER L LEMBERTON JL KASZTELAN S PEROT G
Citation: C. Thomas et al., DEUTERIUM TRACER STUDIES ON HYDROTREATING CATALYSTS - ISOTOPIC EXCHANGE BETWEEN HYDROGEN AND HYDROGEN-SULFIDE ON SULFIDED NIMO AL2O3/, Journal of catalysis, 167(1), 1997, pp. 1-11
TRANSFORMATION OF CYCLOPENTANONE INTO CYCLOPENTANETHIOL OVER A SULFIDED COMO AL2O3 CATALYST/
Authors: WANG J LEMBERTON JL LI WZ PEROT G
Citation: J. Wang et al., TRANSFORMATION OF CYCLOPENTANONE INTO CYCLOPENTANETHIOL OVER A SULFIDED COMO AL2O3 CATALYST/, Catalysis letters, 42(1-2), 1996, pp. 81-85
HYDROCRACKING OF N-HEPTANE ON A SULFIDED NIMO-Y ZEOLITE CATALYST - EFFECT OF THE SULFIDATION METHOD
Authors: BAUDON A LEMBERTON JL GUISNET M MARCHAL N MIGNARD S
Citation: A. Baudon et al., HYDROCRACKING OF N-HEPTANE ON A SULFIDED NIMO-Y ZEOLITE CATALYST - EFFECT OF THE SULFIDATION METHOD, Catalysis letters, 36(3-4), 1996, pp. 245-247
HYDROGENATION OF TETRALIN ON A SULFIDED RUTHENIUM ON KY ZEOLITE CATALYST - EFFECT OF THE SULFIDATION METHOD
Authors: MHAOUER M LEMBERTON JL PEROT G
Citation: M. Mhaouer et al., HYDROGENATION OF TETRALIN ON A SULFIDED RUTHENIUM ON KY ZEOLITE CATALYST - EFFECT OF THE SULFIDATION METHOD, Catalysis today, 29(1-4), 1996, pp. 241-244
TRANSFORMATION OF AN ALCOHOL IN THE PRESENCE OF A KETONE AS A MODEL REACTION TO CHARACTERIZE THE ACIDITY AND THE BASICITY OF OXIDE CATALYSTS
Authors: BERKANI M LEMBERTON JL MARCZEWSKI M PEROT G
Citation: M. Berkani et al., TRANSFORMATION OF AN ALCOHOL IN THE PRESENCE OF A KETONE AS A MODEL REACTION TO CHARACTERIZE THE ACIDITY AND THE BASICITY OF OXIDE CATALYSTS, Catalysis letters, 31(4), 1995, pp. 405-410
MODEL REACTION FOR THE IN-SITU CHARACTERIZATION OF THE HYDROGENATING AND ACID PROPERTIES OF INDUSTRIAL HYDROCRACKING CATALYSTS
Authors: GUISNET M THOMAZEAU C LEMBERTON JL MIGNARD S
Citation: M. Guisnet et al., MODEL REACTION FOR THE IN-SITU CHARACTERIZATION OF THE HYDROGENATING AND ACID PROPERTIES OF INDUSTRIAL HYDROCRACKING CATALYSTS, Journal of catalysis, 151(1), 1995, pp. 102-110
N-HEPTANE HYDROCRACKING OVER A SULFIDED NIMO Y ZEOLITE CATALYST - REVERSIBLE DEACTIVATION OF THE ZEOLITE BY SULFUR-CONTAINING MOLECULES/
Authors: THOMAZEAU C CANAFF C LEMBERTON JL GUISNET M MIGNARD S
Citation: C. Thomazeau et al., N-HEPTANE HYDROCRACKING OVER A SULFIDED NIMO Y ZEOLITE CATALYST - REVERSIBLE DEACTIVATION OF THE ZEOLITE BY SULFUR-CONTAINING MOLECULES/, Applied catalysis. A, General, 103(1), 1993, pp. 163-171
Risultati: 1-8 |