Preface |
Catalyst Development Through Characterization |
The Role of Catalyst Characterization in Process Development / Vladimir Haensel ; Hertha Skala Haensel1: |
Rationale for Catalyst Characterization / Kamil Klier2: |
Relationship between Catalyst Preparation and Characterization / Stephen D. Griffith3: |
Relationship between Structure and Catalytic Performance of Dealuminated Y Zeolites / R. L. Cotterman ; D. A. Hickson ; M. P. Shatlock4: |
Tin Passivation of Vanadium Contaminants in Model Fluid Cracking Catalysts: Spectroscopic Studies / S. L. Suib ; M. W. Anderson ; M. L. Occelli5: |
Preparation and Characterization of Magnesium Aluminate Spinel for SO x Abatement in Fluid Catalytic Cracking / Alak A. Bhattacharyya ; Gerald M. Woltermann ; William E. Cormier6: |
Attrition-Resistant Porous Particles Produced by Spray Drying / Horacio E. Bergna7: |
Hydrous Sodium Titanate Ion-Exchange Materials for Use as Catalyst Supports / B. C. Bunker et al8: |
Decoking and Regeneration of a Hydrotreating Catalyst by Supercritical Extraction / M. Seapan ; Z. Guohui9: |
Performance Testing for Catalyst Characterization |
A Philosophy for Testing / W. H. Flank10: |
Ten Guidelines for Catalyst Testing / Frits M. Dautzenberg11: |
Evaluation of Fluid Cracking Catalysts: A Comparative Study of Testing Philosophies / E. L. Moorehead ; M. J. Margolis ; J. B. McLean12: |
A Microscale Simulation Test for Fluid Catalytic Cracking / P. O'Connor ; M. B. Hartkamp13: |
Improved Regeneration Quality with Length and Density Grading / J. D. Seamans ; J. G. Welch ; C. A. Vuitel14: |
Statistical Models of Transport and Reaction in Porous Media and Their Applications in Catalysis / Muhammad Sahimi ; Theodore T. Tsotsis15: |
Vibrational Characterization of Catalysts for Understanding Catalyst Sites |
Characterization of Catalytic Systems Using Nuclear Magnetic Resonance and Vibrational and Electron Spectroscopies / Tery L. Barr16: |
Surface Characterization of Metal Oxide Overlayers / K. J. Williams et al17: |
Surface Properties of Mixed-Metal Catalysts / D. W. Goodman18: |
Studies of Pt Metal Catalysis by High-Resolution Electron Spectroscopy for Chemical Analysis / M. P. Yin19: |
Characterization of Supported Metal Catalysts by X-ray Photoelectron Spectroscopy: The Problem of the Binding Energy Reference / Robert F. Hicks20: |
Catalyst Characterization by Infrared Spectroscopic Methods / J. B. Peri21: |
Light-Off Temperature Determination of Oxidation Catalyst Using Fourier Transform IR Technique / Chen C. Hsu22: |
Temperature-Programmed Desorption Study of CO on Pt-Reforming Catalysts / R. L. Mieville ; M. G. Reichmann23: |
Pore Structure Characterization of Catalyst Supports via Low-Field NMR Spectroscopy / D. M. Smith et al24: |
Characterization of Y Zeolites by 23Na Magic-Angle-Spinning NMR Spectroscopy / L. B. Welsh ; S. L. Lambert25: |
New Perspectives in Characterization By X-ray Scattering and Electron Microscopy |
X-ray and Electron Microscopic Analyses of Catalysts / Heinz J. Robota ; Steven A. Bradley26: |
Factors Affecting X-ray Diffraction Characteristics of Catalyst Materials / Wayne J. Rohrbaugh ; Ellen L. Wu27: |
Characterization of the New Zeolite ECR-1 / D. E. W. Vaughan ; M. E. Leonowicz ; K. G. Strohmaier28: |
Structure of Cobalt Sulfide Phase in Carbon-Supported Co and Co-Mo Sulfide Catalysts: Studies by Extended X-ray Absorption Fine Structure (EXAFS) and X-ray Absorption Near Edge Structure (XANES) / S. M. A. M. Bouwens et al29: |
X-ray Absorption Near Edge Structure (XANES) and Extended X-ray Absorption Fine Structure (EXAFS) Spectra of Pt-S / 30: |
Preface |
Catalyst Development Through Characterization |
The Role of Catalyst Characterization in Process Development / Vladimir Haensel ; Hertha Skala Haensel1: |