| Philosophical Overview of Testing / P. O'Connor ; G.L. Woolery ; T. Takatsuka |
| Advantages, Possibilities, and Limitations of Small-Scale Testing ofCatalysts for Fixed-Bed Processes / S.T. Sie |
| Evaluating Pore Structure and Morphology ofHydrocarbon-Conversion Catalysts / R. Mann ; K. Khalaf ; A. Al-Lamy |
| Deactivation of Zeolite Catalysts by Coke / T. Masuda ; K. Hashimoto |
| Modes of Coking and Deactivation of AcidZeolite Catalysts / M. Guisnet ; P. Magnoux ; K. Moljord |
| Catalyst Coking, Activation, andDeactivation / P.A. Sermon ; M.S.W. Vong ; M. Matheson |
| NMR Techniques for Studying theCoking of Zeolite-Based Catalysts / J.L. Bonardet ; M.C. Barrage ; J. Fraissard |
| Characterization of Fluid Catalytic Cracking Catalyst Coke by 13C NMR and MassSpectrometry / B.J. McGhee ; J.M. Andresen ; C.E. Snape ; R. Hughes ; C.L. Koon ; G. Hutchings |
| Catalyst Decay as a Side Reaction of the ChainProcesses of Catalytic Cracking / B.W. Wojciechowski ; N.M. Rice |
| CatalystDeactivation in Fluid Catalytic Cracking: A Review of Mechanisms and TestingMethods / E. Brevoord ; A.C. Pouwels ; H.N.J. Wijngaards |
| Sodium Deactivation of Fluid Catalytic CrackingCatalyst / X. Zhao ; W.-C. Cheng |
| Contaminant-Metal Deactivation andMetal-Dehydrogenation Effects During Cyclic Propylene Steaming of FluidCatalytic Cracking Catalysts / L.T. Boock ; T.F. Petti ; J.A. Rudesill |
| Catalyst Deactivation in AdiabaticPrereforming: Experimental Methods and Models for Prediction of Performance / T.S. Christensen ; J. Rostrup-Nielsen |
| Mechanism of Deactivation in Reforming Catalysts atStart of Run / Y. Liu ; G. Pan ; J. Yang |
| Catalyst Deactivation in Commercial ResidueHydrodesulfurization / H. Koyama ; E. Nagai ; H. Kumagai |
| Deactivation of Light NaphthaAromatization Catalyst / S. Fukase ; N. Igarashi ; K. Aimoto ; K. Kato |
| Effect of Process Conditions and CatalystProperties on Catalyst Deactivation in Residue Hydroprocessing / M. Absi-Halabi ; A. Stanislaus |
| CatalystDeactivation in Hydrodemetallization / J.P. Janssens ; A.D. van Langeveld ; J.A. Moulijn |
| Activity andCoking Rate of Catalysts Deactivated by Fast-Coking Species Added to the Feed / D.B. Dadyburjor ; Z. Liu ; S. Matoba ; S. Osanai ; T. Shirooka |
| Pilot Reactor Testing of theEffect of Naphtha Boiling Point in Catalytic Reforming / K. Grande ; I. Tanem ; A. Holmen |
| Vanadium Mobility inFluid Catalytic Cracking / R.F. Wormsbecher ; G. Kim ; R. H. Harding |
| Improved Methods for Testing and Assessing Deactivationfrom Vanadium Interaction with Fluid Catalytic Cracking Catalyst / B. Lerner ; M. Deeba |
| Riser Simulator: Testing of AdsorptionEffects / J. Pruski ; A. Pekediz ; H. de Lasa |
| Development of a Bench-Scale FluidCatalytic Cracking Microriser / M.P. Helmsing ; M. Makkee |
| Evaluation of Coke Selectivity of Fluid Catalytic Cracking Catalysts / F.P.P. Olthof |
| Correlation of CatalystPerformance Between Laboratory Tests and Commercial Units for HydrotreatingResidual Oil / Y. Miyauchi ; T. Hashiguchi ; N. Kimbara ; K. Fujita |
| Life Testing of Light HydrocarbonAromatization Catalysts / K. Hirabayashi ; F. Igarashi ; T. Kondou |
| Performance Testing of Hydroconversion Catalysts / W.H.J. Stork |
| Development of a Test Procedure To Evaluate Fluid Catalytic Cracking CatalystRegenerability / V.L.N. Murthy ; S. Debnath ; M. Rama Rao ; S.K. Ray ; A.K. Das ; S. Ghosh |
| A Catalyst Deactivation Model for ResidualOil Hydrodesulfurization and Application to Deep Hydrodesulfurization of DieselFuel / Y. Wada ; S. Inoue |
| Modeling Catalytic Deactivation of BenzeneHydrogenation / P.F. Meier ; M.M. Johnson |
| Philosophical Overview of Testing / P. O'Connor ; G.L. Woolery ; T. Takatsuka |
| Advantages, Possibilities, and Limitations of Small-Scale Testing ofCatalysts for Fixed-Bed Processes / S.T. Sie |
| Evaluating Pore Structure and Morphology ofHydrocarbon-Conversion Catalysts / R. Mann ; K. Khalaf ; A. Al-Lamy |
図書
