| A Few Facts Pertaining to the Low Pressure Performance of a Mercury Intrusion Porosimeter |
Paul Webb |
| Adding a custom model to the NLDFT library - a CO2 GCMC model for carbons |
Jeff Kenvin |
| Advances in structure measurements of carbon |
Joyce, George A.; Henry, William M.; Magee, Ricky W. |
| An Introduction to Chemical Adsorption Analytical Techniques and Methods |
Paul Webb |
| An Introduction To The Physical Characterization of Materials by Mercury Intrusion Porosimetry with Emphasis On Reduction And Presentation of Experimental Data. |
Paul Webb |
| Blank And Sample Compression Corrections for Mercury Porosimetry |
Micromeritics |
| Breakthrough Technology Solves an Old Particle Size Analysis Problem |
Mike Strickland |
| Carbon black intra-aggregate void volume from dynamic compression measurements |
George Joyce, William Henry, Tony Thornton, Hank Hodgin |
| Carbon Dioxide Characterization of Carbons with the TriStar II 3020 |
Andrew D. D’Amico and Yundi Jiang |
| Characterization of Eucalypt Wood by Mercury Porosimetry - DataInterpretation |
Moura, M.J.(a) and Figueiredo, M.M |
| Characterization Of Physically Modified Glass Beads As Potential Model Carriers In DPIS |
Sarah Zellnitza, Jakob Dominik Redlinger-Pohnq, Nora Anne Urbanetz |
| Characterization of Supported Palladium, Hydrogen Sorption - by Jason Exley |
Jason Exley |
| Characterization of Vanadia Catalysts Supported on Different Carriers by TPD TPR |
Pham Thanh Huyen*, Nguyen Anh Vu, Nguyen Minh Hien, |
| Determination of the Density of Small and Irregular-Shaped Samples of Sound and Degraded Waterlogged Woods (ACCUPYC) |
Ines Dorina Donato, Marcella Mulè Cascio |
| Diffusion of Nitrogen and Methane in Clinoptilolites Tailored for N2-CH4 Separation (ASAP 2010) |
Ambalavanan Jayaraman and Ralph T. Yang* |
| Dispersion and Analysis of Magnetic Particles With The Elzone |
Richard Karuhn |
| Electrical Sensing Zone Advantages when Quantifying Particle Contamination in Lubricating Oils |
Rick Shimkus |
| Ensuring Quality in Particle Size Distribution Analysis (Saturn) |
Tony Thornton |
| Excipients: The Unsung Heroes of Pharmaceuticals |
Myke Scoggins |
| Guidelines For Selecting The Appropriate Adsorptive |
Micromeritics |
| How To Administer Insoluble Active Pharmaceutical Ingredients |
micromeritics |
| How To Determine Size Characteristics Through Nonconventiona Methods |
Micromeritics |
| How to Increase regulatory Flexibility and Production Efficiency |
Myke Scoggins |
| Interlaboratory Comparison of Analytical Results a Measure of Quality Control (Sedigraph) |
Engª Conceição Fonseca, Dra. Rosário Amaral and Rui Lucas of CTCV –Technological Centre of Ceramic and Glass – Coimbra - Portugal |
| Introduction to Chemical Adsorption Analytical Techniques and their Applications to Catalysis |
Paul A. Webb |
| Making Plastics Ecologically Friendly - Introduction of CO2 into the Polymerization Process with the Help of Micromeritics Materials Characterization Instruments |
Pat Lennox |
| Microchannel Reactor for Fischer-Tropsch Synthesis- Adaptation of a Commercial Unit (PID-Micromeritics Microactivity Reference) |
Yunes, Almeida, Montes, Sanz, D'olhaberriague |
| Micromeritics Instruments Aid in Research Aimed at Sequestration of Carbon Dioxide Greenhouse Gas |
Pat Lennox |
| Modern Methods of Particle Characterization |
Paul Webb and Clyde Orr |
| Nitrogen Adsorption on Lithium Exchanged X Zeolite (Li-X) at Multiple Temperatures Using the ASAP 2050 |
Reid Davis |
| Particle Characterization Information Essential in Helping Scientists Predict the Airborne Transport and Fallout of Volcanic Ash |
Pat Lennox |
| Particle Characterization Solutions for Appearance and Structure Assessment of Lyophilized Biopharmaceutical Compounds |
micromeritics |
| Particle size plays an important role in producing chocolate |
Micromeritics |
| Physical Characterization of Shale |
Micromeritics |
| Pore Structure Characterization of Barrier Coatings for Paper and Paperboard (AUTOPORE) |
Paul D. Fleming III and Margaret K. Joyce, Western Michigan University |
| Pulse Chemisorption with AutoChem II 2920 Isopropylamine on Zeolites (AutoChem II 2920 |
Andrew D’Amico |
| Quality Control of Mineral Pigment/Coating Blends Displaying Different Mineralogical Structure/Shape |
Vilho, J; Santos, N; Gomes, C |
| Searching for the Optimum Adsorption Temperature by the use of the Temperature-Programmed Adsorption (TPA) Technique (ASAP 2010) |
Dr. Simon Yunez, Laboratorio de Caracterización de Catalizadores, INTEVEP, Research Centre of Petróleos de Venezuela, Los Teques, Venezuela |
| The Dynamics of Adsorption |
|
| The Effect of Porosity on Dissolution |
Myke Scoggins |
| The Heat of Adsorption of Hydrogen Gas on Lanthanum Pentanickel |
Reid Davis |
| The Perserverance of the SediGraph Method of Particle Sizing |
Paul A. Webb |
| The Utility of Specific Surface Area Measurement |
Myke Scoggins |
| TPR, TPO and TPD Examination of Cu0.15 Ce0.85 O2-y Mixed Oxide Catalysis Prepared by coprecipitation synthesis (AUTOCHEM) |
Albin Pintar, Jurka Batista, Stanko Hoevar |
| Use of Minimum Signal Fraction Setting in Saturn DigiSizer Sample Information Files (SATURN) |
Micromeritics |
| Using Hydrocarbon Vapors and Aggressive Adsorptives with Micromeritics’ ASAP Series |
Micromeritics |
| Volume and Density determinations for Particle Technologists |
Paul Webb |
| Why Demand for the SediGraph Method Endures (SEDIGRAPH) |
Paul Webb |