Physisorption Concepts and Model Selection for BET Surface Area and Porosity

In this video, applications scientist Pearl Kim delves into the basics of physisorption theory and goes over how Micromeritics Physisorption instruments collect isotherms. Also, various different data reduction methods for BET surface area and porosity calculations are discussed that are available on the MicroActive software.

Physisorption Sample Prep & Starting Analysis

This training video shows Applications Scientist Thao Gastaldo dive into the critical importance of sample preparation for achieving reliable and reproducible results in scientific analysis. Join us as we walk through the essential steps for preparing samples and discover how to effectively initiate an analysis on a Micromeritics physisorption instrument. Whether you’re a seasoned researcher […]

Physisorption Data Review and Reporting

This training video outlines the many reporting features available in Micromeritics software for physisorption data processing. Learn more about the reports for surface area, pore volume, and pore size distribution. For surface area, BET (Brunauer-Emmet-Teller) will be discussed and examples will be provided for both microporous and mesoporous samples. Pore size distributions will cover BJH […]

TriStar II Plus – How to Run a Nitrogen BET Surface Area Analysis w/ Carbon Black Reference Material

This video will show how to run a nitrogen BET surface area analysis with carbon black reference material on the Micromeritics TriStar II Plus Surface Area and Porosity Analyzer.

AutoChem II – Injection Loop Replacement

This video will walk you through how to change the injection loop on a Micromeritics AutoChem II Automated Catalyst Characterization System.

Autochem II – Sample Preparation for Chemisorption Analyses

This video will show you how to prepare and load the sample tube for the chemisorption analyses on the Micromeritics AutoChem II Automated Catalyst Characterization System.

AutoChem II – TCD Calibration

This video will show you how to perform a TCD calibration on the Micromeritics AutoChem II Automated Catalyst Characterization System. Remember to always consult your operator’s manual for more detailed information.

AutoChem II – Carbon Monoxide Pulse Chemisorption Analysis with Platinum Alumina (PtAl)

This video will show how to run a Carbon Monoxide pulse chemisorption analysis with the platinum alumina (PtAl) reference material on the Micromeritics AutoChem II Automated Catalyst Characterization System.

AutoChem II – Microactive Software – Peak Editor for Temperature Programmed Reduction (TPR)

This video will show you how to use the Peak Editor for a Temperature Programmed Reduction on the Autochem II Microactive Software.

AutoChem II Microactive Software – Peak Editor Pulse Chemisorption

This video will show you how to use the Peak Editor for Pulse Chemisorption on the AutoChem II Microactive Software.