Webinar: What is optimal pore structure evaluation theory and adsorptive gas for the porous carbon, silica and zeolite?

In the first and third Microtrac seminars, we introduced points to note in adsorption isotherm measurement, BET specific surface area evaluation method, and classical pore structure evaluation (t-method, capillary condensation theory, adsorption potential theory, etc.). This time, from the outline of the new pore size distribution evaluation theory (NLDFT / GCMC) and these evaluation examples, using porous carbon, silica, and zeolite as the subjects for electrodes of various batteries, gas separation and catalysts, etc. , What is the optimal porosity evaluation theory and adsorptive gas? In addition, we will introduce the breakthrough curve measurement, which has been added to the catalyst evaluation device BELCAT II as a new function, with measurement examples of single component and two components.

Topics:

• Evaluation of Pore Structure of Porous Materials (Mesoporous silica and zeolite) by GCMC Method
• Target audience: intermediate and advanced level
• Applications and Markets
• Summary
• Question and answer session

Gravações de seminários on-line

Língua : Inglês , Japonês