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Exploring Metal-Organic Frameworks: The Future of Porous Materials and Gas Storage
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Exploring Metal-Organic Frameworks: The Future of Porous Materials and Gas Storage

Bulk Solids Characterization, Chemical Industry, Editors pick, Feature Article, Laboratory, Oil and Gas, Pharmaceutical Industry, Porosity, research, Thermal Properties

Exploring Metal-Organic Frameworks: The Future of Porous Materials and Gas Storage

Metal-organic frameworks (MOFs) are new, porous, crystalline materials [...]

POWDERTECHNOLOGY.info2024-12-16T13:35:00+00:0027 October 2024|Categories: Bulk Solids Characterization, Chemical Industry, Editors pick, Feature Article, Laboratory, Oil and Gas, Pharmaceutical Industry, Porosity, research, Thermal Properties|Tags: adaptive catalysis, breathing MOFs, carbon dioxide storage, catalysis, crystalline structures, customizable structures, drug delivery, dynamic properties, Energy Storage, Environmental Sustainability, flexibility, functional groups, gas adsorption, gas separation, gas storage, healthcare diagnostics, high porosity, hybrid materials, hydrogen storage, hydrophobic properties, hydrothermal synthesis, Lewis basic sites, metal ions, Metal-organic frameworks, methane storage, MOFs, nanoparticle encapsulation, organic linkers, porous materials, Scalability, selective adsorption, selective gas separation, sensing, solvothermal synthesis, stability, surface area|0 Comments

Adsorption and BET analysis by physical gas adsorption
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Adsorption and BET analysis by physical gas adsorption

DSS, Laboratory, Porosity, powders, research

Adsorption and BET analysis by physical gas adsorption

In physical gas adsorption, an inert gas, typically nitrogen, [...]

POWDERTECHNOLOGY.info2024-11-06T16:17:30+00:0016 January 2022|Categories: DSS, Laboratory, Porosity, powders, research|Tags: adsorption, BET analysis, BET isotherm, BET surface area analysis, contaminants, Delft Solids Solutions, Micromeritics TriStar 3000, physical gas adsorption, Quantachrome, TCD detector, volumetric technique|0 Comments

Porosity analysis by mercury porosimetry
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Porosity analysis by mercury porosimetry

DSS, Laboratory, Porosity, research

Porosity analysis by mercury porosimetry

Mercury porosimetry uses mercury’s non-wetting properties to reveal [...]

POWDERTECHNOLOGY.info2025-01-04T15:37:47+00:0016 January 2022|Categories: DSS, Laboratory, Porosity, research|Tags: BET analysis, Delft Solids Solutions, mercury porosimetry, Micromeritics Autopore IV 9505, pore size, porosity analysis, Washburn equation|0 Comments