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Potassium Ion Battery Anode: Surface Area & Pore Structure

Discover how hard carbon anode surface area and pore structure drive potassium ion battery capacity, cycling stability, and Coulombic efficiency.

Potassium Ion Battery Anode: Surface Area & Pore Structure

Carbon Black Surface Area: NSA & STSA Selection Guide

Learn how BET and t-range selection affects carbon black surface area accuracy, with NSA and STSA data across 11 standard carbon black grades.

High-performance sorption analyzer for materials

Study on the Adsorption Performance of a Direct Air Capture CO₂ Adsorbent

Explore how a MOF-based direct air capture CO2 adsorbent performs across pore characterization humid breakthrough testing with AMI Instruments.

Study on the Direct Air carbon Capture Adsorbent Performance

Specific Surface Area of Silicon Nitride Powder

Learn how static and dynamic BET methods compare for measuring silicon nitride surface area, with precise results and throughput insights from AMI Instruments.

Specific Surface Area of Silicon Nitride Powder

Comparing Gas Adsorbate Performance in Nanoporous Materials

Compare N2, Ar, and CO2 adsorbates to improve the characterization of nanoporous materials. Learn how to achieve more accurate and complete micropore analysis.

Comparing Gas Adsorbates for Pore-Structure Characterization of Nanoporous Materials

BET & Pore Volume Factors of Amorphous Silica Surface Area

Learn how pretreatment method, temperature, time, and storage affect amorphous silica surface area and pore volume in nitrogen physisorption.

BET & Pore Volume Factors of Amorphous Silica Surface Area

Water Vapor Adsorption Analysis: How Humidity Affects Solid Adsorbent Performance

See how water vapor adsorption reduces solid adsorbent capacity across CO2 capture, VOC removal, and gas separation, with breakthrough curve data.

Water Vapor Adsorption Effects on Solid Adsorbents

MOF Gas Separation of Small Hydrocarbons at Ambient Conditions

Learn how MOF gas separation enables selective adsorption of small hydrocarbons at room temperature using static adsorption isotherms from AMI Instruments.

Selective Adsorption of Small Hydrocarbons Using MOFs