Explore expert resources and technical insights

Technical Library

Filter by Method

DSC Epoxy Curing Analysis : Dynamic and Isothermal Methods for Thermosetting Adhesives

DSC epoxy curing analysis using dynamic and isothermal methods reveals cure kinetics, degree of cure, and the cure-Tg relationship for thermosetting adhesives

DSC epoxy curing analysis

Differential Scanning Calorimetry Instrumentation : Engineering Precision to 1500°C

Explore differential scanning calorimetry instrumentation design: how AMI Instrument hang-down STA-derived architecture enables DSC precision to 1500°C

differential scanning calorimetry instrumentation

Oxygen Free TGA Analysis: Verifying Purge Gas Effectiveness

Achieve oxygen-free TGA analysis with proven purge testing methods using carbon black and copper oxalate. See how AMI’s dual-zone purge design performs.

oxygen-free TGA analysis

TGA Crystalline Hydrates: Dehydration Kinetics and Diffusion Mechanism

Study TGA crystalline hydrates dehydration kinetics with isothermal analysis. Determine activation energy and diffusion mechanism using the AMI TGA 1000.

TGA crystalline hydrates

XRD of Mesoporous Materials: Small-Angle Characterization of Ordered Silica Structures

Characterize XRD ordered mesoporous materials. Resolve SBA-15 pore structure and unit cell parameters using the AMI Lattice Pro benchtop diffractometer

XRD mesoporous materials

Differential Scanning Calorimetry Application: Modeling Polymorph Solubility in Pharmaceutical Drug Development

Differential scanning calorimetry application: using DSC-measured heat of fusion and melting point to model polymorph solubility profiles for drug development

differential scanning calorimetry application

Reactor Design Equations: A Practical Guide for Catalytic Scientists

Understand reactor design equations for batch, CSTR, and plug flow reactors. A practical guide for catalytic scientists using AMI lab reactor instruments.

Reactor Design Equations for Catalytic Research

Temperature Swing Adsorption: Principles and Gas Drying Applications

Learn how temperature swing adsorption (TSA) removes moisture from natural gas, shale gas, and compressed air. Explore AMI instruments for TSA adsorbent research.

Temperature Swing Adsorption for Gas Drying | AMI Instruments