Modern Single-Channel Analyzers for Scintillator-PMT Systems
Replacing the microSTARii®: Why the myOSLchip Matters for Radiation Monitoring
Rotunda Scientific Technologies LLC Expands Partnership with Aerial-CRT to Distribute DosASAP for E-Beam Radiation Processing
Why do the Harshaw TLD Dose Algorithms use 8 days for Fade?
How to Reduce Uncertainty in TLD Measurements.
Polymer Applications with Benchtop Electron Spin Resonance
How Does Water Mobility Affect Food Texture and Stability?
Lexsyg Research: Advanced Luminescence Reader for Geochronology and Archaeological Dating
Understanding Thermoluminescence (TL) and Optically Stimulated Luminescence (OSL) in Scientific Research
Lexsyg Lifecycle: From Field Sample to Stores Aliquot
Body Composition Analysis with Precision, Comfort, and Efficiency
Risø vs. Lexsyg: Technical Comparison of TL/OSL Reader Systems
Free Radical Detection in Biodiesel with Electron Spin Resonance
Electron Spin Resonance Analysis of Asphaltenes and Vanadium in Crude Oil
Exploring Applications in Electron Spin Resonance
The Fourier 80: Bringing High‑Performance NMR to Your Bench
Introducing the New Stacked Domino®: Scalable, High-Coverage Neutron Detection
The Stacked Domino®: A Scalable Neutron Detection Platform for Radiation Instrument Designers
Domino® Neutron Detector: A Compact Solid-State Solution for Modern Neutron Detection
Starfire Industries LLC Utilizes the Domino® for Their nGen® 350 Neutron Generator
Applying TD-NMR in Product Development: From Insight to Action
How TD-NMR Reveals Water Dynamics and Processing Effects
Understanding Water Behavior in Food Powders: Why It Matters
Application Example: A Benchtop 1H NMR Workflow on the Fourier 80 (Food, Polymer & Pharmaceutical Use Cases)
Unlocking Fatty Acid Profiling with Benchtop NMR: The Fourier 80 Advantage
Rotunda Scientific Technologies LLC Expands Bruker Partnership to Distribute NMR Products for FFN Market
