materials and biophysical characterization
When evaluating SEM, TEM, AFM, XRD, Raman, or FTIR, the goal is to match the analytical need to a fit-for-purpose technique, then decide whether to own, share, outsource, or defer the workflow behind it
| 5+ min read
This article explains how integrating robotics and software into thermal analysis workflows optimizes automated screening for efficiency and reproducibility
| 4 min read
This article explains the critical role of thermal stability testing in predicting shelf life, ensuring regulatory compliance, and characterizing material behavior
| 5 min read
Comprehensive safety standards, engineering controls, and rigorous operational procedures define success and safety in modern X-ray diffraction and fluorescence laboratory environments
| 5+ min read
A smart solution for lab managers seeking precision and flexibility
| 1 min read
New research shows that the electronic structure of metals can strongly affect their mechanical properties
| 2 min read
The dynamic interplay where high-performance computing meets biophysical exploration
| 2 min read
An opportunity for experts to network and share insights into better understanding complex materials
| 5 min read
