EPR detects paramagnetic species, including free radicals and metals, essential for research. This article highlights EPR’s advantages, showing why it’s preferred for specific analyses
The Unique Advantages of EPR Spectroscopy Over Other Techniques Dowiedz się więcej »
EPR Imaging maps unpaired electron distributions in samples, unlike traditional EPR, which focuses on structure. It’s vital in materials science, biomedical research, and environmental studies.
Exploring EPR Imaging: Principles, Techniques & Applications Dowiedz się więcej »
EPR and MRI are magnetic resonance techniques analyzing materials and biological systems. While sharing principles, they differ in mechanisms, applications, and limitations
EPR vs. MRI: Understanding the Differences and Applications Dowiedz się więcej »
Explore EPR fundamentals, a technique studying unpaired electrons. Learn how EPR detects free radicals, transition metals, and its applications in chemistry, biology, and materials science.
Understanding the Theory of Electron Paramagnetic Resonance (EPR) Dowiedz się więcej »
