EPR instrumentation

Purpose: Detects and analyzes unpaired electrons in chemical species, radicals, or paramagnetic materials.

Technology: Uses microwave radiation and a magnetic field to induce and measure electron spin transitions.

Design: Laboratory-based instruments with resonators, magnets, microwave sources, and sensitive detectors.

Use Cases: Applied in chemistry, physics, biology, materials science, and medical research for studying free radicals, metalloproteins, and solid-state defects.

Functionality: Provides quantitative and qualitative data on electron spin states, molecular environments, and reaction dynamics.

Benefit: Enables detailed analysis of molecular structures, reaction mechanisms, and material properties that are inaccessible by other spectroscopic methods.