Electronic paramagnetic resonance spectrometer JES-X3 series

laboratory

Recently, it has been widely accepted that even relatively few unpaired electrons in a sample can affect the function of the material, so lower detection limits (higher sensitivity) is required of ESR measurements. JEOL RESONANCE has achieved higher sensitivity by developing a low-noise Gunn oscillator for its new spectrometer, the JES X3 series. Application JES-X3 • Electrolytic ESR - Time and Voltage dependence for Anthraquinone anion- • Electrolytic ESR - Quantity dependence of supporting electrolyte - • Electrolytic ESR - Generation of p-Benzoquinone anion radical - • Electrolytic ESR - Time and Voltage dependence for p-Benzoquinone anion - • UrushiNote • Ferromagnetic thin film and spin current (2) - Inverse spin-Hall effect • Ferromagnetic thin film and spin current (1)　- FMR and spin current - • Ferromagnetic thin film and spin current (6) -Angular dependence (2) - • Ferromagnetic thin film and spin current (5) -Angular dependence (1) - • Ferromagnetic thin film and spin current (4) - Power dependence -