Magnetic field modulation of ferrimagnetic domain ordering for ultrasensitive xylene detection: a mechanistic investigation

Key Points

• Xylene detection sensitivity improves due to magnetic field modulation within ferrimagnetic domains, enhancing domain ordering.
• Results show a marked increase in sensitivity, with enhanced detection capabilities compared to standard methods.
• Mechanistic investigation of ferrimagnetic domains reveals underlying principles driving such responses triggered by magnetic fields.
• Findings highlight the potential for fine-tuning ferrimagnetic systems to achieve significant advancements in chemical detection applications.