RPI ID: 2023-084-301
Innovation Summary: This technology enables precise control of gaseous ion beams using acoustic fields. The system manipulates ions in a gas phase by applying acoustic waves to direct, focus, or modulate their trajectories. It enhances ion beam steering without relying on traditional electromagnetic methods. The approach is compatible with mass spectrometry and other analytical platforms.
Challenges / Opportunities: Conventional ion beam manipulation relies on bulky and power-intensive electromagnetic systems. This invention offers a compact, energy-efficient alternative using acoustic control. It opens opportunities for miniaturized analytical devices and portable mass spectrometry. The technology also supports advanced ion separation and targeting in research and diagnostics.
Key Benefits / Advantages: ✔ Acoustic-based ion beam control ✔ Compact and energy-efficient design ✔ Compatible with existing analytical platforms ✔ Enables precise ion targeting and separation
Applications: • Mass spectrometry and analytical instrumentation
Keywords: Ion beams, acoustic fields, mass spectrometry, beam steering, analytical devices
Intellectual Property: WO2025014870A2 (Application PCT/US2024/037045), Published July 8, 2024