Liulin-type spectrometry-dosimetry instruments

Area of Science:

• Space Science
• Radiation Physics
• Instrumentation

Background:

• Cosmic radiation poses risks in various environments, necessitating accurate monitoring.
• Workplace radiation monitoring is crucial for safety and scientific research.
• Existing dosimetry methods may have limitations in terms of mass, power, or cost.

Purpose of the Study:

• To introduce and evaluate Liulin-type spectrometry-dosimetry instruments (LSDIs) for cosmic radiation monitoring.
• To assess the suitability of LSDIs for diverse operational platforms.
• To demonstrate the reliability and cost-effectiveness of LSDIs.

Main Methods:

• Calibration of LSDIs across a broad spectrum of radiation fields.
• Deployment of LSDIs in multiple space missions and flight environments.
• Functional characterization of LSDIs as low mass, low power, battery-operated dosemeters.

Main Results:

• LSDIs were calibrated using various radiation sources, accelerators, and high-energy reference fields.
• Successful integration and operation of LSDIs in four manned space flights (ISS, etc.).
• Extensive use of LSDIs in lunar, Earth-orbiting spacecraft, rockets, balloons, and aircraft flights.

Conclusions:

• LSDIs are effective instruments for cosmic radiation monitoring in diverse environments.
• The instruments are suitable for spaceflight and other carriers due to their low mass and power.
• LSDIs offer a reliable and relatively low-cost solution for radiation field qualification.