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空间电离辐射是带电粒子辐射，为保障人类航天活动的辐射安全，空间辐射剂量学得到了很大的发展。热释光测量法已被证明是空间辐射剂量学研究的优选方法之一，它广泛应用于国内外航天器舱内累积剂量的测量。其中，氟化锂已成为必用的热释光探测器。研究其质子响应特性和发光量与空间剂量的关系是将氟化锂应用于空间要作的重要工作。本文介绍了国外应用情况和自己的工作。
Space ionizing radiation is charged particle radiation. In order to ensure the radiation safety of human space activities, space radiation dosimetry has been greatly developed. Thermoluminescence measurement has been proved to be one of the best methods for the study of space radiation dosimetry. It is widely used in the measurement of cumulated dose in spacecraft at home and abroad. Among them, lithium fluoride has become a necessary thermoluminescence detector. Studying the relationship between the proton response characteristics and the amount of luminescence and the space dose is an important work to be applied to the space for lithium fluoride. This article describes the foreign applications and their own work.