隨著國際和國內對眼球水晶體劑量限值的不斷降低，對眼球劑量風險的重視逐漸增加。本研究的主要目的是開發並驗證一種新的劑量評估算法，用於處理光子與電子混合場中的輻射劑量計算，並通過測試舉辦的能力試驗。本研究選用了Al2O3:C 和 BeO 兩種 OSLD 材料，並依據 ANSI/HPS N13.11:2022 標準進行測試。結果顯示，這兩種材料均能通過高劑量級光子、一般級光子、電子場及光子與電子混合場的大部份類別測試。尤其針對光子與電子混合場，本研究開發的新型算法成功克服了多種射質帶來的劑量評估複雜性，實現了準確的劑量測量。研究結果表明，這些劑量計在測試中均表現出良好的再現性和均勻性，為未來的眼球劑量監測提供了可靠的工具。

With the continuous reduction of dose limits for the eye lens both internationally and domestically, the importance of eye dose risk has been increasingly recognized. The primary objective of this study is to develop and validate a new dose assessment algorithm for calculating radiation doses in mixed photon and electron fields and to pass the proficiency test conducted in this context. This study utilized two types of OSLD materials, Al2O3:C and BeO, and conducted tests according to the ANSI/HPS N13.11:2022 standard. The results indicate that both materials successfully passed most test categories, including high-dose photon fields, general photon fields, electron fields, and mixed photon and electron fields. Notably, for mixed photon and electron fields, the newly developed algorithm effectively addressed the complexity of dose assessment posed by multiple radiation qualities, achieving accurate dose measurements. The study demonstrates that these dosimeters exhibit good reproducibility and uniformity in tests, providing reliable tools for future eye dose monitoring.

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