The invention provides a planetary exploration intense radiation environment progressive ionizing radiation shielding protection method, which comprises the following steps: according to a planetary exploration task, carrying out space radiation environment analysis, forming an ionization total dose depth curve table, and formulating space environment protection design requirements; arranging total dose resistance capability indexes of all single machines to form a single machine ionization radiation resistance capability statistical table; carrying out protection grade confirmation on the matching of each single machine and the space environment protection design requirement; forming an intense radiation environment progressive shielding protection single machine list; performing effect evaluation on the shielding protection strategy of the progressive ionizing radiation screen; and formulating a progressive ionizing radiation shielding protection implementation scheme, defining a single-machine protection level, a shielding protection strategy, platform layout and guarantee conditions, and forming an engineering implementation scheme. The invention provides an intense radiation environment protection method aiming at the ionizing radiation protection requirement of a planetary exploration task, and the method can be applied and implemented in engineering.

    本发明提供了一种行星探测强辐射环境递进式电离辐射屏蔽防护方法,包括:根据行星探测任务,开展空间辐射环境分析,形成电离总剂量深度曲线表,制定空间环境防护设计要求;整理全部单机的抗总剂量能力指标,形成单机件抗电离辐射能力统计表;对每个单机与空间环境防护设计要求匹配性进行防护等级确认;形成强辐射环境递进式屏蔽防护单机清单;对递进式电离辐射屏屏蔽防护策略进行效果评估;制定递进式电离辐射屏蔽防护实施方案,明确单机防护等级及屏蔽防护策略、平台布局与保证条件,形成工程实施方案。本发明针对行星探测任务电离辐射防护需求,提供强辐射环境防护方法,可供工程应用及实施。


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    Title :

    Planetary exploration progressive ionizing radiation shielding protection method


    Additional title:

    行星探测递进式电离辐射屏蔽防护方法


    Contributors:
    ZHANG YI (author) / DU YANG (author) / GENG ZHIQING (author) / LIN XIAOYAN (author) / DUAN XIAOWEN (author) / YU MIAO (author) / NIU JUNPO (author)

    Publication date :

    2025-03-25


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B64G Raumfahrt , COSMONAUTICS