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首页> 外文期刊>Health Physics: Official Journal of the Health Physics Society >CONCEPTS OF OPERATIONS (CONOPS) FOR BIODOSIMETRY TOOLS EMPLOYED IN OPERATIONAL ENVIRONMENTS
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CONCEPTS OF OPERATIONS (CONOPS) FOR BIODOSIMETRY TOOLS EMPLOYED IN OPERATIONAL ENVIRONMENTS

机译:在操作环境中使用的生物托架工具的操作概念(核心)

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摘要

It is essential to identify improved capabilities to accurately identify, confirm, and/or quantify radiological exposure and injury in order to inform critical triage, diagnosis, and treatment decisions. Herein the authors report characteristic requirements and potential Concepts of Operations (CONOPS) for biodosimetry tools employed in operational environments. While similar significant efforts have been completed in this area for the U.S. civilian sector, limited perspectives are published in the peer-reviewed literature regarding the use of radiological diagnostic technologies in deployed military medical treatment settings. Two radiological exposure scenarios were developed to clarify the diagnostic performance criteria and identify capability gaps. The emerging technology areas associated with radiation exposure diagnostics were reviewed and assessed to gauge their suitability in supporting triage, treatment, and return to duty decisions within the military medical support system.
机译:必须识别改进的能力,以准确识别,确认和/或量化放射性暴露和损伤,以便通知关键的分类,诊断和治疗决策。 在此,作者报告了操作环境中使用的生物渗透学工具的特征要求和操作的潜在概念(核心)。 虽然在美国民用部门的这一领域已经完成了类似的重大努力,但在与部署的军事医疗环境中使用放射性诊断技术的同行评审文献中公布了有限的观点。 开发了两种放射性曝光方案,以澄清诊断性能标准和识别能力差距。 审查和评估了与辐射曝光诊断相关的新兴技术领域,以衡量其适应性在支持分类,治疗和返回军事医疗支持系统内的职责决策。

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