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首页> 外文会议>Annual meeting of the Institute of Nuclear Materials Management >Development of Computer Virtual Technologies To Preserve Integrity And Enhance Longevity Of SNM Measurement Systems In The LLNL MCA Program
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Development of Computer Virtual Technologies To Preserve Integrity And Enhance Longevity Of SNM Measurement Systems In The LLNL MCA Program

机译：在LLNL MC＆A程序中开发计算机虚拟技术以维护完整性并提高SNM测量系统的寿命

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摘要

This talk describes how LLNL is using virtual technology in the Nuclear Materials Accountability Program as a way to preserve the operating environment of the measurement equipment required for non-destructive assay of nuclear materials. The PC's that operate these measurement devices like, calorimeters, isotopic counters, neutron multiplicity counter and PAN shufflers, are specially configured and calibrated for their individual use. These systems are often, very expensive to replace and run out dated, unsupported, non-patched operating systems. Many of these systems are operating on older PC's that are well beyond their manufactures service life, making them the most vulnerable part of measurement operations. LLNL is implementing virtual technology to capture these, certified, calibrated environments to operate on redundant hardware and can further retain these environments on other media for the life span of the measurement equipment. LLNL has identified and remediated the most vulnerable component of nuclear measurement equipment. This methodology can, and is being implemented in many other areas, such as the LLNL plasma laboratories or anywhere where's there's a PC as the single point of failure in a production environment.
机译：本演讲描述了LLNL如何在“核材料责任计划”中使用虚拟技术，以保留无损检测核材料所需的测量设备的操作环境。操作这些测量设备（例如热量计，同位素计数器，中子多重计数器和PAN洗牌机）的PC经过特殊配置和校准，可单独使用。这些系统通常非常昂贵，因为要替换和运行过期的，不受支持的，未修补的操作系统。这些系统中的许多系统都在较旧的PC上运行，而这些PC的寿命已超出其制造商的使用寿命，这使它们成为测量操作中最易受攻击的部分。 LLNL正在实施虚拟技术，以捕获这些经过认证，校准的环境，以在冗余硬件上运行，并可以在测量设备的整个生命周期中将这些环境进一步保留在其他介质上。 LLNL已经确定并纠正了核测量设备中最易受伤害的部分。这种方法可以并且正在许多其他领域中实施，例如LLNL等离子实验室或在生产环境中存在PC作为单点故障的任何地方。

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