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Expert-probabilistic prognostication of production process qualitative index of radiation bioengineering recorders

机译:专家 - 散热性生物工程记录仪生产过程定性指标的专家 - 概率预测

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摘要

Extension of the fields of application and increasing the content of radioactive isotopes in the biosphere, as well as changes in their qualitative composition, increase the risk of radioactive contamination of the human environment and have an adverse impact on life processes. Extremely important the pollution control of environment by radioactive substances in the general system of nature protection and development of high-quality technical resources for its implementation. The main elements of dosimetry equipment and other means of measuring ionizing radiation in nuclear power engineering and biomedicine, with which this control is carried out, are detectors that generate certain signals, which detect and characterize parameters of ionizing radiation. The sensitivity of the measurements, as well as most of the accuracy characteristics of the detectors to a large extent depend on the excellence of their design, quality manufacturing and operating modes. Therefore, the use of Bayesian methods is an urgent task for classification, regression forecasting and recovery required for operating of probabilistic characteristics of quality assurance in the actual processes of production.The article discusses aspects of the application of Bayes' theorem on the conditional probability of certain events for a given probability of another event to address improving quality indicators in the production of bioengineered destination and particularly recorders of ionizing radiation.
机译:延长申请领域并增加生物圈中放射性体同位素的含量,以及定性组成的变化,增加了人类环境放射性污染的风险,对生命过程产生了不利影响。极其重要的自然保护及其实施高质量技术资源发展中的放射性物质对环境的污染控制。在进行该控制的核电工程和生物医学中测量电离辐射的电离辐射的其他方法的主要元素是产生某些信号的探测器,其检测和表征电离辐射的参数。测量的灵敏度,以及探测器的大部分精度特性都在很大程度上取决于其设计,质量制造和操作模式的卓越。因此,贝叶斯方法的使用是对在实际生产过程中经营质量保证的概率特征所需的分类,回归预测和恢复的迫切任务。本文讨论了贝叶斯定理在条件概率中应用了普遍概率的方面某种事件的某些事件,以解决生物工程目的地的生产中提高质量指标,特别是电离辐射的记录器。

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