Acta of Turin Polytechnic University in Tashkent


This article seeks to develop a methodology for determining the optimal recalibration interval of measurement. As a result of analysis, the authors argue that the correct and most effective method is the use of primary recalibration interval SI as a result of the forced trials. The authors proposed a method for use calibration intervals based on the results of the forced trials, which as a criterion of the rated value of the probability measure used metrological serviceability of the component at the time of calibration.

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1. Sergeyev, A. G. Metrologiya : ucheb. / A. G. Sergeyev. – M. : Logos, 2005. – 272 2. RMG 74–2004. GSI. Metodi opredeleniya mejpoverochnix i mejkalibrovochnix intervalov sredstv izmereniy. 3. MI 2554–99. Gosudarstvennaya sistema obespecheniya yedinstva izmereniy. Teploschetchiki. Metodika ispitaniy s tselyu podtverjdeniya mejpoverochnix intervalov. Obshchiye trebovaniya. 4. Doroxov, A. N. Obespecheniye nadejnosti slojnix texnicheskix sistem : ucheb. / A. N. Doroxov, V. A. Kernojitskiy, A. N. Mironov. – SPb. : Lanь, 2011. – 352 s.



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