. On the basis of the conducted research, the authors have systematized the approaches to the measurement and test uncertainties assessment, have given their definitions and metrological characteristics ensuring quality of the obtained observational data. The scientific and methodological recommendations are given and key problems of implementation of the uncertainty concept for the accredited testing facilities and metrological service laboratories are presented in the paper. The urgency of the development of the general system for uncertainty measurement unified with the GUM (Guidance on uncertainty measurements) for conducting chemical and other types of analysis in accordance with the international standards SI in the governmental systems of measurement traceability supply is proved. The measurement results are standartized based on this system. In the metrological assurance of production and measurement technology, and other fields of technology and technique, along with this criterion, the cofidence interval is presented as well. It's very significant, that nowadays the national authorities for accreditation require from the analytical laboratories providing measurement uncertainties data for the results issued by them. Exactly therefore, the problem of development the system of uniform estimation parameters for accuracy characteristics of the physical and chemical measurements has its practical value.
. On the basis of the conducted research, the authors have systematized the approaches to the measurement and test uncertainties assessment, have given their definitions and metrological characteristics ensuring quality of the obtained observational data. The scientific and methodological recommendations are given and key problems of implementation of the uncertainty concept for the accredited testing facilities and metrological service laboratories are presented in the paper. The urgency of the development of the general system for uncertainty measurement unified with the GUM (Guidance on uncertainty measurements) for conducting chemical and other types of analysis in accordance with the international standards SI in the governmental systems of measurement traceability supply is proved. The measurement results are standartized based on this system. In the metrological assurance of production and measurement technology, and other fields of technology and technique, along with this criterion, the cofidence interval is presented as well. It's very significant, that nowadays the national authorities for accreditation require from the analytical laboratories providing measurement uncertainties data for the results issued by them. Exactly therefore, the problem of development the system of uniform estimation parameters for accuracy characteristics of the physical and chemical measurements has its practical value.
| № | Имя автора | Должность | Наименование организации |
|---|---|---|---|
| 1 | Masharipov .M. | PhD | TDTU |
| 2 | Fattoev F. . | senior teacher | TDTU |
| № | Название ссылки |
|---|---|
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| 5 | 5. Masharipov SH.М., Miraliyeva A. Q., Fattoyev F. F., Onbashi L. R. Normalization of characteristics of measurement means and classes of accuracy of measurement means // European Sciences review. Scientific journal (Austria, Vienna). - №1-2. -2019 (January-February)-Volume1 - P. 106-107—Access mode https://ppublishing.org/upload/iblock/bc3/ESR_1-2_2019-T1.pdf |
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