Вимірювальна техніка та метрологія. – 2022. – Випуск 83, №2

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Measuring Equipment and Metrology : scientific journal. – Lviv : Lviv Politechnic Publishing House, 2022. – Volume 83, № 2. – 48 р.

Вимірювальна техніка та метрологія

Зміст (том 83, № 2)

1. Титульний аркуш до “Вимірювальна техніка та метрологія”	1
2. Diachok R., Klym H. Data cleaning method in wireless sensor-based on intelligence technology	5
3. Chaban V., Bartman J. Impact of the interaction of moving planets on their orbits	11
4. Yatsyshyn S., Skoropad P., Karpinski M. Electrical properties of Ti-Cu-Co-Si high-entropy alloy	17
5. Pashkevych V., Krayovskyy V., Horpenyuk A., Romaka V., Stadnyk Y., Romaka L., Horyn A., Romaka V. Characteristics of thermometric material Lu1-xScxNiSb	21
6. Chernobrovchenko V., Dyadyura K. Methodology for assessing the life cycle processes of scaffolds	26
7. Velychko O., Gordiyenko T. Comparative analysis of technical characteristics of charging stations of electric vehicles	34
8. Зміст до “Вимірювальна техніка та метрологія”	45

Content (Vol. 83, No 2)

1. Tytulnyi arkush do "Vymiriuvalna tekhnika ta metrolohiia"	1
2. Diachok R., Klym H. Data cleaning method in wireless sensor-based on intelligence technology	5
3. Chaban V., Bartman J. Impact of the interaction of moving planets on their orbits	11
4. Yatsyshyn S., Skoropad P., Karpinski M. Electrical properties of Ti-Cu-Co-Si high-entropy alloy	17
5. Pashkevych V., Krayovskyy V., Horpenyuk A., Romaka V., Stadnyk Y., Romaka L., Horyn A., Romaka V. Characteristics of thermometric material Lu1-xScxNiSb	21
6. Chernobrovchenko V., Dyadyura K. Methodology for assessing the life cycle processes of scaffolds	26
7. Velychko O., Gordiyenko T. Comparative analysis of technical characteristics of charging stations of electric vehicles	34
8. Zmist do "Vymiriuvalna tekhnika ta metrolohiia"	45

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Methodology for assessing the life cycle processes of scaffolds
(Видавництво Львівської політехніки, 2022-02-28) Chernobrovchenko, Vadym; Dyadyura, Kostiantyn; Sumy State University; Odesa Polytechnik National University
Due to the increase in diseases in the musculoskeletal system, regenerative medicine is now developing various bone substitutes. Not all scaffolds, due to their shortcomings, are applied for every application. Patients should be provided with basic product information and other warnings about health risks or measures to be taken. From the establishment of the purpose of the biomaterial to apply, several stages of the life cycle can pass. To ensure the biocompatibility of medical devices, there is a legislative framework and standards. They cover the full cycle from testing to market authorization, surveillance, and recall (ISO 15225:2010, ISO/IEC 33001:2015). We have developed the life cycle of bone substitutes and can offer an approach to evaluate operations based on the requirements of the ISO/IEC 33001:2015 series.