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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Impact of the interaction of moving planets on their orbits
(Видавництво Львівської політехніки, 2022-02-28) Chaban, Vasil; Bartman, Jacek; Lviv Polytechnic National University
The research raises the problem of determining and measuring the interaction of planets on the trajectory of their orbits around the Sun. Its solution becomes possible only based on an adequate mathematical model. For this purpose, Newton's law of universal gravitation was adapted to the case of moving masses in a wide range of velocities in flat Euclidean space and physical time. The finite speed of propagating the gravitational field is considered. Differential equations of planets’ motion are obtained. Transients in the threemass system of a star and two planets close to the Sun-Mercury-Venus system are simulated. To reveal deeply the essence of physical interaction, a hyperbolized transition process is simulated under artificially close moving masses.