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Разработка измерителя ускорений в широких амплитудном и частотном диапазонах для лабораторной модели разлома
Сейсмические приборы. 2023. Т. 59. № 3. С. 58–74.
Krayushkin D. V., Кох В. В., Казначеев П. А., Майбук З. Я., Пономарев А. В.
The work is devoted to the development accelerometer for measurement of fast movements in laboratory experiment. In our previous experiments on the slider model of a seismogenic fault, it was revealed that the use of single sensitive acceleration sensor does not allow for qualitative and quantitative characterization of all observed movements. The high-amplitude movements could introduce the sensor into saturation, and the low-amplitude ones were on the response limit. To solve this problem, an accelerometer has been developed for measurement of acceleration in wide amplitude and frequency ranges. The accelerometer consists of two analog single-component piezoelectric sensors with a measuring range up to 500g and two digital three-component micro-electromechanical systems (MEMS) sensors with measuring ranges up to 8g and 400g. In shock-based tests, amplitudes and characteristic acceleration times were achieved, comparable to those of movements on the slider model of fault. The efficiency of the acceleration meter has been confirmed. It has been shown that the concurrent use of digital and analog sensors makes it possible to track non-uniformly scaled movements in more detail.
Language:
Russian
Ivchenko A., Дворкович А. В., Телекоммуникации 2020 Т. 12 С. 2–11
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This brief report summarizes the key outcomes of the IX All-Russia (with International Participation)
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Springer, 2026.
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The work is devoted to the development accelerometer for measurement of fast movements in laboratory experiment. In our previous experiments on the slider model of a seismogenic fault, it was revealed that the use of single sensitive acceleration sensor does not allow for qualitative and quantitative characterization of all observed movements. The high-amplitude movements could ...
Added: September 9, 2024
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Experimental modeling of physical processes associated with faults of the Earth's crust is important for studying earthquakes, rock burst and processes accompanying the deposit development. Laboratory experiments with the study of stick-slip sliding of rock blocks relative to each other on a fault slider model have become widespread. Stick-slip sliding manifests itself in the form ...
Added: September 9, 2024