Optimizing MEMSbased Navigation Sensors for Aerospace VehiclesThis comprehensive study delves deeply into the intricate domain of optimizing
Micro-electromechanical Optimizing MEMS-based navigation sensors for aerospace vehiclesThis comprehensive study delves deeply into the intricate domain of optimizing
Micro-electromechanical Impact of magnetic nanoparticles on the Casimir pressure in three-layer systems© 2019 American Physical Society. The Casimir pressure is investigated in three-layer
systems where
Dynamic Modeling of Multimode Resonance Measuring Mode in Atomic-Force Microscopy with Piezoresistive, Self-Actuating CantileversMarinushkin, Pavel S.,
Levitskiy, Alexey A.,
Ivanov, Tzvetan,
Rangelow, Ivo W.,
Маринушкин, П.С.,
Левицкий, А.А.,
Иванов, Т.,
Рангелов, И.В. that arise during the creation of such
systems that
describes coherent mechanic and electric phenomena
Portable Accelerometer-Based System for Aiding Elbow Extension in Post-Stroke IndividualsБахтина, В. А.,
Маринушкин, П. С.,
Левицкий, А. А.,
Ильминская, А. А.,
Аброськина, М. В.,
Прокопенко, С. В. Portable Accelerometer-Based
System for Aiding Elbow Extension in Post-Stroke Individuals
Portable Accelerometer-Based System for Aiding Elbow Extension in Post-Stroke IndividualsБахтина, В. А.,
Маринушкин, Павел Сергеевич,
Левицкий, А. А.,
Ильминская, А. А.,
Аброськина, М. В.,
Прокопенко, С. В. Portable Accelerometer-Based
System for Aiding Elbow Extension in Post-Stroke Individuals
Дисперсионные зависимости поверхностных акустических волн в структуре LilNbO,/a:CFrom the point ofview the
microelectromechanics the surface acoustic waves (SA W) in multilayer
Сенсорные микросистемы на поверхностных акустических волнах micro and a nanoelectronics and the
microelectromechanics are discussed. The main control parameters
Amplitude-time analysis of biomechanical patterns of human motionsDavydova, N. S.,
Lukashevich, D.,
Bykov, D.,
Vasiuk, V.,
Osipov, A. N.,
Semeniuk, A.,
Mezhennaya, M. M.,
Davydov, M. V.,
Давыдова, Н. С.,
Осипов, А. Н.,
Меженная, М. М.,
Давыдов, М. В. on
microelectromechanical sensors (MEMS) are becoming more and more popular for biomechanical analysis of human motions