New tree monitoring systems: From industry 4.0 to nature 4.0 the convergence of wireless technologies, microelectromechanical systems (
MEMS) and the Internet. The development
TRIVIALIZING CREATIVITY: ANTON CHEHOV IN MEMES, MEDIA VIRUSES AND DEMOTIVATORS OF MODERN RUNETThe transformation of Chekhovian myth in Runet (by
mems and demotivators from websites atkritka
Designing a Planar Fluxgate Using the PCB TechnologyKolomeitsev, A. A.,
Zatonov, I. A.,
Pischanskaya, M. I.,
Baranov, P. F.,
Ilyaschenko, D. P.,
Verkhoturova, E. V. and microelectromechanical systems (
MEMS) in such advanced sensors. The work describes a complete R&D cycle, from creating
Пористый кремний как материал для управления адгезией металлических элементов к поверхности кремнияКлышко, А. А.,
Бондаренко, В. П.,
Балукани, М.,
Klyshko, A. A.,
Bondarenko, V. P.,
Balucani, M. from a substrate of the certain
MEMS elements such as flexible wires, metal films, sensors, etc.
Моделирование зависимости отражающей способности микрозеркал оптоволоконных компонентов от их геометрических параметровФилипенко, А. И.,
Чалая, Е. А.,
Хрусталев, К. Л.,
Filipenko, O. I.,
Сhala, О. O.,
Khrustalev, K. L. кривизны. The main goal of investigation is defining dependency of geometrical parameters of
MEMS 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