Titlebook: SMART Automatics and Energy; Proceedings of SMART Denis B. Solovev,Grigorios L. Kyriakopoulos,Terzie Conference proceedings 2022 The Editor

CHASE

Energy Saving Methods of the Industrial Power Development According to the Factors of the New Induslution. We justified their application in the transformation rate control mechanism of the center for high-tech development based on the additional functions of improving the management quality by the criterion of compliance with the factors.

蘑菇

發(fā)怨言

ILEUM

Formation of the Energy-Efficient Platform of Hi-Tech Development of Renewable Power,tions of the formed platform have been substantiated. A model for organizing joint activities of energy facilities in the virtual space of the platform has been developed. The model allows combining digital and analog control methods using the Date Science toolkit. The transition from the conditions

慎重

Energy Saving Methods of the Industrial Power Development According to the Factors of the New Indusating the transition to the high-tech processes of improving the energy efficiency of industrial power engineering. We developed a methodology for combining technologies and organizational methods based on analog and digital models to regulate the process speed. We interpreted the management impacts

Catheter

Design Methods of Organizing High-Tech Processes of Gas Combustion by Power Efficiency Criteria,rganization offers a wider choice of types of organizational impacts on the regulatory parameters. The model is based on the methodological approach to the quantitative evaluation of parameters of energy-efficient type of production according to quality technological assessment by means of R.?Foster

含糊

GOAT

臆斷

Simulation of Thickness-Dependent Polarization Switching in Ferroelectric Thin Films Using COMSOL Mtion of ferroelectric polarization switching under external field to specify hysteresis loops, coercive electric field, and remnant polarization for different thickness ferroelectric films. The mathematical model is formalized by an initial-boundary value problem for the Landau-Khalatnikov partial d

cochlea