The fundamental principles of electrical capacitance tomography (ECT) are presented.
It is based on the fundamental law of electrical networks.
The present review summarizes the fundamental understanding of electrical conductivity in microbial aggregates (e.g. biofilms, granules, consortia, and multicellular filaments) highlighting recent findings and key discoveries.
To further advance the existing knowledge base on rectified vibration energy harvester design, this study investigates the fundamental effects of electrical loads containing non-resistive components (e.g., rectifiers and capacitors) on electromagnetic energy harvester performance.
Due to the moderately low symmetry of BiFeO3 with a rhombohedral structure, domain engineering, controlling the configuration of domains and domain walls, plays a critical role not only in understanding fundamental physics of electrical and magnetic properties, but also in inducing novel functionalities such as photovoltaic and photocatalysis.
It uses a polynomial form of iron losses in function of fundamental electrical frequency and take into account the flux density waveforms in yoke and teeth by use of nonlinear iron coefficients linked to id iq currents.
Modeling, PID controller tuning and advanced control design are necessary theoretical contents and of fundamental importance in the academic formation of electrical, chemical, automation and control engineers.
Following an overview of the fundamentals of alkaline water electrolysis, an electrical circuit analogy of resistances in the electrolysis system is introduced.
This action is the fundamental mechanism that determines the excitability and pattern of electrical activity of the neuron.
Mechatronics is an emerging engineering area that will likely alter the fundamental nature of engineering education in the disciplines of electrical and mechanical engineering.
