Lectures related to Partial discharge

Introduces hydrology fundamentals, covering soil moisture, rainfall modeling, and reservoir systems.

Explains conductors, insulators, electric fields, influence phenomenon, and Gauss's theorem.

Discusses flood control measures including reservoirs, diversions, levees, and channel improvements, emphasizing expected damage and risk analysis.

Covers light sources, their noise properties, and the implications for optical detectors.

Covers ionization, discharges, energy transfer, and star creation on Earth.

Covers the design of a detention basin to protect a damage center from large floods.

Explores pumped hydro storage and CAES principles, applications, and methods.

Covers sputtering, plasma creation, and thin film deposition processes.

Explores electric field experiments, demonstrating capacitance, energy storage, and practical applications.

Explores plasma formation, sheath creation, and plasma etching applications for integrated circuit manufacturing.

Explores hydropower generation principles, turbine types, energy extraction methods, and optimization.

Explores spatial zones in glow discharge and Paschen's law.

Explores positive displacement and rotodynamic pumps, energy conversion, efficiency curves, NPSH, and cavitation in hydraulic systems.

Covers Kirchoff's laws, conservation principles, and capacitor circuits.

Explores the discharge of capacitors in RC circuits and its practical applications.

Covers floodplain management, flood control measures, hydrologic analysis, and reservoir optimization strategies.

Covers solutions to homogeneous ODEs, physics applications, and function analysis.

Compares BJT and MOSFET in logic systems, focusing on TTL vs CMOS technologies.

Covers dynamic losses in CMOS inverters, focusing on energy dissipation and design considerations for efficient operation.