Plasma and Pulsed Power Technologies

Focused on advanced welding techniques, this cluster explores innovative methods and their effectiveness. It covers a wide range of welding processes, heat source modeling, and maintenance strategies in welding technology.

73854 papers

Research within this cluster delves into the interactions and effects of ion beams on various materials. It encompasses computer modeling, ionization processes, and their practical applications in materials science.

50949 papers

This research area is dedicated to exploring dusty plasma physics and its diverse applications in material processing and wave phenomena. It includes the study of plasma discharges and multiphoton ionization effects.

46942 papers

This cluster examines plasma physics within space environments and its influence on various materials. Topics of research include diamond synthesis in plasmas and the study of complex plasma systems.

38728 papers

Focused on the interaction between lasers and plasmas, this cluster investigates the dynamics such as soliton interactions and the implications for plasma-based acceleration technologies. Research also includes numerical simulations.

37804 papers

Research in this area covers plasma technologies relevant to fusion research, investigating confinement regimes and plasma-material interactions in experimental fusion reactors. This includes comparisons of various plasma sources.

24074 papers

This cluster focuses on the advancements and novel applications of pulsed power technologies across various fields. It includes research on techniques such as magnetron sputtering and ultrahigh peak power generation.

7237 papers

Focusing on the scientific and engineering aspects of pulsed power technologies, this cluster examines state-of-the-art applications and various materials utilized for energy storage in pulsed systems.

6734 papers

This cluster specializes in the methods and physics of inertial confinement fusion, along with its integration with 3D printing technologies. The research focuses on ignition processes and target physics in fusion energy.

6374 papers

This research area is dedicated to exploring the application of pulsed electric fields in various technologies. It covers innovative techniques and their effects on physical systems, including nerve simulations.

5037 papers

This cluster investigates the radio emissions originating from astrophysical phenomena, with a particular emphasis on magnetospheric features and magnetic pulsation theories. The research aims to provide insights into the physical processes behind these emissions.

4212 papers

Studies in this cluster focus on the physics of plasmas in display technologies. It includes research on plasma behavior in electronic display panels, as well as fundamental plasma dynamics in layered materials.

2592 papers

This cluster investigates the behavior of electrostatic and acoustic waves in plasma systems. It encompasses various phenomena involving charge dynamics and heat flow in plasmas.

1600 papers

Research in this cluster centers on pulse electrolysis and its theoretical aspects, as well as the effects of electrical pulses on motor insulation. This includes the modeling of converter pulse behaviors in various electrical systems.

1211 papers

Focusing on the study of electron dynamics, this cluster examines parametric instabilities in plasmas and their implications. It includes theoretical models and experimental findings on electron gas behavior.

1112 papers