After pioneering work in the 1980s, plasma-based ion implantation (PBII) and plasma-based
ion implantation and deposition (PBIID) can now be considered mature technologies for …

High-voltage pulsed gas discharges can produce suitable plasma for wakefield particle
acceleration experiments. Such plasmas are challenging loads characterized by significant …

We discuss and compare modified flyback and forward switching power converter
topologies in applications needing repetitive high-voltage (HV) low duty-cycle rectangular …

This paper shows how to use modular Marx multilevel converter diode (M 3 CD) modules to
apply unipolar or bipolar high-voltage pulses for pulsed power applications. The M 3 CD …

Publisher Summary This chapter reviews some of the most typical semiconductors and
topologies used for generating repetitive unipolar and bipolar high-voltage pulses based on …

Modern pulsed power technology has its roots in the late 1950s and early 1960s, and it was
driven overwhelmingly by applications in national defense carried out by several countries …

This paper discusses a novel methodology to increase the voltage droop compensation
range in generalized solid-state bipolar high-voltage Marx modulators with one resonant …

High-voltage pulsed power technologies are rapidly emerging as a key to efficient and
flexible use of electrical power for many industrial applications. One of the most important …

Today high-voltage pulses are reaching more fields of application. High-voltage pulse
transformers are often used in association with high-voltage pulse generating circuits to …

To treat stainless-steel surfaces by nitrogen plasma implantation, a solid-state compact
modulator was devised, in which a 8.0-muF capacitor discharges through a forward …