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Eagle Harbor Technologies (EHT) is developing high voltage nanosecond pulsers capable of driving nonlinear transmission lines for high power microwave production and generating non-equilibrium plasmas. Other applications for high voltage nanosecond pulsers include plasma medicine, material science, enhanced combustion, drag reduction, surface and water decontamination and Electromagnetic device testing...
Eagle Harbor Technologies (EHT), Inc. has developed three integrators for magnetic diagnostics used within the fusion science and plasma physics communities. The EHT Short Pulse Integrator is an ultra-stable, high frequency, analog differential integrator designed to operate for periods ranging from sub-microsecond to tens of seconds. The EHT Long Pulse Integrator exceeds the ITER specification for...
Eagle Harbor Technologies, Inc. (EHT) is developing a high voltage nanosecond pulser capable of generating non-equilibrium plasmas, including dielectric barrier discharges, pseudospark discharges, and liquid plasma discharges for plasma medicine, material science, enhanced combustion, drag reduction, and other research applications. EHT nanosecond pulsers are capable of producing high voltage (up...
By repeated injection of magnetic helicity (K = 2φψ) on time-scales short compared with the dissipation time (τinj << τK), it is possible to produce toroidal currents relevant to POP-level experiments. Here we discuss an effective injection rate, $$ \dot{K}_{\text{eff}} = 2\psi_{\text{gun}} I_{\text{gun}} \dot{L} $$ due to the expansion of a series of current sheets and their subsequent...
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