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Optical isolator for 20kv used in plasma
Optical isolator for 20kv used in plasma







, Google Scholar Scitation, ISIĭevelopment and characterization of a multi-electrode cold atmospheric pressure DBD plasma jet aiming plasma application,” J. Measurements of ion velocity and density in the plasma sheath,” Phys. Plasma sheath: An equivalent nonlinear mirror between electron density and transmitted electromagnetic signal,” Phys. Nonlocal fluxes at a plasma sheath,” Phys. , Google Scholar ScitationĪpplied spectroscopy in pulsed power plasmas,” Phys. , Google Scholar ScitationĪn inexpensive technique for the time resolved laser induced plasma spectroscopy,” Phys. Note: Design and investigation of a multichannel plasma-jet triggered gas switch,” Rev. Influence of low ambient pressure on the performance of a high-energy array surface arc plasma actuator,” Chin. , Google Scholar Crossref, ISIĮlectron density measurement in atmospheric pressure plasma jets: Stark broadening of hydrogenated and non-hydrogenated lines,” Plasma Sources Sci. Spectroscopic measurements of electron density of capillary plasma based on Stark broadening of hydrogen line,” Phys. , Google Scholar CrossrefĬharacteristics of plasma stream evolution in a pulsed plasma accelerator,” Phys. , Google Scholar Crossrefĭetailed study of the Stark broadening of Balmer lines in a high-density plasma,” Phys. Spatiotemporal optical emission spectroscopy to estimate electron density and temperature of plasmas in solution,” J. , Google Scholar CrossrefĮxperimental and numerical investigations of microwave return loss of aircraft inlets with low-pressure plasma,” Phys. Numerical investigation on interference and absorption of electromagnetic waves in the plasma-covered cavity using FDTD method,” IEEE Trans. , Google Scholar Scitation, ISIĮxperimental and numerical investigation on electromagnetic absorption and diffraction by the plasma-covered cavity,” IEEE Trans.

optical isolator for 20kv used in plasma

, Google Scholar CrossrefĪnalysis of electromagnetic scattering characteristics of plasma sheath surrounding a hypersonic aerocraft based on high-order auxiliary differential equation finite-difference time-domain,” Phys. Research on the FDTD method of electromagnetic wave scattering characteristics in time-varying and spatially nonuniform plasma sheath,” IEEE Trans. , Google Scholar CrossrefĮstablishment of a wideband radar scattering center model of a plasma sheath,” IEEE Accessħ, 140402–140410 (2019).

optical isolator for 20kv used in plasma

Study of the influence of time-varying plasma sheath on radar echo signal,” IEEE Trans. , Google Scholar CrossrefĮffect of plasma sheath covering spacecraft-borne array antenna on direction-of-arrival estimation,” in IEEE Transactions on Plasma Science ( , Google Scholar ScitationĬomparison study of electromagnetic wave propagation in high and low pressure Ar inductively coupled plasma,” Vacuumġ27, 65– 72 (2016). , Google Scholar CrossrefĮlectromagnetic wave attenuation measurements in a ring-shaped inductively coupled air plasma,” J. Three-dimensional computation of reduction in radar cross section using plasma shielding,” IEEE Trans. Study and optimization of plasma-based radar cross section reduction using three-dimensional computations,” IEEE Trans. , Google Scholar Scitation, ISIĪn analysis of radar detection on a plasma sheath covered reentry target,” IEEE Trans. Research on the FDTD method of scattering effects of obliquely incident electromagnetic waves in time-varying plasma sheath on collision and plasma frequencies,” Phys. The analysis of high-energy pulsed plasma jets provides the framework for future research into active stealth in high-speed vehicles.Ĭauses and mitigation of radio frequency (RF) blackout during reentry of reusable launch vehicles,” Report No. As the axial position rises, the electron density gradually decays. The electron density ranges from 2.5 × 10 16 to 2.1 × 10 17 cm −3 with an increasing trend from 0 to 12 μs and a decreasing trend from 12 to 28 μs. The electron temperature ranges from 0.68 to 1 eV. The high-speed camera determines that the plasma injection process lasted 160.04 μs. The deposited energy rises and then falls as the pressure rises. This includes the electrical parameters of the plasma and its spatial and temporal distribution. The characteristics of the plasma were extensively diagnosed using current–voltage measurements, high-speed cameras, and optical emission spectroscopy.

optical isolator for 20kv used in plasma

The injected plasma enters the plasma sheath, and the stealth of the high-speed vehicle is achieved by modulating the dynamics of the plasma sheath electron density. This research proposes a high-energy pulsed plasma jet for producing highly dynamic and huge gradient plasma.









Optical isolator for 20kv used in plasma