The plasma sheath communication blackout issue for hypersonic or reentry vehicles is
addressed from a channel characteristic perspective. Different from previous research, this …

Triple Langmuir probe (TLP) diagnostic system with its necessary driving circuit is
developed and successfully applies for time-resolved measurement of plasma parameters in …

—This theoretical study examines the characteristics of a surface wave driven argon plasma
monopole antenna with excitation power level up to 100 W and gas pressure of 0.4 mb …

In this work, a new form of double Langmuir probe (DLP) system, an emissive double
Langmuir probe (EDLP), which connects a collecting probe tip and an electron-emitting …

The surface plasmon polariton produce along a metal dielectric interface due to existence of
unique surface EM wave is topic of great interest [1, 2]. In the certain frequency range …

Triple Langmuir probe (TLP) technique is used to measure local and time-resolved plasma
parameters in pulsed capacitive discharge. This technique allows the instantaneous …

A surface wave driven plasma Yagi-Uda monopole array composed of several surface wave
driven plasma monopole elements is proposed and studied with finite difference time …

An analytical technique referred to as the propagator matrix method (PMM) is presented to
study the problem of electromagnetic (EM) waves interacting with the nonuniform …

This theoretical study presents the characteristics of plasma monopole antennas in the
VHF/UHF range using finite difference time domain (FDTD) simulation. Results show that …

The main objectives of this work were to develop a lab-scale direct current (DC) glow
discharges plasma system for modification of organic and inorganic membranes …