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A novel pressurized gas-filled multi-RF-cavity beam profile monitor has been studied that is simple and robust in highradiation environments. Charged particles passing through each RF-cavity in the monitor produce intensity-dependent ionized plasma, which changes the gas permittivity. Standard RF techniques to measure the change in quality factor and frequency as a function of time are then used to determine the change in permittivity and corresponding beam intensity in each cavity in the profile monitor. The sensitivity to beam intensity is adjustable using gas pressure and RF gradient. The performance of the gas-filled beam profile monitor has been numerically simulated to evaluate the sensitivity of permittivity measurements.

Gas Filled RF Resonator Hadron Beam Monitor for Intense Neutrino Beam Experiments