Different low-cost commercial general-purpose MOSFETs and a RADFET are subjected to
ionizing photon beams for comparison. The main characteristics of the radiation response …

The experimental response of different commercial metal-oxide-semiconductor transistors to
electron beams in order to check their capabilities as radiation sensors for intra-operative …

Purpose This paper presents a low-cost MOSFET dosimeter suitable for in vivo radiotherapy
applications. We analyze different methods to extract the threshold voltage and how this …

In this work we describe and evaluate a dosimetric system based on an NFC (Near Field
Communication) tag and a smartphone that uses commercial MOSFETs as radiation …

This work presents a dosimetry system based on MOSFET sensors for real-time dose
monitoring. MOS transistors were biased during irradiation, and the response of lateral …

This article tries to explain a modified method on dosimetry, based on electronic solid state
including MOSFET (metal oxide semiconductor field effect) transistors. For this purpose …

A compact and low-cost dosimetry system based on MOSFET for in vivo radiotherapy has
been developed and characterized. This electronic system consists of a wireless sensor …

A comparative study of radiation-sensitive field effect transistors (RADFETs) response to
photon and electron beams has been carried out in reference conditions. Both types of …

The effect of temperature on dosimetric measurements is a major limitation of solid-state
dosimeters. This is especially true for PIN photodiode dosimeters, where the dark current …

Extraction of radiation dose information from MOSFET (RADFET) based dosimetry systems
usually relies on biasing the MOSFET during readout at zero temperature coefficient drain …