Gel dosimetry was developed in the 1990s in response to a growing need for methods to
validate the radiation dose distribution delivered to cancer patients receiving high-precision …

Radiotherapy has rapidly improved because of the use of new equipment and techniques.
Hence, the appeal for a feasible and accurate three-dimensional (3D) dosimetry system has …

Radiation-sensitive gels are among the most recent and promising developments for
radiation therapy (RT) dosimetry. RT dosimetry has the twofold goal of ensuring the quality …

Introduction The accuracy of dose delivered to tumors and surrounding normal tissues is
vital in either radiotherapy using low energy photons and radiological techniques as well as …

With the advent of complex and precise radiation therapy techniques, the use of relatively
small fields is needed. Using such field sizes can cause uncertainty in dosimetry; therefore …

Recent advancements in medical dosimetry have significantly improved the precision and
effectiveness of radiation therapy by accurately quantifying absorbed doses from ionizing …

Gel dosimetry has emerged over the past three decades in response to a growing need in
high-precision radiotherapy to assess, in three dimensions, the absorbed radiation dose, as …

The impact of calcium chloride (CaCl2) on the performance of N-(hydroxymethyl) acrylamide
(NHMA) polymer gel dosimeter is studied in this article. The dosimeter was exposed to …

Many analytical methods have been developed by incorporating polymeric materials as an
essential component. Polymers have a wide range of applications due to their easily tunable …

The impact of lithium chloride inorganic salt (LiCl) on the response of radiated N-
(Hydroxymethyl) acrylamide (NHMA) polymer gel dosimeters was presented in this article …