Applied Research Frontiers
Title
Chemical Procedure and Characterization of Radio-Chromic Dosimeters for Spectroscopic Measurements
Authors
S. H. Tohidi*a and M. Sadeghib
aPhysics & Accelerators Research School, NSTI, Karaj, Iran.
bReactor Research School, NSTI, Isfahan, Iran.
*Corresponding author E-mail address: htouhidi@yahoo.com (S. H. Tohidi)
Article History
Publication details: Received: 12th March 2023; Revised: 10th April 2023; Accepted: 10th April 2023; Published: 24th April 2023
Cite this article
Tohidi S. H.; Sadeghi M. Chemical Procedure and Characterization of Radio-Chromic Dosimeters for Spectroscopic Measurements. Appl. Res. Front., 2023, 2(4), 27-30.
Abstract
Todays, the plants gel sensitive to radiation were converted to smart and reliable tools for measurement of the three-dimensional dose distribution. Three-dimensional dose distribution in radiochromic dosimeter on chemical matrix was produced in micro-scale, and then was obtained measurement after radiation with ionic beams such as gamma-ray. The main goal of this investigation is preparation and characterization of radio-chromic dosimeter with plant materials with using of microtechnology and application of ideal dosimeter in micro-scale forwarded for three-dimensional distribution of ionic beams. This ideal dosimeter is with water absorption properties, that these properties were concluded with radiologic properties. The results of these studies present, access to procedure of fabrication plants gel dosimeter in micro-scale and application as dosimeter gamma beams. The method of investigation is chemical method with applying the best ratio of Gelatin/Gene-pin, water; acid sulfuric (H2SO4) components and the best condition of reaction were presented for spectroscopic measurements.
Keywords
Radio-Chromic; Dosimeter; Ionic Beams; Measurements
