Simulation of vanadium-48 production using MCNPX code
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Computational investigation of 1 up to 3 kCi Co-60 source production at external irradiation boxes of TRR core using MCNPX code
In many human diseases and health cases, therapy of blood transfusion becomes necessary. In spite of the necessity, there are some risks associated with blood used in blood transfusion process. The TA-GVHD (transfusion-associated graft-versus-host-disease) is a problem when a blo
Monte Carlo Investigation of Secondary Particles Production in Soft Tissue during Carbon Ion Therapy by GEANT4 Toolkit and MCNPX Code
High-energy heavy ions produced by accelerators are used in industrial and medical applications. Recently carbon ions have been used in the treatment of cancerous tumors. Heavy ions by the spallation process will activate the soft tissue components before tumors. In this research
Calculation of Neutron Dose Ratio of Heart, Lung and Liver due to breast cancer Proton Therapy using MCNPX code
Introduction: The proton beam produced in particle accelerators has an appropriate therapeutic potential. In this research, proton therapy of breast cancer is simulated using the MCNPX code in a MIRD phantom, also the contribution of scattered neutron dose during the proton thera
Gamma Shielding Experiment Simulation utilizing MCNPX Code
Experimental investigation requires materials, radiation sources, and test arrangements with a high monetary financial plan. Furthermore, exposure involves people during the experiment. On contrary, simulation technique for examining interactions is radio-logically safer, less ti
Simulation of Surface Flux Received Through Breast Tumor Radiation Therapy with MCNPX Code
In radiation therapy, investigating of the effects of the surface flux reaching on the tissue is important in planning the treatment and this requires a precise evaluation of the absorbed dose distribution throughout the irradiated tissue. Therefore, by Monte Carlo simulation wit
A Comprehensive Analysis of Radiosensitization Properties of Metallic Nanoparticles in Brachytherapy of Gastric Adenocarcinoma by I-125 Seed: A Simulation Study by MCNPX and MCNP6 Codes
Purpose: In the current study, we aimed to look into macroscopic and microscopic dose enhancement effect of metallic nanoparticles in interstitial brachytherapy gastric adenocarcinoma by Iodine-125 source using a nano-lattice model MCNPX (2.7) MCNP6.1 codes. Materials methods: Ba