International Journal of Advanced Multidisciplinary Research and Studies
Volume 6, Issue 2, 2026
Omega Factor Radiotherapy Wedges 3D Advanced Simulations at 18 MEV-Depth [z = 5,15 cm] with AAA Model for Breast Cancer Treatment Planning Optimization
Author(s): Francisco Casesnoves
Abstract:
Continuing with the Author’s created Omega Factor (OF) convolution for Anisotropic Analytic Model (AAA) radiotherapy research/improvements, a number of equations with their mathematical-geometrical development are improved/reviewed with analytic geometry calculations. Subject to breast cancer radiotherapy, 3D Isodoses detailed-graphics are presented for beam-modification Treatment Planning Optimization TPO with wedge filters (WF). Results for 3D Isodose-zone graphics for [z = 5, 15 cm], based on all these algorithms/software, are for OF-corrected AAA model at 18 Mev photon-beam. 3D Isodose charts, in Type 1 [Vertical 3D Isodoses], and Type 2 [Horizontal 3D Isodoses are presented] in contrast to classical 2D Isodoses. These 3D Isodoses radiotherapy simulations software are explained through the 3D graphics series elaboration. TPO applications with WF, and beam modification devices in general, for breast tumors are shown.
Keywords: Omega Factor (OF), Radiation Dose, Attenuation Exponential Factor (AEF), Simulations, Nonlinear Optimization, Matrix Algebra, Spherical-Spatial Analytical Geometry, Organ at Risk (OAR), Multi-Leaf Collimator (MLC), Wedge Filter (WF), Conformal Wedge Filter, Anisotropic Analytic Model AAA, Intensity Modulated Radiotherapy (IMRT), Intense Modulated Protontherapy (IMPT), Fluence Factor (FF), Treatment Planning Optimization (TPO), Breast Tumor (BT), Computarized Thomography (CT)
Pages: 1473-1485
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