Journal Article

·2022

Monte Carlo study on size-dependent radiation enhancement effects of spinel ferrite nanoparticles

Bayram Bilmez YTU , Melis Özşahin Toker YTU , Ozan Toker YTU , Orhan İçelli YTU

Radiation Physics and Chemistry

No open-access abstract is available for this article. Use the DOI link on the right to read the full text.

Keywords

Spinel Monte Carlo method Nanoparticle Materials science Ferrite (magnet) Radiation Nanotechnology Optics Physics Metallurgy Composite material Mathematics Statistics

Subject Areas

Radiation Therapy and Dosimetry ·Pulmonary and Respiratory Medicine ·Health Sciences
Radiation Shielding Materials Analysis ·Materials Chemistry ·Physical Sciences
Advanced Radiotherapy Techniques ·Radiation ·Physical Sciences

Citations by Year

OpenAlex SDG Match

SDGs auto-classified by OpenAlex (score ≥ 0.4 shown).

Affordable and clean energy 50% Clean water and sanitation 41%

Related Articles

Other articles contributing to the same SDGs.

2026

A novel bioelectrochemical system designed to manage wastewater for simultaneous bioelectricity and hydrogen production

Biomass and Bioenergy

2026

Comprehensive waste‐free utilization of Calendula officinalis L . biomass: Cationic ( Basic Green 4) and anionic ( C ongo Red ) dye adsorption capacity and antioxidant activity

Environmental Progress & Sustainable Energy

2026

Photocatalytic Degradation of Ketoprofen Using ZnFe2O4 Catalyst: A Comparative Study Under Sunlight and UV Light

SSRN Electronic Journal

2026

Developing giant grass biochar-Fe₃O₄-g-C₃N₄ composite for the adsorption of methylene blue from aqueous solutions

Scientific Reports
All articles