A Review of Bismuth Nanoparticles and Surface Plasmon Resonance; Synthesis and Properties for Medical Physics Applications

Abstract

The Study describes the efficient synthesis of bismuth nanoparticles due to their effective properties for medical physics applications, such as cancer therapyptical properties of nonmetalsare being exploited for multimodal therapeutic applications, in particular in the field of studying cancer cells and trying to inhibit their activity. Nano bismuth can be prepared in an environmentally friendly way called the green method, using plant extracts and lemon extract, which is one of the good types for use in preparing nano bismuth studying its properties, and using it in various applications. The good absorption of near - infrared radiation by bismuth nanoparticles has encouraged the use of bismuth in the field of therapeutic studies for cancer, where it has become strongly present, but there is a major challenge facing this type of study because cancer as yet one of the main causes of human demise and the side effects of the traditional treatments have remained without nresolved. In addition, it is present in other areas due to the good efficiency shown by its optical properties. Bismuth using in various applications over the past decades is mainly due to their properties which ensure the high quality of their application. Furthermore, interrelationships in scientific research between various disciplines, for example, between physics and biology, as well as between engineering and biological disciplines. This interconnection between scientific disciplines,can be employed in studying the properties of metallic nanomaterials and thus the possibility of using them and benefiting from them in medical fields.