Basic Modes of Radioactive Decay

Hasna Albandar
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Abstract

This basic modes of radioactive decay review “ Gamma Rays ” reviews some topics related to radiation, its classification and importance. In general, gamma rays interfere with our life, so we need to comprehend radiation as fact around us all the time and all the time. We live in a naturally radioactive world, but to what extent do physicians, nurses, and medical technicians, who may have to deal with urgent cases of a radiation, know about it? This chapter will address what radiation is and what is its role. This chapter will guide us toward the knowledge of ionizing radiation and its certain forms such as alpha particles, beta particles, gamma rays, and X-rays. as well as it will review on radioactive decay (nuclear decay) as well as help us learn about radioactivity and radiation, in addition to the types of decays, which are divided into beta decay, gamma decay, electron capture, positron decay, and alpha decay. This chapter will focus on radioactive decay, the activity and units of radioactive activity, and half-life of it. The last part of this chapter discusses attenuation as the reduction in the intensity of gamma ray or X-ray beam. The most important subtitles that are scattered from attenuation are HVL mean free path, the linear attenuation coefficient, pair production, and photoelectric scattering.
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放射性衰变的基本模式
这篇放射性衰变的基本模式综述“伽马射线”综述了与辐射有关的一些主题,它的分类和重要性。一般来说,伽马射线会干扰我们的生活,所以我们需要把辐射理解为每时每一刻都在我们身边的事实。我们生活在一个自然辐射的世界里,但是那些可能要处理紧急辐射病例的医生、护士和医疗技术人员知道多少呢?本章将讨论什么是辐射,它的作用是什么。本章将引导我们了解电离辐射及其某些形式,如α粒子、β粒子、γ射线和x射线。此外,它将回顾放射性衰变(核衰变),以及帮助我们了解放射性和辐射,除了衰变的类型,这分为衰变,衰变,衰变,电子捕获,正电子衰变,和α衰变。本章将集中讨论放射性衰变、放射性活度和放射性活度单位,以及它的半衰期。本章的最后一部分讨论了衰减,即伽马射线或x射线束强度的降低。衰减散射最重要的副项是HVL平均自由程、线性衰减系数、对产生和光电散射。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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