Introduction Japan’s handling of nuclear wastewater is causing a stir worldwide, raising questions about environmental and health safety. But how dangerous is it really? This blog post will help you understand the nitty-gritty of nuclear radiation, how it can potentially harm our bodies, and the safety measures we have in place to protect ourselves. Part I: Understanding Nuclear Radiation What is Nuclear Radiation? Nuclear radiation, quite an intriguing topic, isn’t it? It’s this mysterious energy we often hear about in science fiction movies or superhero comics. But let’s get real and understand what it actually is. Simply put, nuclear radiation is the energy that’s released during nuclear reactions or decay – think of it as the aftershock of a nuclear event. This energy comes out in various forms which we call particles and rays. Imagine a firework explosion – the sparks flying off in different directions are somewhat like these particles and rays. The most common ones are alpha, beta, and gamma radiation. Now, let’s dive a bit deeper into each type. First off, alpha radiation is basically helium nuclei – picture tiny helium balloons without the balloon part. They’re not very good at penetrating stuff, so they can’t get through even a sheet of paper or your skin. Next up, we have beta radiation. These are like high-speed electrons – tiny particles zooming around at super fast speeds. They’re more penetrative than alpha particles and can get into your skin but they’re not unstoppable. A good layer of clothing

  EMF or electromagnetic fields are all around us. They come from various sources such as cell phones, Wi-Fi routers, microwave ovens, and many other electrical devices. These fields can be harmful to our health if we are exposed to them for long periods. It is therefore essential to know how to protect ourselves from the harmful effects of EMF. One way to protect ourselves from EMF is to use materials that can absorb them. In this article, we will discuss what materials absorb EMF and how they work. What is EMF Absorption? EMF absorption is the process by which materials absorb electromagnetic fields. The absorbed energy is converted into heat, which is then dissipated into the environment. EMF absorption materials are made of conductive materials that can conduct and absorb EMF. How EMF Absorption Works When an electromagnetic field comes into contact with an EMF absorption material, the material’s electrons begin to move. These moving electrons produce an electric current that flows through the material. This current generates heat that is then dissipated into the environment, reducing the strength of the electromagnetic field. Types of EMF Absorption Materials There are two types of EMF absorption materials: conductive and magnetic. Conductive materials, such as metals and conductive fabrics, absorb EMF by conducting the electric current generated by the electromagnetic field. Magnetic materials, such as magnetic shields, absorb EMF by creating a magnetic field that cancels out the electromagnetic field. Common Materials That Absorb EMF Several materials can absorb EMF, and

内容目录 Do you have any 5G base stations around your house? and do you use a lot of household appliances that contain radiation? Do you work in computer rooms, electrical facilities? Are you concerned about the effects of radiation on your health?   The electromagnetic wave pollution is caused by nature and artificial pollution 1.What is a natural radiation phenomenon ？ The most common is the phenomenon of lightning. lightning strikes a wide range of frequencies，As low as a few trillion or as high as ten trillion. This will affect the operation of electronic equipment. The power of lightning is also very huge. There are many reports of lightning tearing through trees, destroying homes, and, worse, killing people. 2.What is artificial radiation ？ The electromagnetic radiation caused by human factors is mainly the use of radiofrequency equipment. To spread the news and current affairs to people, wifi routers, radio and television stations send out signals in the form of electromagnetic waves. To make the communication between people accessible, Others include microwave ovens for home use, electric blankets, maglev trains for transportation, magneto-nuclear resonators for medical use, and industrial transformers.   With the launch of 5G, we will face a brand new 5G era. The development of high technology brings convenience to people but also brings some negative effects.5G stations have become ubiquitous, which means that a 5G base station is seen every few hundred meters in people’s homes. The search found the radiation generated by these base stations will have