What is X-ray?

What is X-ray?

X-ray and visible lights are just one thing. Both of them go into electromagnetic form and carry photons to this energy (if you read the detailed article on the light, of course, know). Both visible light and X-ray are produced from the movement of electrons in the atom. When the electron moves down from its orbit, the electron releases some energy, leaving this energy photons. By the way, electron-photon will not be able to grind your head and, in one word, X-ray is a general light super powerful version. It can also travel at the same speed as normal light. If you point out a piece of paper to throw an X-ray light then it can be seen that its wavelength is less than thousand times smaller than normal light. Its energy is much higher, the wavelength is shorter, and frequency is too high, it can penetrate all the objects which can not penetrate the normal light.

We know that materials such as glass or plastic can easily penetrate into the normal light. But other materials such as iron, wood etc. cannot penetrate the general light. In the same way, some material X-rays allowed them to penetrate and some materials swept the rays. But why is this so? When Ranjan Rama wants to cross the matrix and move on the other side, then this ray has to fight a lot with the atom. The ray goes out in the gap between the vibrating space of the electromagnetic atom of a matrix. That is, the atom which contains the electron, the dye rays will be absorbed and not able to penetrate.

X-rays can penetrate the materials comfortably, which have very little light and some electrons; For example, our skin, or carbon-dependent molecules. But there are many electrons in the atom, where the dye rays are dead.

 

Use:

Medical – People find the first use of X-ray in the medical field, so many of them know as a medical tool. It is used both in diagnosis and treatment. Our body bone absorbs bone, teeth, and rays, but the skin lets the flesh pierces X-ray. That’s why X-ray photos have black shadows inside the body, which can not penetrate it. However, this type of photo is extremely helpful in determining the work, broken bones, tumors, tuberculosis, emphysema etc. Besides, Doctor’s doctors also tried to use it to understand what is going on in the heart of Data.

Security- X-ray helps in showing the different parts of the human body, just as it helps to see things in the bag. It relaxes soft materials such as leather, belts, plastics etc. But if there is a gun, knife or any kind of explosive, then Ranjan rays are blocked and their live pictures can be seen on the screen of the computer screen scanner. Generally, the security team at the airport uses these large CT scanners.

Manufactured use – If the ray of ray beats is hidden inside the body and the bag, but by using the same method, why can not it find the machine error? It is also used to find cracks, broken parts, flaws, etc. on different machines.

Astronomy – We can easily calculate the more important information along with the distance of different planets from our planet through a telescope. But radio telescope works again in a different style, it’s like a radar and satellite dish, which receives radio waves from the planets, and if this wave stairs, the distance of the planet can be fenced. Similarly, sending the X-ray space is possible, it is possible to enclose the distance of the planets like the radio telescope. But the problem is that our planet’s atmosphere absorbs X-rays from space and does not reach the Earth’s surface. So it is not possible to receive this light on the surface of the earth, to work with a receiver in space.

 

Is it harmful?

Do you think you’ve got a footage, but do not understand that the legs are broken! What to do? Simple answer, X-ray! But if you did not have this death ray? Then? Then, to check what had been done on the foot had to be surgery. Once thought, how much difference has it made in the medical world?

Anyway, Ranjan Rammi is harmful to us? Yes, it falls into the category of ionizing radiation, which is harmful to our skin. When the general light hits the atom, it can not make any changes in the atom. But when X-rays hit the atom, causing the atom’s electrons to excite and produce ions, which electromently charges the atom. The electrical charge of the ion can cause an unwanted reaction between the cells and detach the DNA ties. If a cell’s DNA breaks down or the cell dies or DNA changes. The change in DNA in cells means that the cells are infected with cancer. And this cancer can spread to separate cells.

Although it is a risk, then it’s a lot of good options from surgery, but with this, there will not be a problem if it does not take long.

Do you think you’ve got a footage, but do not understand that the legs are broken! What to do? Simple answer, X-ray! But if you did not have this death ray? Then? Then, to check what had been done on the foot had to be surgery. Once thought, how much difference has it made in the medical world?

Anyway, Ranjan Rammi is harmful to us? Yes, it falls into the category of ionizing radiation, which is harmful to our skin. When the general light hits the atom, it can not make any changes in the atom. But when X-rays hit the atom, causing the atom’s electrons to excite and produce ions, which electromently charges the atom. The electrical charge of the ion can cause an unwanted reaction between the cells and detach the DNA ties. If a cell’s DNA breaks down or the cell dies or DNA changes. The change in DNA in cells means that the cells are infected with cancer. And this cancer can spread to separate cells.

Although it is a risk, then it’s a lot of good options from surgery, but with this, there will not be a problem if it does not take long.