How to x ray a picture

how to x ray a picture

How to X-Ray

Typically, an x-ray machine follows the following operating procedure: 1. The technician chooses an exposure time and kVp. 2. The tube’s heater warms up for a short period. 3. High voltage is turned on and x-ray photo is taken. It’s a process that must be replicated in my machine. Jan 31,  · Just Go to the tab Insert > Now click the “Pictures” tab from the ribbon tab. See the below image. Now select the desired image that you previously downloaded and click the “insert” button as below image. Select your image that you want to have x-ray effects Third Step: Zoom and Replace the Image.

Hello everyone, today I would like to show you a surprising way to edit your photo. X-ray See Through cloth effects using Microsoft Word in specific. As you already know what Photoshop can do with lots of tools and huge editing capacity. In the next tutorial, I will show you how you can edit photos x-ray see-through cloth using Adobe Photoshop. But, for today I am about to show you how you can do that without using Photoshop. This is going to be something special that you can see step by step till the end.

Yeah, you heard that right. Today I will show you how pocture edit pictures to see through clothes using only Pcture word [Surprise! I will use two female body images and make their cloth see-through little bit x-ray effects on them. Above, you can already see the featured image and I am going to show you how how to thicken runny mayonnaise do exactly like that using Microsoft Word Software.

Note: For choosing images you need to find images that are a little bit transparent or semi-transparent. Because what did martin luther king jr believed in the transparency in the image the effect will not going to work perfectly.

Find an image that rau are going to give x-ray see-through effects. Make sure your selected image has a little bit transparency so that you can do your thing for the purpose. You can download some Images from this link. For this tutorial, I am using the latest pictute of Microsoft Word tto beta So, if you have any of that software x you are good to go. See the below image. Select your image that you want to have x-ray effects Third Step: Zoom and Replace the Image In this step, you need to zoom in your image as per your requirement and copy the image and place it beside the image.

Now select the second image and this will show the image option for you. Check the image below. In this version, MS-Word will automatically detect your image selection. You can change it depending on your requirements. The violet area is not selected but the normal color area is selected. But, for the job, we need the cloth portion only.

Use your accuracy to do this properly. Microsoft word is pretty much automated with these steps. As per the below image please select those marked options. Now again select the second image. When you change the slider of brightness you will see the changes in your selected images in real-time. You can try sharpness or contrast slides for your desired results. You can use autoformatted options right beside the editing tools you can use sliders pidture numbers to get your satisfactory one.

You have done it. Below image is the result of our work. If hwo have followed the instructions perfectly then you already achieved x-ray see-through cloth effects in ho desired image. I have done another image with the same technique. This time I will use white dresses for x-ray effects. Below is the before and after example. Hope this will help you to understand more about Microsoft features.

High quality and professional images are also useful for more website visitors, product sales and lead generation. It creates a great impression for your users. I also provide professional photo editing services for my various clients. Rat, if you need any kind of professional photo editing services like photo background to remove, photo retouching, color correction or post-production then xx can directly send mail to me at info liefe.

You will get a free trial with a quote. Your email address will not pictire published. Click format menu and click background remove ribbon tab Fourth Step: Select the portion that you want see-through Check the image below. Leave a Comment Ra Reply Your email address will not be published.

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Mar 26,  · In a normal X-ray picture, most soft tissue doesn't show up clearly. To focus in on organs, or to examine the blood vessels that make up the circulatory system, doctors must introduce contrast media into the body. Contrast media are liquids that absorb X-rays more effectively than the surrounding tissue. To bring organs in the digestive and. Sep 02,  · An X-ray is a common imaging test that’s been used for decades. It can help your doctor view the inside of your body without having to make an Brian Krans. Sep 26,  · how to open x-ray images on my pc I have a CD of my x-rays and need to know what program to use to open them. Help! This thread is locked. You can follow the question or vote as helpful, but you cannot reply to this thread. I have the same question (75) Subscribe.

By: Tom Harris. As with many of mankind's monumental discoveries, X-ray technology was invented completely by accident. In , a German physicist named Wilhelm Roentgen made the discovery while experimenting with electron beams in a gas discharge tube.

Roentgen noticed that a fluorescent screen in his lab started to glow when the electron beam was turned on. This response in itself wasn't so surprising -- fluorescent material normally glows in reaction to electromagnetic radiation -- but Roentgen's tube was surrounded by heavy black cardboard. Roentgen assumed this would have blocked most of the radiation.

Roentgen placed various objects between the tube and the screen, and the screen still glowed. Finally, he put his hand in front of the tube, and saw the silhouette of his bones projected onto the fluorescent screen. Immediately after discovering X-rays themselves, he had discovered their most beneficial application. Roentgen's remarkable discovery precipitated one of the most important medical advancements in human history.

X-ray technology lets doctors see straight through human tissue to examine broken bones, cavities and swallowed objects with extraordinary ease. Modified X-ray procedures can be used to examine softer tissue, such as the lungs , blood vessels or the intestines. In this article, we'll find out exactly how X-rays machines pull off this incredible trick.

As it turns out, the basic process is really very simple. X-rays are basically the same thing as visible light rays. Both are wavelike forms of electromagnetic energy carried by particles called photons see How Light Works for details. The difference between X-rays and visible light rays is the energy level of the individual photons.

This is also expressed as the wavelength of the rays. Our eyes are sensitive to the particular wavelength of visible light, but not to the shorter wavelength of higher energy X-ray waves or the longer wavelength of the lower energy radio waves.

Visible light photons and X-ray photons are both produced by the movement of electrons in atoms. Electrons occupy different energy levels, or orbitals, around an atom's nucleus. When an electron drops to a lower orbital, it needs to release some energy -- it releases the extra energy in the form of a photon.

The energy level of the photon depends on how far the electron dropped between orbitals. See this page for a detailed description of this process. When a photon collides with another atom, the atom may absorb the photon's energy by boosting an electron to a higher level. For this to happen, the energy level of the photon has to match the energy difference between the two electron positions. If not, the photon can't shift electrons between orbitals.

The atoms that make up your body tissue absorb visible light photons very well. The energy level of the photon fits with various energy differences between electron positions. Radio waves don't have enough energy to move electrons between orbitals in larger atoms, so they pass through most stuff. X-ray photons also pass through most things, but for the opposite reason: They have too much energy.

Other X-Ray Uses The most important contributions of X-ray technology have been in the world of medicine, but X-rays have played a crucial role in a number of other areas as well. X-rays have been pivotal in research involving quantum mechanics theory, crystallography and cosmology. In the industrial world, X-ray scanners are often used to detect minute flaws in heavy metal equipment. And X-ray scanners have become standard equipment in airport security , of course.

They can, however, knock an electron away from an atom altogether. Some of the energy from the X-ray photon works to separate the electron from the atom, and the rest sends the electron flying through space. A larger atom is more likely to absorb an X-ray photon in this way, because larger atoms have greater energy differences between orbitals -- the energy level more closely matches the energy of the photon. Smaller atoms, where the electron orbitals are separated by relatively low jumps in energy, are less likely to absorb X-ray photons.

The soft tissue in your body is composed of smaller atoms, and so does not absorb X-ray photons particularly well. The calcium atoms that make up your bones are much larger, so they are better at absorbing X-ray photons.

The heart of an X-ray machine is an electrode pair -- a cathode and an anode -- that sits inside a glass vacuum tube. The cathode is a heated filament , like you might find in an older fluorescent lamp. The machine passes current through the filament, heating it up. The heat sputters electrons off of the filament surface. The positively-charged anode, a flat disc made of tungsten , draws the electrons across the tube. The voltage difference between the cathode and anode is extremely high, so the electrons fly through the tube with a great deal of force.

When a speeding electron collides with a tungsten atom, it knocks loose an electron in one of the atom's lower orbitals. An electron in a higher orbital immediately falls to the lower energy level, releasing its extra energy in the form of a photon.

It's a big drop, so the photon has a high energy level -- it is an X-ray photon. The free electron collides with the tungsten atom, knocking an electron out of a lower orbital.

A higher orbital electron fills the empty position, releasing its excess energy as a photon. Free electrons can also generate photons without hitting an atom. An atom's nucleus may attract a speeding electron just enough to alter its course. Like a comet whipping around the sun , the electron slows down and changes direction as it speeds past the atom. This "braking" action causes the electron to emit excess energy in the form of an X-ray photon.

The free electron is attracted to the tungsten atom nucleus. As the electron speeds past, the nucleus alters its course. The electron loses energy, which it releases as an X-ray photon. Contrast Media In a normal X-ray picture, most soft tissue doesn't show up clearly.

To focus in on organs, or to examine the blood vessels that make up the circulatory system, doctors must introduce contrast media into the body. Contrast media are liquids that absorb X-rays more effectively than the surrounding tissue. To bring organs in the digestive and endocrine systems into focus, a patient will swallow a contrast media mixture, typically a barium compound.

If the doctors want to examine blood vessels or other elements in the circulatory system, they will inject contrast media into the patient's bloodstream. Contrast media are often used in conjunction with a fluoroscope. In fluoroscopy, the X-rays pass through the body onto a fluorescent screen, creating a moving X-ray image. Doctors may use fluoroscopy to trace the passage of contrast media through the body. Doctors can also record the moving X-ray images on film or video.

The high-impact collisions involved in X-ray production generate a lot of heat. A motor rotates the anode to keep it from melting the electron beam isn't always focused on the same area. A cool oil bath surrounding the envelope also absorbs heat. The entire mechanism is surrounded by a thick lead shield. This keeps the X-rays from escaping in all directions. A small window in the shield lets some of the X-ray photons escape in a narrow beam. The beam passes through a series of filters on its way to the patient.

A camera on the other side of the patient records the pattern of X-ray light that passes all the way through the patient's body.

The X-ray camera uses the same film technology as an ordinary camera , but X-ray light sets off the chemical reaction instead of visible light. See How Photographic Film Works to learn about this process.

Generally, doctors keep the film image as a negative. That is, the areas that are exposed to more light appear darker and the areas that are exposed to less light appear lighter. Hard material, such as bone, appears white, and softer material appears black or gray. Doctors can bring different materials into focus by varying the intensity of the X-ray beam. X-rays are a wonderful addition to the world of medicine; they let doctors peer inside a patient without any surgery at all.

It's much easier and safer to look at a broken bone using X-rays than it is to open a patient up. But X-rays can also be harmful. In the early days of X-ray science, a lot of doctors would expose patients and themselves to the beams for long periods of time.

Eventually, doctors and patients started developing radiation sickness , and the medical community knew something was wrong.

The problem is that X-rays are a form of ionizing radiation. When normal light hits an atom, it can't change the atom in any significant way. But when an X-ray hits an atom, it can knock electrons off the atom to create an ion , an electrically-charged atom.

Free electrons then collide with other atoms to create more ions. An ion's electrical charge can lead to unnatural chemical reactions inside cells. Among other things, the charge can break DNA chains.

If a lot of cells die, the body can develop various diseases. If the DNA mutates, a cell may become cancerous , and this cancer may spread. If the mutation is in a sperm or an egg cell, it may lead to birth defects.

Because of all these risks, doctors use X-rays sparingly today. Even with these risks, X-ray scanning is still a safer option than surgery. X-ray machines are an invaluable tool in medicine, as well as an asset in security and scientific research.

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