In everyday life, there is no need to take special precautions against x-rays.
If you are getting a dental x-ray be sure to wear the apron shield that the dental technician will give you. Even though it is called a "lead apron," it is loaded with tin to block x-rays.
If you doctor suggests that you have a medical x-ray and you have had the same area x-rayed in the recent past, tell the doctor and help her determine whether the older x-ray will provide the information needed.
If you are working with an x-ray producing machine, follow the established protective procedures, avoid shortcuts, and maximize your distance from the x-ray machine when it is emitting x-rays. Use shielding (usually lead, tin or plastic) and work practices as specified by your radiation safety officer.
In general, if you work with a source of x-rays, minimize your time of exposure, maximized your distance from the x-ray source, use appropriate shielding
You can protect yourself by curbing CFC's. They are the ones that deplete ozone.
To protect yourself, curb CFC's. They are the ones that destroy ozone.
You can hold on to it as an investment, or as a way to protect yourself from fiat-currency problems such as inflation. Industrially, it has been used in wiring, photography, and x-rays.
You can protect yourself by wearing sunglasses. You should apply sun screen.
To protect yourself, curb CFC's. They are the ones causing depletion.
You need to protect yourself from UV-B rays. Those are very harmful.
Wrap the film in aluminum-foil.
You can protect yourself from the sun's harmful rays by applying a broad-spectrum sunscreen with at least SPF 30, wearing protective clothing like hats and sunglasses, seeking shade during peak sun hours, and avoiding tanning beds.
There is no briefcase that will do this, although you can get camera cases that are able to protect from this.
X-rays were discovered in 1895 by Wilhelm Conrad Roentgen.Shortly after the discovery of X-rays, another form of penetrating rays was discovered. In 1896, French scientist Henri Becquerel discovered natural radioactivity. The science of radiation protection, or "health physics" as it is more properly called, grew out of the parallel discoveries of X-rays and radioactivity in the closing years of the 19th century. Experimenters, physicians, laymen, and physicists alike set up X-ray generating apparatuses and proceeded about their labors with a lack of concern regarding potential dangers. Such a lack of concern is quite understandable, for there was nothing in previous experience to suggest that X-rays would in any way be hazardous. By 1915, the British Roentgen Society had adopted a resolution to protect people from overexposure to X-rays. This was probably the first organized effort at Radiation Protection.
We know that X-rays can be harmful. They can damage body tissue. Because of this, when we use X-rays to aid in medical diagnosis, we want to expose only the area of interest to the incident beam of the machine. We'll protect other areas as necessary using lead blankets. X-ray staffers know where to place the blankets, and they arrange them to protect other body parts. It's a sure bet that reproductive organs will be hidden under those blankets.
It is important to protect us from Sun's radiation. It is because it can contain the UV rays. These Uv rays can cause skin cancer too.