bcz x rays have very very small wave length.....
Ans: X-rays are diffracted by crystal because wave length of X-rays and interplanar spacing in the crystals is of the same order, (angstrom, Ã…), so it satisfies Bragg condition for diffraction
2dsinθ= nλ
Where n is the integer and determined by the order given, λ is the wave length of the x-rays, d is the spacing between the planes in the atomic lattice, and θ is the angle between the incident ray and the scattering planes (diffracted angle).
x-rays
Yes, but x-rays can't be focused by lenses, they just pass through the lens. They can only be focused by glancing angle nested cylinder mirrors. X-rays pass through most things.
X-Rays
radio and tv beams can pass through concrete as x-rays pass through the body
X-rays cannot pass through lead, and lead is what is used in X-ray shielding.
Yes, beryllium is transparent to x-rays; windows of x-rays tubes are made from a thin foil of beryllium.
The short answer is that the photons are not energetic enough. Photons of x-rays and gamma rays are energetic enough to pass through metal.
X-rays are a radiation which is above communications radio waves and below gamma rays. It is a highly energetic radio wave which is why it is able to pass through some materials. It is not energetic enough to pass through highly dense materials such as lead.
X-rays pass through your soft muscle, but can't pass through the hard bone, forming an image with only your skeleton seen in detail, while there are thin traces of your muscle.
Lead is most often used as an insulation for X-rays. It blocks X-rays. That is what is inside those blankets dentists put over you when they X-ray your teeth.
X-rays and gamma rays, although metals do absorb some of both.
aluminium structure will not change, x rays is spiltted into alpha beta gamma rays while it comes out of aluminium