It depends on the type of the IC technology, Bipolar can withstand very high radiation doses, while the newer CMOS tend to be damaged more easily. Gamma radiation is an ionizing radiation and they possess enough energy to break atomic bonds and create electron-hole pair in silicone and silicone-dioxide materials, electrons disspate throught the lattice quickly while holes with much lower mobility remains and changes the characteristics of the device itself , like keeping the n-type ON and hence the circuits fails to perform its intended function
Gamma rays are the most penetration rays because of its shortest wave length...
Gamma rays have extremely high energies, and seeing as they are a form of ionizing radiation, they can cause cellular damage. When gamma rays are aimed at bacteria, in much the same as radiation harms humans, DNA damage occurs eventually resulting in the death of cells.
Yes, X-rays and gamma rays have higher frequencies than ultraviolet rays.
Gamma rays have higher energy than X-rays. Gamma rays are a type of electromagnetic radiation with the highest energy in the electromagnetic spectrum, while X-rays have lower energy and fall between ultraviolet and gamma rays on the spectrum.
Both Gamma Rays and X Rays have a much high frequency that Ultraviolet Rays.
Any tissue they pass through.
Like other dangerous things going in a person's eyes, gamma rays can also cause serious damage to a person's eyes. The gamma rays can go through the eye tissue and mess up the cataracts and other sensitive parts in the back of a person's eye.
Gamma rays are gamma rays are gamma rays.
Gamma rays can cause serious tissue damage and radiation sickness in humans if exposure is high enough. Long-term exposure to gamma rays can also increase the risk of developing cancer due to their ability to damage DNA in cells.
Gamma rays, if strong enough, can cause cancer if you are around them too much. There are methods to stop it, though, but gamma rays are hard to prevent. They can be really unhealthy to the human body.
No, the rate at which gamma rays are emitted does not affect the physical half-life of a radioactive material. The physical half-life is a characteristic property of the specific radioisotope and remains constant regardless of the emission rate of gamma rays.
Take your time, no need to hurry
X-rays and gamma rays can damage people through an ionizing effect, where they can penetrate the body and damage cells by breaking chemical bonds in molecules, leading to potential mutations and cell death. This can result in radiation sickness, cancer, and other health effects depending on the dose and duration of exposure.
Gamma Rays
Gamma rays can damage the crystal lattice structure of steel, leading to changes in its properties such as strength and ductility. Prolonged exposure to gamma rays can cause steel to become brittle and more susceptible to failure under stress. Thus, it is important to limit the exposure of steel to gamma rays to maintain its structural integrity.
no gamma rays are the best
Cathode rays generate x-rays and gamma rays are electromagnetic radiation. Gamma rays have very high penetration power.