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
Sophisticated electronics can be damaged by ionizing radiation, but the amount of radiation needed before electronics stop working is quite high. For example, a digital video camera could operate near used nuclear fuel, which emits enough radiation for lethal doses in very short time periods, for a year or more before it would stop working. A common radiation source, like any natural source or a calibration standard, couldn't even wreck a digital wristwatch if you left it there forever.
Gamma rays and X-rays are very high energy, highly penetrating forms of radiation. This is harmful to humans as these forms of radiation can cause DNA damage.
Since x-rays have lower frequencies than gamma rays have, each x-ray photon carries less energy than a gamma ray photon carries. Both carry enough energy to damage living cells.
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.
Any tissue they pass through.
Atoms when Gamma rays go through them lose electrons, and Gamma rays also break bonds between atoms, these changes can damage matter.
Gamma rays or gamma radiation will cause severe internal damage as well and skin burns. Even at half-life the gamma ray can cause damage to who ever come in contact with the ray.
Gamma rays and X-rays are very high energy, highly penetrating forms of radiation. This is harmful to humans as these forms of radiation can cause DNA damage.
Gamma rays are gamma rays are gamma rays.
gamma rays pass through the body by being absorbed by the skin and entering your body causing internal and external damage.
Take your time, no need to hurry
yes
The answer is gamma rays.
Gamma Rays
Since x-rays have lower frequencies than gamma rays have, each x-ray photon carries less energy than a gamma ray photon carries. Both carry enough energy to damage living cells.
no gamma rays are the best