Gamma rays release ionizing radiation energy. This type of energy is so powerful, it can strip electrons from atoms, destabilizing molecular...Become a member and unlock all Study Answers Start today. Try it now Create an account Ask a question Our experts can answer your tough homework ...
What can stop gamma rays? What is electromagnetic radiation made up of? What is gamma ray imaging? What is the frequency of gamma rays? What is a gamma ray burst? How are gamma rays detected? What's the difference between x-rays and gamma rays ...
Cosmic RaysGalactic RadiationGamma Ray AstronomyBalloon SoundingFrequency DistributionScatteringSpaceborne AstronomyBalloon observations registering scatter angles in a liquid scintillator have revealed gamma-ray bursts having energies as low as 10 to the -7th ergs per square cm. The burst distribution is ...
Prior to the discovery of cosmic rays, physicists believed that they were actually gamma rays being produced as a result of radioactive decay. It was only in the 1930s that a series of experiments proved that cosmic rays were mostly charged particles. Then, in 1954, the first substantial sam...
Both gamma rays and X-rays have enough energy to cause damage to living tissue, but almost all cosmic gamma rays are blocked by Earth's atmosphere. Discovery of gamma rays Gamma rays were first observed in 1900 by French chemist Paul Villard when he was investigating radiation from radium, ...
Gamma rays can also be created in the lab, and this type of radiation is used in some medical applications. Gamma-ray astronomy is done with orbiting satellites that can detect them without interference from Earth's atmosphere.
Gamma-ray expert Q&A Additional resources Bibliography Gamma-ray bursts (GRBs) are the most powerful and violent explosions in the known universe. These brief flashes of high-energy light result from some of the universe's most explosive events, including the birth of black holes and collisi...
L Beels,J Werbrouck,H Thierens - 《International Journal of Radiation Biology》 被引量: 128发表: 2010年 Diffuse cosmic X- and gamma radiation: The isotropic component A. Spectral features The ability of the various theories to explain the three main spectral features at 1/4 keV, 60 keV and...
The synchrotron radiation isn't just seen in radio waves, if the electrons are accelerated to high enough speeds, emissions are also seen in infrared, optical, ultraviolet light, and even in X-ray radiation. The radio wave emissions of radio lobes can be so powerful they can give off as ...
Apart from cosmic radiation from air travel, everyone is exposed to natural radiation, gamma radiation and cosmic radiation on the ground (this is highly dependent on where you live). In addition, medical examinations with ionizing radiation such as X-rays or CT scans lead to radiation exposure...