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mostly(passive) are ... was designedGamma - rays coming from space
by the disintegration(passive) caused bygamma radiation in the earth
first(passive) were ... discoveredGamma rays coming from Earth
by the disintegration due to Potassium , Uranium , and Thorium(passive) caused bygamma radiation in the earth
by the disintegration of naturally occurring potassium , uranium , and thorium(passive) caused bygamma radiation in the Earth
to measure x - ray(passive) is specially designedgamma - ray radiation meter
nuclear reactionsmay resultin the release of gamma rays
Cherenkov radiationresultsfrom gamma rays interacting with the atmosphere
the electronscausethe gamma - ray radiation
Villard ... a French physicist and chemistdiscoveredgamma ray radiation
Gravitydoes ... causegamma rays to exist
these further electronsmight originatebremsstrahlung gamma rays
by Supernova Explosions(passive) caused byGamma Rays - Rays
the Compton Gamma Ray Observatorydiscoveredbursts of gamma rays
the explosion(passive) caused byThe energetic gamma rays
the target electronscausinggamma rays to be emitted
the target electronscausinggamma rays to be emitted
Magnetic fields in the shock - fronts bordering these shells strongly accelerate charged particlescausingthem to emit VHE gamma rays
researchersdiscoverglows of gamma rays
French scientist Paul Villard(passive) were discovered byGamma rays
the French Chemist and Physicist , Paul Ulrich Villard(passive) were discovered byGamma Rays Gamma rays
French chemist and physicist , Paul Ulrich Villarddiscoveredgamma rays
the French chemist and physicist , Paul Ulrich Villard(passive) were discovered byGamma rays
Paul Ulrich Villard , French chemist and physicistdiscoveredgamma rays
a French chemist and physicist , Paul Ulrich Villard(passive) are discovered byThe gamma rays
by a French chemist and physicist , Paul Ulrich Villard(passive) are discoveredThe gamma rays
by a French chemist and physicist , Paul Ulrich Villard(passive) are discovered byThe gamma rays
French chemist and physicist Paul Villarddiscoveredgamma rays
Paul Villard ] ] , a French chemist and physicist(passive) were discovered byGamma rays
French Physicist Paul Villard(passive) were discovered byGamma rays
Paul Villard , a French physicistdiscoversgamma rays
physicist Paul Villarddiscoveredgamma rays
by cosmic rays or nuclear decay(passive) caused bygamma rays
by paul ulrich villard in(passive) were discovered bygamma rays
by Paul Ulrich Villard(passive) were discoveredgamma rays
Paul Ulrich Villarddiscoveredgamma rays
nuclear collisions and reactions(passive) are caused byGamma rays
by Paul Ulrich Villard in 1900(passive) were discovered bygamma rays
Paul Ulrich Villard in 1900(passive) were discovered bygamma rays
Paul Villarddiscoveredgamma rays
cancercausecancer
to proper functioning of the memory and optimum learningleadsto proper functioning of the memory and optimum learning
more likelywould ... resultmore likely
cancercan causecancer
from neutron interaction at point 176 in the irradiated volume 138 of the object 134resultfrom neutron interaction at point 176 in the irradiated volume 138 of the object 134
a person to just feel heat , thencan causea person to just feel heat , then
a person to just feel heat , then paincan causea person to just feel heat , then pain
X - rays(passive) were discoveredX - rays
depending on the dose and durationcan causedepending on the dose and duration
some mutations to the genes of cells through the DNA repair mechanisms within cellsmay causesome mutations to the genes of cells through the DNA repair mechanisms within cells
from annihilation of DM particles in the clumps , where annihilation rate is supposed to be enhancedto originatefrom annihilation of DM particles in the clumps , where annihilation rate is supposed to be enhanced
from the radioactive decay of the atomic nucleioriginatefrom the radioactive decay of the atomic nuclei
from sources like dark matter annihilationoriginatefrom sources like dark matter annihilation
from nuclear reactions and from processes taking place in objects such as pulsars , quasars , and black holescan resultfrom nuclear reactions and from processes taking place in objects such as pulsars , quasars , and black holes
from the nucleus of an atom during decayoriginatefrom the nucleus of an atom during decay
radiation damage(passive) caused byradiation damage
from nuclear reactions taking place in objects such as pulsars , quasars , and black holescan resultfrom nuclear reactions taking place in objects such as pulsars , quasars , and black holes
from high - energy reactions taking place in objects such as pulsars , quasars , and black holescan resultfrom high - energy reactions taking place in objects such as pulsars , quasars , and black holes
from the decay of excited states of the atomic nucleioriginatefrom the decay of excited states of the atomic nuclei
from the nucleus of a radionuclide after radioactive decayoriginatefrom the nucleus of a radionuclide after radioactive decay
from radioactive decayresultfrom radioactive decay
in radioactive decayoriginatingin radioactive decay
from within the nucleus of an atomoriginatefrom within the nucleus of an atom
in atomic nuclei or in nuclear processesoriginatein atomic nuclei or in nuclear processes
chemical reactions in the atmosphere involving oxygen and nitrogen molecules , creating first nitrogen oxide then nitrogen dioxide gascausechemical reactions in the atmosphere involving oxygen and nitrogen molecules , creating first nitrogen oxide then nitrogen dioxide gas
in interactions between particles accelerated in the SNR and interstellar gas or radiation fieldsoriginatein interactions between particles accelerated in the SNR and interstellar gas or radiation fields
chemical reactions in the atmosphere involving oxygen and nitrogen moleculescausechemical reactions in the atmosphere involving oxygen and nitrogen molecules
in the nucleus of atoms , not by electronoriginate thoughin the nucleus of atoms , not by electron
from an atom 's nucleusoriginatefrom an atom 's nucleus
in the nucleus of an atom , x - raysoriginatein the nucleus of an atom , x - rays
in the nucleus of the atom and x - raysoriginatein the nucleus of the atom and x - rays
radiation poisoning , which can result in cancercan causeradiation poisoning , which can result in cancer
radiation sicknesscauseradiation sickness
radiation sicknesscan causeradiation sickness
radiation sicknesscauseradiation sickness
from events within an atomic nucleusoriginatefrom events within an atomic nucleus
from residual nuclei resulting from the decay of a proton from oxygen-16resultingfrom residual nuclei resulting from the decay of a proton from oxygen-16
from nuclear sources from gamma raysoriginatingfrom nuclear sources from gamma rays
from nuclear reactionsresultfrom nuclear reactions
from nuclear reactionsresultfrom nuclear reactions