That depends on how one is exposed. So the is no one answer to this question.
Gamma is usually more harmful as it is highly penetrating and difficult to shield against, whereas Alpha cannot penetrate a single sheet of paper.
However internal Alpha radiation can be far more harmful than an equivalent Gamma dose as the radiation deposits its energy entirely in a very small space around the source. Internal radiation occurs when a source is inhaled or ingested.
It is easy to protect against exposure to alpha or beta particles.
However gamma rays easily penetrate through thick materials.
You need something dozens of yards thick, like lead or concrete, to stop gamma rays).
X-ray particles, which are gamma. Paper breaks up Alpha, but a few cm of lead can only slow gamma.
Alpha and Beta Radiation are types of ionizing radiation. They are both charged particles though Alpha is heavier than the particle Beta.
X-rays are not a type of nuclear radiation. They are a type of electromagnetic radiation.
Yes. Alpha rays are streams of alpha particles (helium nuclei), each of which carries 2 times the charge of a proton. In S.I. units the alpha particle's charge is +3.2 x 10-19 Coulombs, to two significant figures.
X-ray diffraction is based on photons which are massless particles; neutron diffraction is based neutrons which possess mass and about 1000 heavier than electrons.
Uranium's structure is unstable. To try to become stable it shoots off particles. Those particles are radioactive, they are the nuclear energy, like an x-ray for example.
Simple, after 1950: to avoid any internal irradiation with alpha particles.
Alpha and Beta Radiation are types of ionizing radiation. They are both charged particles though Alpha is heavier than the particle Beta.
To become an x ray technician, you will have to have a good background in physics and mathematics. X ray technology is precise and deals with subatomic particles. Understanding the theory of these particles and the forces affecting them would prepare you for an x ray technician career.
1.11 x 10^10 alpha particles
No, X-rays are electro-magnetic radiation - which can be considered particles via the Debroulie equations but traditionally we don't do that. The particles would be alpha, beta, and other bosons.
Unlike Alpha and Beta particles (helium nucleus and electron), Gamma rays are ultra-low-wavelength eletromagnetic waves, along with microwaves, radio waves, x-rays and light.
X-rays are not a type of nuclear radiation. They are a type of electromagnetic radiation.
+2 (2 x the absolute value of the charge of an electron).
they have high ionizing power
Alpha, beta, gamma, X-ray, neutron.
Alpha, beta, and gamma are the main ones. Alpha is the ejection of alpha particles which are 2 protons plus 2 neutrons, which is a helium nucleus. Beta particles are electrons. Gamma radiation is EM radiation of very high frequency, beyond x-rays.
Protactinium-231 emit alpha particles, gamma radiations, X-rays.