Generally, water molecules when irradiated, do ionize into oxygen and hydrogen. There are hydrogen recombiners in the system to protect the reactor from the possibility of hydrogen explosions.
Generally, water does not become radioactive. It only ionizes. But, in the core of the reactor, where there is a heavy flux of neutrons, the oxygen atoms can "activate" into Nitrogen-16, which is highly radioactive, though with a very short half-life of about 7.13 seconds. This is why the steam tunnel of a BWR is highly shielded and quite long - giving the 16N a chance to decay.
As we all have been knowing that Radium is an radioactive element or I can say radioactive metal (to be precise).The Radium releases radioactive particle -alpha particle,beta particle and gamma particle;during a nuclear decay and these particle ionise the substance around it.And this helps it to emit light.
No, the elements in all groups do not ionise. Some of the elements share electrons to form compounds.
as they are of very small wavelength they have very high ionization power and very less penetrating power.
All Arrhenius acids ionize in water to give H+ ions. While Lewis acids are proton donors.
No, stronger acids ionise much more as compared to the weaker acids. Hence they are more reactive.
yes
yes
Covalent as it does not Ionise
An "air ioniser" is a device that uses high voltage to ionise air molecules. You can buy a 28-inch Ionic Pro Turbo Air Purifier from Wal-Mart for only $180 dollars.
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It is a weak acid as it does not ionise completely when mixed with water.
This phenomenon is known as Photo electri emission. Though radiations such as Gamma, X ray, ultraviolet and even visible light are not having massive particles, they are able to eject electrons right from the neutral atoms or molecules.
Because it has small size and it will not try to ionise the material
They ionise, basically lose or gain electrons, which gives them a certain charge, which are always positive for one and negative for the other. THese opposite charges attract each other (like magnets basically) and they react together into the salt.
As we all have been knowing that Radium is an radioactive element or I can say radioactive metal (to be precise).The Radium releases radioactive particle -alpha particle,beta particle and gamma particle;during a nuclear decay and these particle ionise the substance around it.And this helps it to emit light.
When moisture in dust particle its is late to ionise the gas as it was dry, so gas late to Ionise meanwhile gas accumulation treatment times fail. So the electrostatic precipitator lass efficient during this.
Microwaves have a wavelength of 3 cm down to about 0.03 cm so the photons are much less energetic than infra-red, normal light, ultra-violet, x-rays etc. Microwaves are used for communications and radar, and are classified as non-ionising radiation. They do not ionise molecules and their only biological effect is to heat tissue - if the intensity of the source is large enough. That happens in the danger zone in front of a radar transmitter, or in a microwave oven.