What is air ionization?

ionization is a process where atoms and molecules become electrically charged and create ions. Atom can get one or more electrons to form a negative ion or lose electrons to form a positive ion. Air ionization concerns the ionization of air molecules. This may occur due to various natural processes or air ionization equipment can be used to bring health benefits directly or by cleaning air by removing air allergens, pathogens and pollutants. In general, negative ions are more effective than positive ions for these purposes. Electric current consists of negatively charged electrons. As the electrons approach the end of the needle, the electrostatic repel between them causes them to disconnect from the metal surface and attach nitrogen and oxygen molecules in the air and to the air and to ensure that negative ions forming.

Although the direct health benefits of negative ions, such as seasonal affective disorders (SAD) and depression, are subject to research and debates, there are good evidence from a number of studies that ionization, especially with negative ions, can clean the air by removing small suspended particles that could cover harmful bacteria or allergies. It seems that when these particles become ionized, they tend to settle on grounded surfaces such as walls and floors, so the air leaves the air cleaner. Air ionization was successfully used in the dusty atmosphere of poultry, for example to remove harmful bacteria from the air and to reduce the occurrence of the disease.

Another useful application for air ionizers is in the prevention of electrostatic discharge. For example, an electric charge can accumulate on sensitive electronic parts during handling or assembly, resulting in sparks that cause damage. Air ionizer can help neutralize charge before Propby eating.

The effects of air ionizers may not always be beneficial. Nitrogen and oxygen ionization can lead to a small amount of ozone and nitrogen oxides. These are lung irritants and are classified as pollutants. There are concerns that some air ionizers could generate harmful levels of these gases.

air ionization can also take place naturally, for example during thunderstorms and sunlight. The rock, which is subject to pressure, can generate electric currents that could manifest itself as ionization of air around surface rocks. It has been proposed that the earthquake can be foreseen by the detection of ionization effects in the earthquake zones.