Many people think it's a marketing trick when they listen to the ore ion, but to be honest, it does have a physical basis in material science. I did a six-year functional material test at the minerals laboratory, where i was exposed to various types of ore from wheat to electrical rock, and it was clear how the ore ion was produced. In shortThe surface of the ore releases electrons under certain conditionsThese electrons are attached to water molecules in the air, oxygen molecules, and they form what we often call negative ions. It's not a science, it's a cross-section of surface electron and aerosol chemistry。
How did the ore ion come from
Electrical stone is the most typical representative. Its crystal structure is asymmetrical in the distribution of the anion and the anion and the surface continues to emit electrons when the wet environment or temperature changesAdding voltage and thermal effectsI don't know. I measured in the laboratory that when an electrical pebble was more than 60% wet, the surface level was stable at minus hundreds of millivolts, and the increased negative ion concentrations were clearly read in an ion counter。
Cedars and yellow earth ore mechanisms are different, and they rely more on the oxidation reaction of metal elements such as iron and titanium contained in the mineral surface. Surface hydroxyl radicals can also generate a small negative charge by electronic transfer during light or contact with water membranes. So the ability of the different ores to emit ion varies widely, from stable output to short pulses, which are directly related to crystal structure and elemental composition。
Is the ore holding a negative ion
Don't be ridiculous. I have repeatedly measured in my laboratory that a clean electrical stone can produce negative ion in a closed glass mask at concentrations ranging from hundreds to thousands of cubic centimetres, far from a small negative ion generator. It's not "infinite battery,"Output intensity is proportional to environmental humidity, temperature, ore surface area, is largely negligible in a dry environment。
A lot of products on the market paint the same numbers as "microelectric rock" and "efficient negative ion source," which is a little over the top. For real stabilization to produce negative ion at measurable concentrations, the ore is either sufficiently pure, the particle size is small enough to allow the surface area to rise, or used in a wet environment. Consumers buy home to put a stone on their bed and expect a marked change in air indicators, which is probably disappointing. The rationale is true, and the practical effects depend heavily on the conditions of use。
So the principle of negative ore ion generation can stand in itself, with the core being the electronic transfer of mineral surfaces with aerosols attached. It's not "can it produce" but "how much under what conditions." next time we see the publicity, we will see the three parameters of humidity, temperature and ore purity。
