What is copreciation?

Hill is a phenomenon where solut, which would normally remain dissolved in solution, causes on a carrier that forces him to join, rather than the remaining scattered. This can happen in nature and in a laboratory environment and sometimes it is actively facilitated, while in other cases it is an undesirable chemical reaction. Especially in the environmental axle, copreciating can be a very useful tool for sampling, cleaning solutions and cleaning the environmental hazard. The binding pulls out the dissolved substance from the solution when the carrier forms crystals or other structures. These can be potentially omitted or removed in other ways and leave behind the purified solution. In nature, copreciating can occur in the waterways, soil and other environments and sometimes contributes to the creation of mixed mineral deposits and other listens. One of them is the inclusion where the crystals of the bearing molds and the dissolved fabric find holes in the crystal matrix to be occupied. Soluts can also be subject to occlusion. In the occlusion of the carrier zceThe LA surrounds the melted substance and captures it in the middle of the crystalline material matrix so that it cannot return to the solution. There may also be adsorption where the solutes follow the surface of the carrier.

Sometimes this happens by accident because two compounds react in the laboratory environment and hill the solution. In other cases, this process can intentionally cause. The carrier can be inserted into a solution, for example to remove a dissolved substance that cannot be extracted by other means. This is particularly common when the dissolution concentrations are extremely low. This can allow companies to be excessive compounds of the tract and can also be used in testing samples where scientists want to identify a lower possible concentration of solut.

sampling may require the use of dormitate to pull out stubborn soluts for evaluation. Environmental contaminants can sometimes be very widely dispersed, which is difficult to identify. As a result, they can withstand other means of extraction and call on scientists who want to test them. Using copreciating, the scientist can accurately and effectively remove the dissolved substance for further study. The same supporting substance can also be sometimes used for cleaning, introducing into contaminated environments and collecting the resulting engines of carriers and contaminants.