Dear readers and hidroxientusiastas, as usual publish from and entry of November I hope you like it as much as me. Now some fun science at the atomic level. D All of Us know since high school that opposite charges attract while like charges repel, right , Mmmmmmm ... so, tell me please if someone asked before, because the protons that make up the nucleus of the atom do not, the answer in this post. Cold Fusion. It relates to the proposed fusion of a process of unknown mechanism to explain a group of first experimental results reported by electrochemical Stanly Martin Fleischmann Pons. Under this definition, which was announced on March 23, 1989 when Fleischmann Pons who reported the production of nuclear fusion in a laboratory experiment table that considers the electrolysis of heavy water with palladium electrodes. They reported an anomalous heat production (excessive heat), claiming a magnitude defies explanation except in terms of nuclear processes. Additionally reported measures small amounts of by-products of nuclear reactions, including neutron and tritium.These reports raised hopes of a source of cheap and abundant energy. The source. What is Cold Fusion . The cold fusion refers to the fusion reaction that occurs at room temperature under normal atmospheric pressure devices using simple and ordinary. Fusion. The merger occurs when two atomic nuclei join together to form a heavier nucleus.This is not easy to perform because of a basic scientific principle: particles with opposite charges attract while like charged particles repel. Because in the atomic nucleus are similar charged particles (like protons of hydrogen), its natural tendency would repel each other and this prevents nuclear fusion. Scientists have discovered, however, that the natural tendency of repulsion becomes a powerful force of attraction at very small scales, the one billionth of a meter. If these charged particles similar move a little beyond that distance, the natural repelling action takes place. The Sun uses gravitational force to achieve gross fusion reaction.With 300,000 more mass than the Earth, there is enough gravitational force and pressure in the Sun's core to push the hydrogen nuclei together to form helium and release energy as light reaches Earth from the Sun Man has replicated nuclear fusion Hydrogen at the pump using a bomb placed next to the fusion fuel (such as deuterium or tritium) to emulate the heat and pressure in the core of the Sun as an initiator as well as in fusion reactors that treat mimic the conditions in the Sun's core by pushing the hydrogen to extreme heat or fusing atoms together with large particle accelerators. Cold Fusion. The term "Cold Fusion" became popular in 1989 when two scientists (Fleischmann and Pons) announced that they were able to achieve cold fusion reaction - something that seemed impossible on the basis of scientific theory.
