2015/05/02 - 10:30 am
2015/05/02 - 12:30 pm
AddressTechnologies Department of Electrical Technical Institute / Shatrah View map
The presence of Mr. Dean Technical Institute / Tents Assistant Prof. Dr. Baqir al-Turki Attia set up a Department of Electrical technology cycle under nanotechnology was led by Mr. Ali Dham, head of electrical engineering where comes within the scientific plan for the academic year 2015/2014 and will last for three days, where Mr. Dham dealt with the most important applications title New products in which nanotechnology Tknlogi renewed intervention every day. There are wrinkle-resistant fabrics, lotions deep permeability, and liquid crystals LCD screens and other means of luxury and comfort that use nanotechnology Tknlogi and available in the market. It is expected that over a short period, we will see a lot of products that benefit from the advantages of nanotechnology Tknlogi of Intel processors biological nanoparticles, batteries and capacitors nm thick. While that this is really exciting but the more interesting is that this is part of some very moving applications that may affect our lives in the future. He said experts sometimes about the scale nanoscale components varies, but in general, you can think of in nanotechnology as dealing with anything measured in the range between 1 and 100 nm. The biggest of these limits become micron and less of them have a measure in the atomic scale.
Quickly became the center of nanotechnology Tknlogi multidisciplinary, Physicists and chemists and biologists and engineers, all gathered to study the material on the nanoscale He continued also exciting aspects of Nanoscience Tknlogi is the role played by quantum mechanics. The rules of quantum mechanics are very different from classical physics, this means that the material behavior at the nanoscale can be contrasted in many cases with the traditional concepts that we have in our daily lives. For example, no one could walk in the direction of the wall and suddenly moves to the other side of it (teleport), but at the nanoscale, the electron can do so – and this is known as the tunnel-mail electron tunneling. Insulating materials are those materials that do not carry an electrical charge, may become material in the solid state semiconductor at the nanoscale. The melting points of the materials can be changed as a result of increased surface area.