Biruza

In addition to fighting nanorobotov, Israeli scientists are developing a system mikrodatchikov, which can be scatter in the territory of the enemy that they are in real time to obtain all possible information on what's happening on the ground.Also in Israel, are a study aimed at creating new types of self-defense troops. Scientists have created an easy and superprochny material for the production of special clothes for the fighters, to replace heavy armor. Currently, the city of Kiryat Gat plant constructed value of over 3.5 billion dollars for development and production of such material.The most interesting nanoproektom in the UK is the MFI (Micromechanical Flying Insect - mechanical flying insects) The program to create mikrorobota-bumblebee Dr John Barker, Professor, Center for Research in the field of nanoelectronics in Glasgow, has already created a mathematical model of the process of gathering in flocks mikroustroystv and information exchange among them for joint action.

The package is implemented method of modeling high-speed collision of complex polyatomic molecules;The possibility of constructing atomic structure of the material, the simple addition of defects and dislocations in the sample;The possibility of building chips for the cleavage plane for the crystal structures;.

This property was used by scientists to detect gas. Once it caught on the surface of the molecule oscillating grids, their frequency is changing at once, and that allows for the existence of gas and even its concentration.Hard to believe, but the operating frequency of plastic lattice is nearly a few hundred megahertz! Because of this device is sensitive to such low masses as 0,1 zeptogramm.The researchers did not stop there - the use of such technology nanolithography and subsequent metallization of plastic can be useful when creating a matrix of miniature mirrors, accelerometers, gyroscopes and components of laboratory-on-chip.

Thus, in this experiment, the scientists obtained a gas nanosensor. If, after the lithography and plating to obtain a number of separated lattices (see figure 3..), And on the opposite side of permanent tension between them is formed by electrostatic force, deflection gratings.Then, changing the DC voltage to a variable, the researchers observed the effect of oscillator - gratings varied in time with the frequency of the voltage, reaching resonance.

To increase the rigidity of the costume nanovoloknam added to the nanoparticles, which are connected to each other and strengthening the overall structure. Furthermore, the addition of nanoparticles to nanovoloknam will make electrical. Thus, there is the possibility of establishing a separate conductive parts of costumes for the link located inside the sensor control system and the transfer of energy to nanoaktyuatoram ekzoskeleta.NanoTriton The company is developing new materials based on a number of polymers that will protect the soldier from bullets and shrapnel Talks are under way to develop towards a power absorption of polymers based on liquid crystals The key material for the future soldier costume will nanovolokna on the basis of polyurethane, as well as nanopolimery.

The minimum size of elements of the authors of nanostructures of 30 nm, which corresponds to reducing the size of the original 10 thousand times.The basis of the proposed method is based on the principle of the simplest devices to obtain optical images of objects - the camera obscura In this case, instead of using flux quanta of light beam of atoms of indium or silver, but the screen is used instead of silicon substrate Openings camera (in the general case there may be any number, each creating its image, so you can receive a large number of nanostructures) were formed in a film of silicon nitride Si3N4 thickness of 50 nm by ion beam processing.

A new method to recognize cancer cells based on the implantation in the body of tiny spherical tanks made from synthetic polymers called dendrimers (from the Greek. Dendron - tree). These polymers were synthesized in the last decade and have a new, no coherent structure, which resembles the structure of coral, or wood. Such polymers are called sverhrazvetvlennymi or cascaded. Те из них, в которых ветвление имеет регулярный характер, и называются дендримерами. As the diameter of each sphere, or a nanosensor, is only 5 nanometers - 5 billion of the meter, which allows for a small area of space billions of such nanosensorov.Once inside the body, these tiny sensors to penetrate the lymphocytes - white blood cells, providing a protective reaction of the body against infection and other disease factors. In immune response, lymphoid cells of a certain disease or environmental conditions - cold, or exposure to radiation, for instance - the cell protein structure changes. Each nanosensor is covered with special chemicals, when such changes begin fluorestsirovat or shine.To see this light, Dr Baker and his colleagues are going to create a special device, scan the retina The laser of the device must zasekat luminescence of lymphocytes, which are one after another, pass through narrow capillaries eye If a sufficient number of lymphocytes is marked sensors, then to identify the damaged cells need to be 15-second scan, the scientists say.

Mark Grinstaff (Mark Greenstaff) from Boston University reported on the highly successful work on the creation of nanoscale branched polymers for treating eye wounds - dendrimers.Researchers from the University of Hong Kong - Professor Ratledzh Ellis-Becken (Rutledge Ellis-Behnke) and Gerald Schneider (Gerald Schneider), to further inform the scientific community that will soon begin clinical testing technology under the name «nanoneyrovyazanie broken eye path to the restoration of its functions» . This method is actually the technology of tomorrow and will resolve a number of serious health problems in the field of ophthalmology.«Our technology allows us to build on the torn eye трактом nanovolokonny bridge, sometimes we may as well erect a scaffold composed of peptides samosobirayuschihsya nanovolokonnyh», - said the Russian agency ITAR-TASS Professor Ellis-Bencken.

Hood: Today bemita receive more than 99,997% purity is very costly, expensive and complex. Cyclical process, with temperatures up to 250 degrees and pressurized to 350 atmospheres, or with the use of corrosive acids and alkalis and treatment. In the world of technology is not cheap. However, scientists and engineers NPC «Alambik A» managed to make the technology of low-cost, environmentally friendly and productive.Priority NPC: nanoprodukty hydrogen and substantially cheaper, are manufactured in a continuous mode at normal atmospheric pressure and T = 20-80 ° C - tons, dozens, hundreds of tons of plants for the Russian Federation.To date, production technology nanobemita purity 99998% in Russia is not represented, and all raw materials imported from abroad at high prices Technology is applicable for the production of particularly pure NANOPOWDER oxides of copper, nickel, cadmium, tungsten, tin and lead This strategic nanomaterials have a positive impact on industrial products Aluminum oxide, produced in «Alambik A» has the certificate Giredmeta, a crystal grown from the Institute of Cristallography of Shubnikov striking purity and size.

Alyumooksidnaya ceramics - material overstrength and sverhprozrachnoy Optics - light-emitting diodes, microwave devices, lasers, optoelectronics, circuit boards, jewelry sapphires, rubies, aleksandrita ...Refractories -2050 ° C, plastic, linoleum, catalysts, fire-resistant paints and varnishes responsible.