ELECTRICITY & ENERGY

I am interested to make exhibition of the installation for electromagnetic separation of the wastes. Sincerely Your,Efim Broide,author US-Patent on the that method.

I am interested to make exhibition of the installation for electromagnetic separation of the wastes. Sincerely Your,Efim Broide,author US-Patent on the that method.

The method of Electromagnetic Separation (EMS) developed by the author of the invention -Dr. E.Broide allows to improve statistically the uniformity of HTSC powders : to decrease the quantity of the defective areas in the structure of the separated powders ,the number of non -valid phases admixtures, and to increase Tc, Jcr, Hcr. The EMS method is based on the electromagnetic interaction HTSC particles and extracting of the concentrate rich with particles (granules ) which have the high critical current (with less content defects) from H mechanical mixture of the powders. The dynamic method suggested by E. Broide is much more effective as static methods, based on Meisner effect, because, in contrast to these methods, which use the magnetic properties, it, first of all exploited electro-physical characteristics of HTSC- particles. (Jcr) This method can also be used as express examination of the powders, because velocity moving of the powders characterize the quality of the material and Icr-critical current of the powders. The method is convenient for technologists ,which work with HTSC synthesis of new generation of HTSC materials .because it allows to correct immediately the synthesis mode. As a result of separation we can obtain the "concentrate "-the powder rich with HTSC phases with characteristics of: Jcr, Hcr,(2223) and for YB2Cu3Ox with maximum quantity of O2, and the "tail -powder, which in the case of separation of the Bi-materials contains the phases which reduce Tc- temperature of the superconductivity transition ,( 2212) structure. Output of the concentrate and the tail is fully determined by the technology of preparation of the powder, i.e. its quality in He origin condition .

The method of Electromagnetic Separation (EMS) developed by the author of the invention -Dr. E.Broide allows to improve statistically the uniformity of HTSC powders : to decrease the quantity of the defective areas in the structure of the separated powders ,the number of non -valid phases admixtures, and to increase Tc, Jcr, Hcr. The EMS method is based on the electromagnetic interaction HTSC particles and extracting of the concentrate rich with particles (granules ) which have the high critical current (with less content defects) from H mechanical mixture of the powders. The dynamic method suggested by E. Broide is much more effective as static methods, based on Meisner effect, because, in contrast to these methods, which use the magnetic properties, it, first of all exploited electro-physical characteristics of HTSC- particles. (Jcr) This method can also be used as express examination of the powders, because velocity moving of the powders characterize the quality of the material and Icr-critical current of the powders. The method is convenient for technologists ,which work with HTSC synthesis of new generation of HTSC materials .because it allows to correct immediately the synthesis mode. As a result of separation we can obtain the "concentrate "-the powder rich with HTSC phases with characteristics of: Jcr, Hcr,(2223) and for YB2Cu3Ox with maximum quantity of O2, and the "tail -powder, which in the case of separation of the Bi-materials contains the phases which reduce Tc- temperature of the superconductivity transition ,( 2212) structure. Output of the concentrate and the tail is fully determined by the technology of preparation of the powder, i.e. its quality in He origin condition .