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DateDate: 4-11-2019, 05:20

 Personal non-property and property rights for the invention belong to the author and protected under current legislation. 
 In continuing the development of themes unique business model "Innovator", represents another element of the global nature of television crowdfunding channel "Innovator".
 As all TV channels, channel "Innovator" will be broadcast both on cable television and satellite. Of course, it will also be available on the Internet. 
 Very principled and corporate approach channel will consist in the full-time conjunction with the components of the business model of "Innovator". Television crowdfunding channel is an integral part of the entire business model. All processes which is the idea of their presentation and to complete all components of the innovative business model "Innovator", accessible and intelligible will be shown in a television broadcast. As the author of the idea and a basic viewer-innovator, can clearly see the whole process. 
 An innovative component will be the ability to shoot subjects of any innovator with the right to demonstrate them in the air, or live. Of course, the administrative staff of the channel will be to analyze the plots and, if necessary, correct them. The main and only bias will be focused on innovation around the world. No politics, no "yellow" news, no conventional advertising, except for the one that will only innovative element. A new direction which is to be presented, it is a TV social network, which will have identical functions usual social network, only direct TV demonstration. And many other things that the author of the project to voice directly to the investors or the partnership directly or to demonstrate their ideological project, citing the principle of operation of crowdfunding
 Naturally, the air will be filled with all kinds of shows based on the author's presentations of projects and ideas that are tightly linked to the work of all the unique business model of "Innovator".
 So here we have the first crowdfunding innovative TV channel will be its main task is aimed at the development of author's projects and their promotion in the global information space! 
 The idea is open for investment and complete its foreclosure.
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DateDate: 4-11-2019, 05:15

The researchers studied the structure and properties of the first synthesized complex sulfide EuErCuS3.
The work is published in the Journal of Alloys and Compounds. The attention of scientists to chalcogenides, compounds of chalcogenes (sulfur, selenium, tellurium) with metals is associated with their unique properties. Among chalcogenides, one can find not only semiconductors and superconductors, but also compounds with magnetic and optical properties.
Chalcogenides of rare-earth elements (REE) have no less practical potential. REE double and triple chalcogenides often exhibit a number of new thermal, magnetic, and optical properties uncharacteristic of other chalcogenides. In this work, the authors examined the synthesis and structure of the complex sulfide EuErCuS3, and also evaluated its optical, magnetic, durometric, and thermal properties.
 
It was found that the compound crystallizes in the Eu2CuS3 structural type, which is typical of EuLnCuS3 compounds. The synthesized compound contains a magnetic ion Er3 +. As a result, this ion experiences a ferrimagnetic transition at low temperatures of about 4.8 K. For comparison, in another chalcogenide, EuGdCuS3, the transition is observed at a temperature of 5.4 K.
The authors also demonstrated that the values obtained by studying the magnetic and thermal properties of EuErCuS3 are in the range for the isostructural compounds ALnCuS3 (A = Sr, Eu; Ln = La-Lu). The crystal structure and phonon spectrum were calculated for EuErCuS3 using the LCAO-MO approach and the density functional theory using the B3LYP hybrid functional. The calculation results allowed scientists to interpret the observed vibrational spectra. The valence state of RE ions (Er3 + and Eu2 +) was verified by a combination of X-ray diffraction and luminescent spectroscopy.
Scientists have discovered the organic features of the brain structure of people with autism
The indicator that the research group first drew when studying electrical properties is the band gap. This indicator allows you to evaluate the ability of solids to pass electric current. According to the results from the diffuse reflection spectrum, this indicator is 1.934 eV.
It can be said that the synthesized chalcogenide is a semiconductor. Interestingly, the calculated band gap (2.56 eV) differs from the experimental one. According to the authors, this may be due to the fact that in the calculations the orbitals of rare-earth ions were replaced by a pseudopotential.