Columbia University in the City of New York

Virtual DAnatomical Museum

New distance learning technologies are gradually becoming part of our lives. Innovations in education are designed to assist in the preparation of competent and competitive professionals. In biology in general, and in the anatomical science in particular, learning is primarily based on the real drugs. Study the structure of the bones on the picture you can of course, but here as practice shows, learning from the textbook focus on the real object rather difficult. Therefore, despite the fact that the Internet today there are many sites of anatomical museums, the possibility of using them in the learning process are limited. However, the development of technology is not standing still, and today there is an opportunity to study three-dimensional models of organs and structures. Especially a lot of three-dimensional models can be found for the human anatomy. In the study of zoology and anatomy of the same animals, the number of available high-quality three-dimensional models is small.

Therefore, the basis for training in this area still are flat images. Of course, the students in specialized high schools have the opportunity to work with real drugs, but life drugs that are in "active use" short-lived, so a set of drugs is often incomplete, and the demonstration material is damaged. So in a famous university students studying veterinary skeleton horse, the bones of which was replaced by bone cow. It is clear that the quality of the knowledge gained in this way, say no. As for example, school children, on the biology classes, they almost always have to teach the subject only speculative, on the textbook.

Fill shortage of teaching materials can help a virtual 3D-anatomical museum department of anatomy of the Kazan State Academy of Veterinary Medicine. By registering on the site and download a special program that anyone can get into the 3D-space of the anatomical museum. Unlike the real museum, the exhibits you can take hands, viewed from all sides take apart and assemble again. Another feature of the 3D-anatomical museum is that it can be organized as separate classes and lessons with a teacher and even guided tours. On the basis of the virtual museum and scientific conferences and organized correspondence courses of biology and statistical data processing in a biological experiment.

HPC Conservation

Turbine steam turbine Leningrad Metal Plant (LMZ) PT-80/100-130/13 condensation with governing the selection of parameters and two-stage district heating production is intended for direct-drive generator. The turbine is single-shaft two-cylinder unit, consisting of HPC and LPC. Deaerirovanie feed water in the deaerator is operating at a pressure of 0.6 MPa. Steam consumption per unit at full load is 480 tons / hour Filling loss of condensate produced desalinated water coming from the HVO in the turbine condenser. At power installed a feed pump type PE 580-185/200-2. 4.PODGOTOVITELNYE work before the conservation work on the unit was developed, agreed and approved work program. Scrapbooks pipe samples c heating surfaces of boiler unit before its conservation have not been made.

Considering this factor, as well as properties to produce ODACON washing performance of deposits, the development program was made four stages conservation regime. Mounted metering pump with capacity of up to 30 l / h and pressure up to 10 bar. The metering pump membrane, the suction connected to the lower fitting plastic container V = 1,0 m3 emulsion ODACON, feed on the dosing pump was carried out on the feed pump suction line for dosing of hydrazine. The pump has a smooth adjustment of performance. Connect the pump-dispenser was made with flexible reinforced hoses.

Prior to the conservation of plant feed was tested emulsions ODACON. Noted that the dosing system is functioning properly and preservative ready for use. Workplace for laboratory analysis were prepared in him.laboratorii and with all the necessary him.reaktivami, him.posudoy and appliances. Pre-constructed calibration curve for determine the concentration of ODACON in accordance with the method. Works on CONSERVATION UNIT 80 MW. 5.1.Parametry unit prior to conservation: – load …………………………………. … 55Mvt. – Flow of feed water …………….. 300 t / h – temperature pit.vody ………………….. 240 0 C – the temperature of superheated steam ………

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