Лучистое отопление

Мордухович, И. И.; Гольченко, Н. Ф.; Ткаченко, В. Б.; Мордухович, І. І.; Гольченко, М. Ф.; Ткаченко, В. Б.; Morduhovich, І.; Golchenko, N.; Tkachenko, V.

dc.contributor.author	Мордухович, И. И.
dc.contributor.author	Гольченко, Н. Ф.
dc.contributor.author	Ткаченко, В. Б.
dc.contributor.author	Мордухович, І. І.
dc.contributor.author	Гольченко, М. Ф.
dc.contributor.author	Ткаченко, В. Б.
dc.contributor.author	Morduhovich, І.
dc.contributor.author	Golchenko, N.
dc.contributor.author	Tkachenko, V.
dc.date.accessioned	2015-10-19T12:09:28Z
dc.date.available	2015-10-19T12:09:28Z
dc.date.issued	2015
dc.identifier.citation	Мордухович И. И. Лучистое отопление [Електронний ресурс] / И. И. Мордухович, Н. Ф. Гольченко, В. Б. Ткаченко.	uk_UK
dc.identifier.uri	http://repo.sau.sumy.ua/handle/123456789/2844
dc.description	Radiation - is a carrying of heat from more heated body to less heated. At radiation thermal energy is transferred by electromagnetic waves, like transfer of heat of a solar energy to an earth surface. Application of radiant heating in comparison with traditional kinds of heating devices demands considerably smaller expenses. Heating devices at radiant heating are the radiators, placed at certain height from a floor of premises, which radiate electromagnetic waves in a certain direction. Infra-red radiation is an electromagnetic radiation in the form of the electromagnetic waves, capable to heat up subjects on which it gets. Infra-red radiation has two important characteristics: - the length of the wave; - intensity of radiation. There are two areas in the infra-red spectrum: - the first area with length of the wave less then 2,4 microns, which influence on an organism the negative; - the second, with the length of the wave approximately from 7 to 14 microns, rendering on an organism efficiency influence. It is proved, that infra-red radiation submits to optics laws and has the same nature, as visible light. The system of heating by means of radiant radiators will consist of the centralised energy sources, which are the infra-red radiators and the receiver of energy which are a building elements, the equipment, established in a building and the person. The absorbed energy of the wave will be transformed to thermal energy, and heated elements of the building, the established equipment will heat up air. Thus the temperature of absorption of the heat always above air temperature indoors, because the person receives a part of energy not from contact with air, but by means of radiation. Using of the given principle of heating provides economy of means, because there are no expenses for: heating of the heat-carrier (water) and its giving (transportation) to the consumer; necessity for building and service of eating mains disappears; expenses for service of heating systems; there are no heat losses at heating of the heat-carrier to appropriate temperature at the entry; heat and heat-carrier losses in thermal networks at its transportation; expenses on the maintenance of a boiler-house and on amortisation of of a boiler-house and thermal networks. Decreasing of the expenses through distinction in physical principles of heating: - the equipment, the person, instead of air is warmed; - more higher temperature on distance 5-10 sm from the floor in comparison with temperature at height of 1,7 - 2 m allows to feel comfort at lower temperature at this height. Absence of inertia of the heating systems, - receiving of necessary temperature after start is reached approximately for 10-25 minutes. After this time for a workspace the temperature comfort is created.	uk_UK
dc.description.abstract	Описаны разработанные усовершенствованные трубчатые инфракрасные нагреватели и методика расчета систем отопления с их использованием. Описано розроблені вдосконалені трубчасті інфрачервоні нагрівачі та методика розрахунку систем опалення з їх використанням.	uk_UK
dc.language.iso	other	uk_UK
dc.subject	энергосбережение	uk_UK
dc.subject	трубчатые инфракрасные нагреватели	uk_UK
dc.subject	интенсивность облучения	uk_UK
dc.subject	енергозбереження	uk_UK
dc.subject	трубчасті інфрачервоні нагрівачі	uk_UK
dc.subject	інтенсивність опромінення	uk_UK
dc.subject	energy savings	uk_UK
dc.subject	infra-red radiation	uk_UK
dc.subject	the intensity of irradiation	uk_UK
dc.title	Лучистое отопление	uk_UK
dc.title.alternative	Лучисте опалення.	uk_UK
dc.title.alternative	Radiant heating	uk_UK
dc.type	Other	uk_UK