Bark of the big hemispheres, participating in processing of the temperature information, provides conditioned-reflex regulation теплопродукции and теплоотдачи. Strong терморегуляторные reactions cause the natural conditional irritants accompanying throughout all life of an organism its cooling or heating (a kind of snow, ice, a shining sun and etc.). The higher departments TSNS (a bark and лимбическая system) provide occurrence of subjective temperature sensations (cold, cool, warmly, hot), motivational возбуждений and the behaviour directed on search of more comfortable environment. For conditioned reflex development it is necessary: Himalaya rumalaya forte review cymbalta coupon with insurance The essence of the biological theory of emotions (P.K.Anokhin) consists that positive emotions at satisfaction of any requirement arise only in the event that pases-rametry of really received result coincide with parametres of the prospective result programmed in an acceptor of results of action. In that case there is a content, positive emotions. If parametres of the received result do not coincide with programmed, it is accompanied by negative emotions that leads to formation of a new combination возбуждений, necessary for the organisation of the new behavioural certificate which will ensure the result which parametres coincide with programmed in an acceptor of results of action. zovirax cream coupon Regulation of ionic structure of blood


Recent research conducted by three Minnesota State University, Mankato professors suggest solar thermal walls can cut heating ventilation costs by 20 percent. Researchers Patrick Tebbe, Louis Schwartzkopf and Saeed Moaveni devoted three years of time and effort to the project with help from students in the MSU engineering and physics departments.

The solar walls are made of dark aluminum or steel collector plates with tiny holes covering the surface attached to walls facing the south. The sun is supposed to heat the metal surface, transferring that heat energy into thin layers of air on either side of the panel. The air is then circulated by a fan and pulled through the perforated holes and eventually the heated air is cycled and moved into the building.

The solar thermal wall was originally developed in the ’90s by Conserval Engineering Incorporated. Before Conserval introduced the product, the company spent several years on research and development.

The research project, which took nearly three years, was conducted in three large buildings in the Twin Cities: a school, a police station and a manufacturing facility. The study was expected to estimate the total savings in cost, effectiveness and longevity of the product in Minnesota climates.

Test buildings resulted by a nine percent to 20 percent a year savings. In its first year of use, one building saved $2,400. Researchers concluded larger facilities could save even more. “Using solar energy to heat ventilation air means that managers of large buildings can use less fossil fuel and reduce greenhouse gas emissions,” said Schwartzkopf. “And the savings can be substantial. Payback times can be from one to eight years.”

A solar thermal wall is installed in addition to a regular building wall, so it is easy to apply the mountings to large buildings. Solar walls are also virtually maintenance free. “Solar thermal walls can operate for a decade or longer with little degradation in performance,”  Schwartzkopf said.

Solar thermal walls can be cost effective towards natural gas and electric heating for large buildings such as commercial businesses, manufacturers, nonprofit headquarters and government agencies.

Not only do solar thermal walls save money, the walls generally produce fewer greenhouse gases, helping the environment. The emissions measured by the three researchers showed up to 20 percent in a year for the installations studied. This is just one step toward creating a clean and efficient future with a little extra money put back into pockets.

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