Replenishment energy

Consequently, we have experimentally established this totally new process and field of technology, and also have experimentally established that it is not necessary to deplete the permanent-magnet dipole after all. With the new techniques, direct replenishment energy from the active vacuum is readily furnished to the permanent magnet and utilized by the system. 

Wender, I. Converting Organic Wastes to Oil A Replenishable Energy Source, Report of Investigations 7560, Pittsburgh Energy Research Center Pittsburgh, PA, 1971. 

Renewable carbon resources is a misnomer the earth s carbon is in a perpetual state of flux. Carbon is not consumed such that it is no longer available in any form. Reversible and irreversible chemical reactions occur in such a manner that the carbon cycle makes all forms of carbon, including fossil resources, renewable. It is simply a matter of time that makes one carbon from more renewable than another. If it is presumed that replacement does in fact occur, natural processes eventually will replenish depleted petroleum or natural gas deposits in several million years. Eixed carbon-containing materials that renew themselves often enough to make them continuously available in large quantities are needed to maintain and supplement energy suppHes biomass is a principal source of such carbon. 

One such case arises in the theory of clocks. As is known, a dock is a mechanism consisting of two parts a torsional pendulum with a small damping, and an escapement mechanism replenishing the energy lost by damping in the torsional pendulum. 

An ideal renewable resource will be one that can be replenished over a relatively short timescale or is essentially limitless in supply. The latter will include solar radiation, geothermal energy, oxygen, carbon dioxide and water. Nor should production or consumption of these resources contribute to the net atmospheric burden of carbon dioxide. Advantage can be taken of the fixation of atmospheric carbon dioxide into plant material by the process of photosynthesis. 

Rayner, P., Safety Digest Univ. Safety Assoc., 1991, 40, 14 A methyl but-3-enylimidate ester hydrochloride, was charged to a tenfold excess of stirred 14% hypochlorite solution cooled in ice. After 50 min the flask was removed to replenish the ice. Shortly after returning the flask to the icebath a violent explosion shattered both flask and icebath. This was attributed to thermal runaway (although available energy is scarcely sufficient to boil the water in the flask). It seems more likely that trichloroamine was generated by the excess hypochlorite, settled when removed from the magnetic stirrer, and detonated from friction when this restarted. The reaction is said to have been performed many times previously without incident. 

Carbohydrate metabolism in the organism tissues encompasses enzymic processes leading either to the breakdown of carbohydrates (catabolic pathways), or to the synthesis thereof (anabolic pathways). Carbohydrate breakdown leads to energy release or intermediary products that are necessary for other biochemical processes. The carbohydrate synthesis serves for replenishment of polysaccharide reserve or for renewal of structural carbohydrates. The effectiveness of various routes of carbohydrate metabolism in tissues and organs is defined by the availability of appropriate enzymes in them. 

Conductive sample coatings are not needed because the gas molecules in the chamber replenish electrons on the sample surface to prevent charging. Direct observation of either wet or dry specimens is possible based on the continuously variable specimen environment. The instrument accommodates a micromanipulator, heatable stage, and gaseous environment. Energy dispersive x-ray (EDX) units can also be added to the sample chamber for elemental analysis. Samples can be analyzed in their natural state, at elevated relative humidities, elevated temperatures, and in various gas environments (including 100% relative humidity). 

Muscle in the resting state predominantly utilizes fatty acids. The immediate source of energy for muscle contraction is ATP, which is rapidly replenished at the expense... 

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