Energy circulation

The leaves of a plantlike object open and close in correspondence with the position of the sun - a process that is familiar to everyone from floral behavior. Photovoltaic foils on the surfaces of both arms generate the energy for their movement as well as for a further effect an electric discharge occurs between them at regular intervals - a periodic visualization of the solar energy circulating through the object. 

Low-energy circulations between n orbitals on fluorine and a (e ) d orbitals on the metal are possible in the (spin-paired) d complex... 

Medium-term memory is storage of from minutes to a day or so. It probably involves partial structural changes as well as patterns of energy circulation. You can probably recall what you had for breakfast yesterday morning, but in a few days you will not remember the contents of that meal. 

The conversation in the bedchamber is clearly marked as a love scene, but it is a most unusual one, especially for a tragedy. Instead of the iconic pair, we are confronted with three characters, and the sexual energy circulates freely among them. Not only does Cariola flirt with Antonio, she also playfully complains to him of the Duchess s greedy desire She ll much disquiet... 

When energy moves from a storing dipole to a conductive dipole, the process is merely an energy circulation as will be seen in Chapter 11 about dissipation. 

The energy circulation is merely a process that makes the energy move from one object to the other through the gate variables without conversion. Contrary to the exchange, the two partners need not be identical, and the process is not necessarily a two-way process. Here, it applies to the one-way transfer of energy from a storing dipole to a dissipative one. 

Energy circulation is a process occurring between a conductive dipole and a storing dipole belonging to the same subvariety (G-L or G-C). 

The term channel induction furnace is appHed to those in which the energy for the process is produced in a channel of molten metal that forms the secondary circuit of an iron core transformer. The primary circuit consists of a copper cod which also encircles the core. This arrangement is quite similar to that used in a utdity transformer. Metal is heated within the loop by the passage of electric current and circulates to the hearth above to overcome the thermal losses of the furnace and provide power to melt additional metal as it is added. Figure 9 illustrates the simplest configuration of a single-channel induction melting furnace. Multiple inductors are also used for appHcations where additional power is required or increased rehabdity is necessary for continuous operation (11). 

Fig. 10. An idealized view of an HDR heat mine. Water circulating ia a closed loop is heated as it passes through fractures ia the hot rock. The energy is...

As of this writing, it has not been possible to use the seismic data which defines the volume of the reservoir to also determine the joint stmcture. Extended flow testing is the most direct measure of the efficiency and sustainabiUty of energy recovery from the reservoir. The use of chemical tracers in the circulating fluid can also provide valuable supporting data with regard to the multiplicity of flow paths and the transit time of fluid within the reservoir (37). 

Both of these pressure difference terms are not a lost energy because the energy is recovered in other parts of the fluid flow circuit if the circuit is a closed one. In an open flow circuit, the circulating pump or fan must work against these pressure differences or drops. 

The production of ketene by this method has no significant environmental impact. The off-gases from the ketene furnace are either circulated to the furnace and burned to save energy or led to a flare system. The reaction can also be carried out at 350—550°C in the presence of alkaH-exchanged zeoHte catalysts (54). Small quantities of ketene are prepared by pyrolysis of acetone [67-64-1] at 500—700°C in a commercially available ketene lamp (55,56). 

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