The theoretical formula of pulse transmission speed of drilling fluid pulse generator is proposed.
This result suggests that in applications involving the use of loudspeakers as linear alternators and air at near atmospheric pressure as working fluid, electricity generators of the standing wave type could perform, comparably to their travelling-wave counterparts.
Each power cycle consists of typical Rankine cycle components, such as a working fluid pump, gas generator or evaporator, turbine with electricity generator, air cooled condenser and recuperator (internal heat exchanger).
The programmable logic controller, frequency converter and liquid level sensor are suggested to be adopted in the system to automatically control the liquid level of the working fluid in the generator and ensure high heat exchange efficiency in the generator.
A design methodology for simple ejector refrigeration systems of fixed cooling capacity operating with fixed temperatures of the external fluids entering the generator, the condenser and the evaporator is presented and applied for a particular combination of these four parameters.
On the other hand, the analysis of the effect of rotation of electrically conducting fluids plays an important role in cosmical fluid dynamics, energy generators, structure of rotating magnetic stars, magneto-geophysics and planetary astrophysics especially in the study of wind generated currents on rotating earth.
In the accompanying paper, a new system configuration was proposed that employs alternate working fluids (NH3 NaSCN He), a coupling-fluid heated bubble-pump generator, and an enhanced absorber.
In configuration-1 (C-1), the working fluid returning from the generator of the absorption chiller always flows towards the hot storage tank which acts as a common element between the solar collector and the absorption chiller.
As the rotors were directly locked into the shaft, knowing the conversion efficiency of the brushless generator, the fluid dynamic torque was obtained in the PC LabVIEW Controller [8].
Energy flux (power) is created in a power generator located between a resource fluid ('upper' fluid 1) and the environmental fluid ('lower' fluid, 2).
