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This concept addresses all the requirements for absorber design in an extremely compact geometry.
It is also shown that the optimal values for absorber stiffness and damping depend significantly on the rotational speed of the beam and asymmetry of the bearing support.
The efficiency was increased by up to 26.5% for absorber plate with 16 mm pin pitch as compared to flat smooth plate.
Due to its optimum direct band gap, it has been considered suitable material for absorber layer for photovoltaic solar cell applications.
New correlations for the hydrodynamic characteristics will be implemented in an in-house software as a basis for absorber and desorber design.
The efficiency of the resulting solar cells is dependent particularly on achieving high light scattering, low resistivity and low absorption (via low free carrier absorption), in addition to suitable surface morphology for absorber growth quality.
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As solar light has a wide range of spectrum (from 200 to 3000 nm), it requires a broad enough absorbing spectrum for absorbers to effectively convert light.
The performances of three cycle schemes of double absorption heat transformers without regeneration, with solution heat regeneration and with both solution and coolant heat regeneration for absorber-evaporator are calculated and compared.
An optimal algorithm is developed which determines the optimum values for absorbers' parameters.
From this design rule, several optimal period combinations can be found, providing greater design flexibility for absorbers of indirect band gap materials.
Here, IH is the internal irreversible parameter for absorber-generator assembly.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com