Optimization of engines operated remotely by laser power (1976)
Garbuny, M., Pechersky, M. J · leaf 6
^ isentropic compression j 2 — 3 Isobaric heat addition Efficiency; t)- ^- j-" ^ - -g-l— 3 -• 4 Isentropic expansion ^ / 2\ k-1 ^ 4 -> 1 Isobaric heat rejection I II III IV y ^* y maximum wtwn T} = T^ The discontinuous movement of piston and displacer as a function lA^-C-lf) of time. B end E… … Figure 9.— Laser-driven Stirling engine. Figure 10.— Thermodynamic cycles for the Stirling | engine. SJW.SSf 179 F llllllllil I £ 1 fill
Ceramics · Ferroelectricity · Photovoltages · Energy conversion · Energy technology · Laser applications · Photoelectricity · Polycrystals
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