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53 percent 60r 40 Efficiency absorption coefficient cm-1 Acceptor Carrier Concentration acceptor concentration baseline converter baseline parameters cal sec-1 cm-2 carriers cm-3 chosen circuit diagram Coefficient Shunt Resistance Concentration Donor Carrier conventional photoconverter Conversion of Laser Converter efficiency Converter Width Converter current density dark currents depletion region depth device geometry shown different donor concentrations Donor Carrier Concentration efficiency from 53 efficiency increases Figure 12 Heat Pipe Temperature incident photons cm-2 involve the photocurrent junction photovoltaic converter junction position Langley Research Center laser power station Laser Wavelength Converter Laser-photovoltaic n-Surface NASA Nd laser-Si number of incident ohms optimum cell optimum converter p-region p-Surface Input Power Performing Organization photons cm-2 sec-1 power density Resistance Heat Pipe Series Resistance Heat short circuit current shows the efficiency single crystal Solar Cell surface recombination velocity Temperature Heat-Transfer Coefficient Thickness Converter Width total short circuit Velocity on p-Surface vertical junction converter voltage watts/cm2 ym Nd laser