LIQUID DROPLET RADIATOR FOR SPACE APPLICATIONS
Following from: The radiative transfer equation; Transport approximation; Differential approximations; Two-flux approximation; P1 approximation of the spherical harmonics method; The simplest approximations of double spherical harmonics Radiation of the isothermal plane-parallel layer; Radiation of the nonisothermal layer of a scattering medium; Radiative equilibrium in a plane-parallel layer; The radiative boundary layer
Investigations of the liquid droplet radiator (LDR) for space applications have been conducted during last two decades because of its high power-generation efficiency, i.e., relatively small mass in comparison with other radiators of the same power. The information on the engineering problem and the main energetic parameters of droplet radiators has been ...
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