Sentence examples for radiation coefficient from inspiring English sources
According to construction practices in Tianjin, North China, the thermal parameters including radiating ratio K1, radiating area of the radiator A1, radiation coefficient of a typical room K2, average outer wall area of typical room A2, average air density (rho), average heat capacity c and average room volume V are given in Table 3.
Theoretical results are presented in radiated power, radial quadratic velocity and radiation coefficient (in both air and water); they show the influence of stiffeners on the vibro-acoustic shell behaviour in both fluids.
The cumulative coating with titanium changes the radiation coefficient of the probe surface again.
Finally σ = 5.670400 × 10 − 8 J s − 1 m − 2 K − 4 is the thermal radiation coefficient (Stefan's constant).
For example, it is not easy to incorporate the frequency-dependent radiation coefficient in the allocation of empirical Green's functions.
The control surfaces allow the wave energy converter to have a time-varying geometry that enables the hydrodynamic exciting and radiation coefficients to be altered.
We think that this is likely caused by slight differences in the radiation coefficients due to the difference of focal mechanisms and take-off angles between SMGA and EGF events, because the effect of the radiation coefficients are dominant in the lower frequency range.
According to the thermodynamics modeling, the output voltage is a function of solar intensity, ambient temperature, internal parameters of thermoelectric module, convection and radiation coefficients, and geometrical characteristics of the setup.
An analytical solution is performed for the transmissivities of both direct and diffuse radiation – τgn and τgd – as functions of the latitude, orientation, and the curved surface aspect ratio (P = b/a) to derive new parameters that are defined as direct and diffuse radiation coefficients (¯¯¯¯Γn and ¯¯¯¯Γd).
Furthermore, these materials have other good properties such as high mobility, high saturation velocities, high absorption and radiation coefficients [5,6] which make them promising in modern electronic and optoelectronic applications such as blue semiconductor laser, light emitting diodes, photodetectors and photovoltaic devices [7,8].
