Review of Scientific Instruments · 1939 · 17 citations · 3 references
Natural SciencesMaterials EngineeringMaterials ScienceOptical MaterialsSpectroscopic AnalysisSpectroscopyLuminescent MaterialsMetalsOptical Properties Of MaterialsRefractive IndexThermal Properties Of MaterialsThin Film Optical PropertiesEmissive PowerEmissivity EstimationRadiative Properties Of MaterialsReflection Coefficient AnalysisReflection Coefficient MeasurementReflectivitySpectral Emissive Power
Following A. G. Worthing the spectral emissive power may be obtained from measurements of the reflection coefficient. This method is applicable to the oxide-coated filament both at room temperature and at normal operating temperatures. For a particular type of filament containing dispersed nickel the reflection coefficient averaged 36 percent independent of temperature and independent of the degree of activation, i.e., the content of free alkaline earth metal.
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E. W. Washburn · British Journal of Radiology Röntgen Society Section · 1927 · 1.2K citations
The reflection factor of magnesium oxide
J. S. Prestón · Transactions of the Optical Society · 1929 · 53 citations