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13.22 A tubular heater with a black inner surface of uniform temperature T₁ = 1000 K irradiates a coaxial disk. D₂ = 100 mm -Insulation -Heater surface, T, -Disk D₂ = 50 mm -L₂ = 100 mm -L₁ = 100 mm- (a) Determine the radiant power from the heater, which is incident on the disk, 91- What is the irradiation on the disk, G₁? (b) For disk diameters of D₁ = 25, 50, and 100 mm, plot q and G₁ as a function of the separation distance L, for 0 ≤ L₁ ≤ 200 mm.

13.22 A tubular heater with a black inner surface of uniform temperature T₁ = 1000 K irradiates a coaxial disk. D₂ = 100 mm -Insulation -Heater surface, T, -Disk D₂ = 50 mm -L₂ = 100 mm -L₁ = 100 mm- (a) Determine the radiant power from the heater, which is incident on the disk, 91- What is the irradiation on the disk, G₁? (b) For disk diameters of D₁ = 25, 50, and 100 mm, plot q and G₁ as a function of the separation distance L, for 0 ≤ L₁ ≤ 200 mm.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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13.22 A tubular heater with a black inner surface of uniform temperature T₁ = 1000 K irradiates a coaxial disk. D₂ = 100 mm -Insulation Heater surface, T -Disk D₁ = 50 mm -L₂= 100 mm -L₁ = 100 mm- (a) Determine the radiant power from the heater, which is incident on the disk, 91- What is the irradiation on the disk, G₁? (b) For disk diameters of D₁ = 25, 50, and 100 mm, plot q and G₁ as a function of the separation distance L₁ for 0 ≤L₁ ≤ 200 mm.
Transcribed Image Text:13.22 A tubular heater with a black inner surface of uniform temperature T₁ = 1000 K irradiates a coaxial disk. D₂ = 100 mm -Insulation Heater surface, T -Disk D₁ = 50 mm -L₂= 100 mm -L₁ = 100 mm- (a) Determine the radiant power from the heater, which is incident on the disk, 91- What is the irradiation on the disk, G₁? (b) For disk diameters of D₁ = 25, 50, and 100 mm, plot q and G₁ as a function of the separation distance L₁ for 0 ≤L₁ ≤ 200 mm.
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