1. Optical constants of silica glass from extreme ultraviolet to far infrared at near room temperature.

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   Downloads | Contributor(s): Laurent Pilon

   This Excel file contains an exhaustive list of experimental data for the real (refractive index) and imaginary (absorption index) parts of the complex refractive index of silica glass over the …

2. Purdue ME 606 Homework 1

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   Assignment for Radiation Heat Transfer course.

3. Teaching Material: Historical Survey of the Early Development of the Infrared Spectral Region

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   This paper (E.S. Barr, American Journal of Physics, Volume 28, Issue 1, pp. 42-54 (1960)) provides a brief history of the early research on radiation physics.

4. Vapor Pressure Relations for Droplet Combustion Models

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   by W.L.H. Hallett Combustion and Flame Vol. 65, pp. 117-119 (1986).

5. Purdue ME 606 Homework 1 Solution

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   For Fall 2008 course

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1. Purdue ME606: EM Field Theory

   = Electromagnetic Field Theory = == Maxwell Equations == nabla cdot left( {epsilon vec E} right) = rho_f where: * epsilon is electrical permittivity * vec E is electric field …

2. Purdue ME 606: Radiative Heat Flux (Lecture 12)

   = Radiative Heat Flux = INSERT FIGURE HERE: DOTTED PLANE AND VECTORS vec q''_eta cdot hat n = int_{4pi} I_eta ({hat s}) left( {hat n cdot hat s} right) domega Remember that hat n …

3. Purdue ME 606: View Factors

   ==View Factors (or Shape Factors)== F_{1 rightarrow 2} is the fraction of energy leaving surface 1 that arrives at surface 2 Assume black surfaces *flux leaving 1: E_{b1} *total leaving 1: …

4. Derivation of Planck's Law

   == About this page == This page provides a brief derivation of Planck's law from basic statistical principles. For more information, the reader is referred to the textbook by Rybicki and …

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