Welcome to the thermalHUB Topics area. This portion of the site is currently in Beta, as we test out features and fix bugs.

What are Topic Pages?

Topic Pages are meant to be user-created community editable pages covering a specific topic or topics. Similar to a wiki, topic pages allow users to share their knowledge of nanotechnology and related areas.

How do I use this?

You can edit any of the pages in this area of the site and add information. For more instructions, see:

Help Pages

• Help: Page History
• Help: Wiki Formatting
• Help: Wiki HTML
• Help: Wiki Macros
• Help: Wiki Math
• Help: Wiki Page Names

All Available Pages

• Derivation of Planck’s Law
• Electrons in solids
• Emission and In-scattering
• Purdue ME606: Emission and In-scattering (Lecture-11)
• Fundamentals of Heat Conduction at Interfaces
• Heat Transfer Cheat Sheet
• Help: Page History
• Help: Wiki Formatting
• Help: Wiki HTML
• Help: Wiki Macros
• Help: Wiki Math
• Help: Wiki Page Names
• IEEE TC-9 Committee Page
• IEEE CPMT Thermal Management & Thermo-Mechanical Design Technical Committee
• Purdue ME 606: Radiation intensity, Surface properties, Kirchoff’s Law (Lecture 3)
• Literature Review: Boiling and Evaporative Heat Transfer
• Main Page
• Microscale Energy Transport
• Purdue ME 606: Notes on Near-Field Radiation
• Notes on the quantum of thermal conductance
• Purdue ME 606: Beyond the Gray Approximation and Radiative Heat Flux (Lecture 10)
• Purdue ME606: EM Field Theory
• Purdue ME 606: Enclosure Characteristics (Lecture 9)
• Purdue ME606: Equation of Radiative Transfer (RTE): Lecture 11
• Purdue ME 606: Introduction
• Purdue ME 606: Radiation Heat Transfer Main Page
• Purdue ME 606: Radiative Heat Flux (Lecture 12)
• Purdue ME 606: Radiative Surface Properties
• Purdue ME 606: Reflection from Surfaces
• Purdue ME 606: Solar Constant and Emissivity (Lecture 4)
• Purdue ME 606: View Factors
• Purdue ME 606: Solutions of the RTE
• Purdue ME 606: Some Notes on the Equation of Radiative Transfer
• Test Knol-type page
• Thermal Rectification
• VU ME248: Types of Differential Equations
• Vibrations in solids

Last modified on 09 Sep, 2008