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- 14:49, 14 May 2009 diff hist +4 The Need for Photonic Integration →Particles suitable for telecommunication
- 14:48, 14 May 2009 diff hist +1 The Need for Photonic Integration →Phototonic information / energy processing
- 14:46, 14 May 2009 diff hist +46 Main Page →Photonics Integration
- 14:09, 14 May 2009 diff hist −2 Main Page →Phototonics Integration
- 14:09, 14 May 2009 diff hist +10 The Need for Photonic Integration
- 14:07, 14 May 2009 diff hist +84 The Need for Photonic Integration
- 14:06, 14 May 2009 diff hist +7 Main Page →Center Overview
- 14:03, 14 May 2009 diff hist +68 The Need for Photonic Integration →Two types of Integration
- 14:01, 14 May 2009 diff hist −1 The Need for Photonic Integration →Phototonic information / energy processing
- 14:01, 14 May 2009 diff hist 0 The Need for Photonic Integration →Moore’s Law- the History of Integration
- 08:39, 14 May 2009 diff hist +3,194 The Need for Photonic Integration
- 08:32, 14 May 2009 diff hist +12 The Need for Photonic Integration
- 08:31, 14 May 2009 diff hist +307 N The Need for Photonic Integration New page: This wiki is largely drawn from a presentation by Larry Dalton delivered July 21, 2008. The steaming version of the persentation is available [here. http://lectures.stc-mditr.org/tegrity/s...
- 08:27, 14 May 2009 diff hist −6 Main Page →Center Overview
- 09:13, 11 May 2009 diff hist +40 Luminescence Phenomena →Types of Luminescence
- 16:36, 7 May 2009 diff hist +2 Main Page →Basics of Light (Brédas)
- 12:31, 7 May 2009 diff hist +1 Total Internal Reflection
- 12:31, 7 May 2009 diff hist +573 Total Internal Reflection
- 12:30, 7 May 2009 diff hist −474 Total Internal Reflection
- 12:30, 7 May 2009 diff hist +474 Total Internal Reflection
- 11:52, 7 May 2009 diff hist −1 Photoelectron Spectrometer XPS and UPS →What is our approach? Physics of XPS and UPS
- 08:21, 7 May 2009 diff hist +17 Electromagnetic Radiation →The particle nature of light
- 08:20, 7 May 2009 diff hist −7 Main Page →Luminescence and Color (Brédas)
- 08:19, 7 May 2009 diff hist −37 Main Page
- 08:18, 7 May 2009 diff hist +43 Main Page
- 08:17, 7 May 2009 diff hist +7 Main Page
- 09:44, 6 May 2009 diff hist +401 Solar Technologies →Solar Potential
- 09:34, 6 May 2009 diff hist +1 Solar Technologies →External Links
- 09:34, 6 May 2009 diff hist +4 Solar Technologies →External Links
- 09:33, 6 May 2009 diff hist +132 Solar Technologies →Prototype Fabrication and Testing
- 09:32, 6 May 2009 diff hist +2 Solar Technologies →Cost Considerations
- 09:29, 6 May 2009 diff hist −1 Solar Technologies →Generations of Solar Cells
- 09:29, 6 May 2009 diff hist +85 Solar Technologies →Generations of Solar Cells
- 09:26, 6 May 2009 diff hist +274 Solar Technologies →Weight and Flexibility
- 09:20, 6 May 2009 diff hist +4 Carbon footprint to charge an iPod →You go to standard thermodynamic tables to get the enthalpy for each of the reactants and products current
- 09:19, 6 May 2009 diff hist +2 Carbon footprint to charge an iPod →You go to standard thermodynamic tables to get the enthalpy for each of the reactants and products
- 09:18, 6 May 2009 diff hist +29 Carbon footprint to charge an iPod →Next to calculate transmission loss for power lines over a distance
- 09:17, 6 May 2009 diff hist +29 Carbon footprint to charge an iPod →You go to standard thermodynamic tables to get the enthalpy for each of the reactants and products
- 09:16, 6 May 2009 diff hist +2 Carbon footprint to charge an iPod →You go to standard thermodynamic tables to get the enthalpy for each of the reactants and products
- 09:15, 6 May 2009 diff hist −1 Solar Technologies →Cost Considerations
- 09:15, 6 May 2009 diff hist +1 Solar Technologies →Cost Considerations
- 09:14, 6 May 2009 diff hist +49 Solar Technologies →Cost Considerations
- 09:14, 6 May 2009 diff hist −6 Solar Technologies →Carbon footprint to charge an iPod
- 09:13, 6 May 2009 diff hist 0 Carbon footprint to charge an iPod →You go to standard thermodynamic tables to get the enthalpy for each of the reactants and products
- 09:13, 6 May 2009 diff hist +15 Carbon footprint to charge an iPod →You go to standard thermodynamic tables to get the enthalpy for each of the reactants and products
- 09:12, 6 May 2009 diff hist +6 Carbon footprint to charge an iPod →You go to standard thermodynamic tables to get the enthalpy for each of the reactants and products
- 09:10, 6 May 2009 diff hist +26 Carbon footprint to charge an iPod →You go to standard thermodynamic tables to get the enthalpy for each of the reactants and products
- 09:09, 6 May 2009 diff hist −2 Carbon footprint to charge an iPod →You go to standard thermodynamic tables to get the enthalpy for each of the reactants and products
- 09:09, 6 May 2009 diff hist +127 Carbon footprint to charge an iPod →You go to standard thermodynamic tables to get the enthalpy for each of the reactants and products
- 09:04, 6 May 2009 diff hist +55 Carbon footprint to charge an iPod →The approximate half-cell reactions and overall reaction: