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- 08:56, 2 June 2009 diff hist +31 Organic Heterojunctions in Solar Cells →Pioneers in organic photovoltaics
- 08:54, 2 June 2009 diff hist +1 Organic Heterojunctions in Solar Cells →Materials used in Organic Heterojunctions
- 08:54, 2 June 2009 diff hist +154 Organic Heterojunctions in Solar Cells →Materials used in Organic Heterojunctions
- 08:53, 2 June 2009 diff hist −154 Organic Heterojunctions in Solar Cells →Heterojunction description
- 08:51, 2 June 2009 diff hist +56 Organic Heterojunctions in Solar Cells →Heterojunction description
- 08:50, 2 June 2009 diff hist −128 Organic Heterojunctions in Solar Cells →Selecting Donor and Acceptor energy levels
- 08:48, 2 June 2009 diff hist +2 Organic Heterojunctions in Solar Cells →Energy levels in heterojunctions
- 08:45, 2 June 2009 diff hist −7 Organic Heterojunctions in Solar Cells →Heterojunction description
- 08:42, 2 June 2009 diff hist +1 Organic Heterojunctions in Solar Cells
- 08:41, 2 June 2009 diff hist +49 Organic Heterojunctions in Solar Cells
- 08:40, 2 June 2009 diff hist +1 Major Processes in Organic Solar Cells
- 08:40, 2 June 2009 diff hist +1,231 Organic Heterojunctions in Solar Cells
- 08:38, 2 June 2009 diff hist +37 Major Processes in Organic Solar Cells →Semiconductors compared
- 08:37, 2 June 2009 diff hist +66 Major Processes in Organic Solar Cells
- 08:34, 2 June 2009 diff hist +64 Solar Technologies
- 08:30, 2 June 2009 diff hist +1 Metal Complex Dopants
- 08:29, 2 June 2009 diff hist +52 Metal Complex Dopants →Future Directions for OLEDs: Color Purity
- 08:28, 2 June 2009 diff hist +83 Metal Complex Dopants →Ortho-Metallated Ir Complexes
- 08:26, 2 June 2009 diff hist −2 Fluorescent/Phosphorescent Dopants →References
- 08:25, 2 June 2009 diff hist +16 Fluorescent/Phosphorescent Dopants →Excited States of Organometallic Complexes
- 08:25, 2 June 2009 diff hist +21 Fluorescent/Phosphorescent Dopants →Excited States of Organometallic Complexes
- 08:24, 2 June 2009 diff hist +14 Fluorescent/Phosphorescent Dopants →Excited States of Organometallic Complexes
- 08:24, 2 June 2009 diff hist +40 Fluorescent/Phosphorescent Dopants →Dynamics of Förster Energy Transfer
- 08:23, 2 June 2009 diff hist +20 Fluorescent/Phosphorescent Dopants →How to Increase Performance
- 08:22, 2 June 2009 diff hist +6 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 08:22, 2 June 2009 diff hist +33 Organic Heterojunctions →Typical components of a single heterojunction OLED
- 13:45, 1 June 2009 diff hist +1 Major Processes in Organic Solar Cells →Photovoltaic maximum power
- 13:44, 1 June 2009 diff hist +17 Major Processes in Organic Solar Cells →Charge Migration
- 13:43, 1 June 2009 diff hist +2 Major Processes in Organic Solar Cells
- 13:40, 1 June 2009 diff hist +2 Major Processes in Organic Solar Cells →Exciton binding energies
- 10:08, 1 June 2009 diff hist +479 Transition Dipole Moment
- 10:04, 1 June 2009 diff hist +2,895 Transition Dipole Moment
- 08:52, 1 June 2009 diff hist +369 Fluorescence Process →Phosphorescence
- 08:52, 1 June 2009 diff hist +757 Fluorescence Process →Intersystem Crossing
- 09:03, 27 May 2009 diff hist +5 Fluorescence Process →Quantum Yield
- 09:03, 27 May 2009 diff hist +2 Fluorescence Process →Quantum Yield
- 09:01, 27 May 2009 diff hist 0 Fluorescence Process →Quantum Yield
- 09:01, 27 May 2009 diff hist +2 Fluorescence Process →Quantum Yield
- 09:01, 27 May 2009 diff hist 0 Fluorescence Process →Quantum Yield
- 09:00, 27 May 2009 diff hist −2 Fluorescence Process →Quantum Yield
- 09:00, 27 May 2009 diff hist −1 Fluorescence Process →Quantum Yield
- 09:00, 27 May 2009 diff hist +15 Fluorescence Process →Quantum Yield
- 08:58, 27 May 2009 diff hist +219 Jablonksi Diagram
- 08:57, 27 May 2009 diff hist +403 Fluorescence Process →Intersystem Crossing
- 08:55, 27 May 2009 diff hist +4,831 Fluorescence Process
- 08:26, 27 May 2009 diff hist +53 Acronyms and Unit Abbreviations →Units
- 08:13, 27 May 2009 diff hist 0 Main Page →Absorption and Emission of Light
- 08:11, 27 May 2009 diff hist 0 Main Page →Electronic Band Structure of Organic Materials
- 08:11, 27 May 2009 diff hist +36 Main Page →Electronic Band Structure of Organic Materials
- 09:20, 26 May 2009 diff hist +859 Electronic States vs Molecular Levels
- 11:09, 20 May 2009 diff hist −4 Polarization and Polarizability →Birefringence
- 10:48, 20 May 2009 diff hist +11 Sigma and pi Orbitals →p-p Pi Bonding
- 10:45, 20 May 2009 diff hist +59 Sigma and pi Orbitals →Orbital Overlap
- 10:44, 20 May 2009 diff hist +68 Sigma and pi Orbitals →Molecular Orbital Theory
- 10:39, 20 May 2009 diff hist +15 Electronegativity and Bonding Between Atoms
- 10:29, 20 May 2009 diff hist −13 Main Page →Luminescence and Color (Brédas)
- 10:26, 20 May 2009 diff hist 0 Color and Chromaticity →Light absorption
- 10:26, 20 May 2009 diff hist −4 Color and Chromaticity →Light absorption
- 10:26, 20 May 2009 diff hist +1 Color and Chromaticity →Light absorption
- 10:25, 20 May 2009 diff hist −6 Color and Chromaticity →Light absorption
- 10:23, 20 May 2009 diff hist −4 Color and Chromaticity →Light absorption
- 10:19, 20 May 2009 diff hist +2 Electromagnetic Radiation →Electric an Magnetic waves
- 10:18, 20 May 2009 diff hist 0 Luminescence Phenomena →Red green blue phosphors in CRT
- 10:18, 20 May 2009 diff hist +24 Luminescence Phenomena →Red green blue phosphors in CRT
- 14:56, 14 May 2009 diff hist 0 The Need for Photonic Integration →Two types of Integration
- 14:56, 14 May 2009 diff hist −12 The Need for Photonic Integration →Two types of Integration
- 14:50, 14 May 2009 diff hist +12 The Need for Photonic Integration →What is the best information carrier, electrons or photons?
- 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:
- 09:04, 6 May 2009 diff hist −59 Carbon footprint to charge an iPod →The Problem:
- 09:03, 6 May 2009 diff hist +3,295 N Carbon footprint to charge an iPod New page: == The Problem: == How much coal must you burn (and how much CO2 will you produce) to generate enough electrical energy to charge up your iPod/cellphone? A typical lithium ion battery g...
- 08:59, 6 May 2009 diff hist +22 Solar Technologies →Carbon footprint
- 08:59, 6 May 2009 diff hist −3,226 Solar Technologies →Carbon footprint
- 08:58, 6 May 2009 diff hist +2,247 Solar Technologies →Carbon footprint
- 08:44, 6 May 2009 diff hist +1,003 Solar Technologies →Cost Considerations
- 08:38, 6 May 2009 diff hist +1 Acronyms and Unit Abbreviations →Units
- 08:37, 6 May 2009 diff hist +6 Acronyms and Unit Abbreviations →Units
- 08:36, 6 May 2009 diff hist +265 Acronyms and Unit Abbreviations →Units
- 08:33, 6 May 2009 diff hist +66 Acronyms and Unit Abbreviations →Units
- 08:32, 6 May 2009 diff hist +2 Acronyms and Unit Abbreviations →Acronymns
- 08:32, 6 May 2009 diff hist +2 Acronyms and Unit Abbreviations →Acronymns
- 08:32, 6 May 2009 diff hist +82 Acronyms and Unit Abbreviations →Acronymns
- 08:30, 6 May 2009 diff hist +170 Acronyms and Unit Abbreviations →Acronymns
- 08:29, 6 May 2009 diff hist +1 Acronyms and Unit Abbreviations →Acronymns
- 08:29, 6 May 2009 diff hist −104 Acronyms and Unit Abbreviations →Acronymns
- 08:28, 6 May 2009 diff hist +4 Acronyms and Unit Abbreviations →Acronymns
- 08:27, 6 May 2009 diff hist +136 Acronyms and Unit Abbreviations →Acronymns
- 08:24, 6 May 2009 diff hist +210 Help:Contents
- 08:21, 6 May 2009 diff hist +2,195 N Acronyms and Unit Abbreviations New page: == Acronymns == ACRONYMS AND ABBREVIATIONS a-Si:H hydrogenated amorphous silicon AM air mass ASF Anderson, Schultz, and Flory BOS balance of system CB conduction band CHP combined heat an...
- 08:17, 6 May 2009 diff hist +40 Main Page
- 08:11, 6 May 2009 diff hist +103 Solar Technologies →Generations of Solar Cells
- 08:07, 6 May 2009 diff hist +195 Solar Technologies →Generations of Solar Cells
- 08:05, 6 May 2009 diff hist +116 Solar Technologies →Cost Considerations
- 08:02, 6 May 2009 diff hist +26 Solar Technologies →Solar Potential
- 13:37, 5 May 2009 diff hist +1,837 N Organic Heterojunctions in Solar Cells New page: These are the levels or the states. It is important to understand the differences between the levels that refer to one electron level picture and states that refer to the whole molecule ...
- 09:49, 5 May 2009 diff hist +7 Help:Contents →To enforce a break so picture stays with block
- 09:47, 5 May 2009 diff hist −1 Help:Contents
- 09:46, 5 May 2009 diff hist +139 Help:Contents →Embed Latex formula and force png rendering
- 09:45, 5 May 2009 diff hist +70 Help:Contents
- 09:44, 5 May 2009 diff hist +1,889 N Photonics Wiki Stylesheet New page: The Photonics Wiki is meant to be more of textbook / tutorial presentation than a standard wiki. We hope that students will be able read a section from the main menu and follow a coherent ...
- 09:28, 5 May 2009 diff hist +1 Help:Contents
- 09:28, 5 May 2009 diff hist +30 Help:Contents
- 16:37, 4 May 2009 diff hist 0 Electromagnetic Radiation
- 16:35, 4 May 2009 diff hist +7 Electromagnetic Radiation →The particle nature of light
- 16:35, 4 May 2009 diff hist +2 Electromagnetic Radiation →The particle nature of light
- 16:34, 4 May 2009 diff hist +5 Electromagnetic Radiation →The particle nature of light
- 16:33, 4 May 2009 diff hist +6 Electromagnetic Radiation →Light waves
- 16:32, 4 May 2009 diff hist −4 Electromagnetic Radiation →The particle nature of light
- 16:32, 4 May 2009 diff hist +6 Electromagnetic Radiation →The particle nature of light
- 16:30, 4 May 2009 diff hist +135 Wavenumber current
- 16:28, 4 May 2009 diff hist +43 N Wavenumber New page: Wavenumber is the reciprocal of wavelength.
- 16:26, 4 May 2009 diff hist −1 Electromagnetic Radiation →Light waves
- 16:24, 4 May 2009 diff hist +44 Major Processes in Organic Solar Cells →Charge separation
- 16:23, 4 May 2009 diff hist +19 Solar Technologies →Prototype Fabrication and Testing
- 16:22, 4 May 2009 diff hist +70 Help:Contents →References
- 16:21, 4 May 2009 diff hist +1 Help:Contents →References
- 16:21, 4 May 2009 diff hist +33 Help:Contents
- 16:19, 4 May 2009 diff hist +27 The First OLEDs →The First “Practical” Organic Light Emitting Diodes
- 16:19, 4 May 2009 diff hist +41 The First OLEDs
- 16:15, 4 May 2009 diff hist +11 The First OLEDs
- 16:12, 4 May 2009 diff hist −1 Light Emitting Electrochemical Processes →electrogenerated chemiluminescence (ECL) studies
- 16:09, 4 May 2009 diff hist 0 Main Page →Luminescence and Color
- 16:09, 4 May 2009 diff hist +63 Main Page →Luminescence and Color
- 16:07, 4 May 2009 diff hist +23 Chromaticity →Tristimulus measurement and chromaticity diagrams
- 16:06, 4 May 2009 diff hist +18 Chromaticity →Tristimulus measurement and chromaticity diagrams
- 16:05, 4 May 2009 diff hist +92 Chromaticity
- 09:45, 29 April 2009 diff hist +2 Solar Cell Introduction
- 09:45, 29 April 2009 diff hist +1 Help:Contents
- 09:44, 29 April 2009 diff hist +88 Solar Cell Introduction
- 09:39, 29 April 2009 diff hist +89 Solar Cell Introduction
- 09:35, 29 April 2009 diff hist +15 Main Page →Organic Solar Cells
- 09:34, 29 April 2009 diff hist −6 Main Page →Organic Solar Cells (JLB)
- 09:34, 29 April 2009 diff hist +117 N Physics of Solar Cells New page: Return to OPV Menu | Next Topic
- 09:32, 29 April 2009 diff hist +21 Major Processes in Organic Solar Cells
- 09:31, 29 April 2009 diff hist +91 Major Processes in Organic Solar Cells
- 09:29, 29 April 2009 diff hist +88 Solar Cell Introduction
- 08:17, 29 April 2009 diff hist −120 Major Processes in Organic Solar Cells →Exciton Migration
- 08:16, 29 April 2009 diff hist +13 Major Processes in Organic Solar Cells →Exciton binding energies
- 08:12, 29 April 2009 diff hist +7 Major Processes in Organic Solar Cells →Exciton binding energies
- 08:11, 29 April 2009 diff hist −17 Major Processes in Organic Solar Cells →Exciton binding energies
- 08:11, 29 April 2009 diff hist +9 Major Processes in Organic Solar Cells →Exciton binding energies
- 08:10, 29 April 2009 diff hist +91 Major Processes in Organic Solar Cells →Exciton binding energies
- 08:05, 29 April 2009 diff hist +45 Help:Contents
- 09:40, 28 April 2009 diff hist −3 Fluorescent/Phosphorescent Dopants
- 09:39, 28 April 2009 diff hist +2 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 09:38, 28 April 2009 diff hist −223 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 09:36, 28 April 2009 diff hist −2 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 09:35, 28 April 2009 diff hist −1 Fluorescent/Phosphorescent Dopants →Jablonski Diagram
- 09:34, 28 April 2009 diff hist +19 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 09:33, 28 April 2009 diff hist +92 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 09:32, 28 April 2009 diff hist −13 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 09:31, 28 April 2009 diff hist −10 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 09:29, 28 April 2009 diff hist +3 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 09:27, 28 April 2009 diff hist +46 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 09:26, 28 April 2009 diff hist +301 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 14:55, 27 April 2009 diff hist −15 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 13:51, 27 April 2009 diff hist −73 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 13:50, 27 April 2009 diff hist +90 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 13:14, 27 April 2009 diff hist 0 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 13:01, 27 April 2009 diff hist +1 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 13:01, 27 April 2009 diff hist −6 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 12:55, 27 April 2009 diff hist +11 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 12:54, 27 April 2009 diff hist −18 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 12:51, 27 April 2009 diff hist +18 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 12:51, 27 April 2009 diff hist −31 Fluorescent/Phosphorescent Dopants →Device Efficiency
- 11:57, 27 April 2009 diff hist +66 Organic Heterojunctions →Typical components of a single heterojunction OLED
- 11:54, 27 April 2009 diff hist 0 Organic Heterojunctions →Typical components of a single heterojunction OLED
- 11:53, 27 April 2009 diff hist −1 OLED Charge Mobilities →Hole and Electron Mobility in Non-Crystalline Materials
- 11:52, 27 April 2009 diff hist 0 Organic Heterojunctions →Typical components of a single heterojunction OLED
- 11:44, 27 April 2009 diff hist +18 OLED Charge Mobilities →Hole and Electron Mobility in Non-Crystalline Materials
- 11:26, 27 April 2009 diff hist +82 OLED Charge Mobilities →The disorder formalism (Bassler and Borsenberger)
- 11:26, 27 April 2009 diff hist +107 OLED Charge Mobilities →The disorder formalism (Bassler and Borsenberger)
- 11:23, 27 April 2009 diff hist +12 Organic/Organic Heterojunctions in OLEDs →Organic/Organic’ Heterojunction Devices
- 11:12, 27 April 2009 diff hist +2 Indium tin oxide
- 11:11, 27 April 2009 diff hist +235 N Indium tin oxide New page: Indium tin oxide is the most common transparent conductive material used in OLEDs and OPVs. It is typically used as the anode connected to the hole injecting layer. ITO is usually applied ...
- 11:07, 27 April 2009 diff hist +13 Organic/Organic Heterojunctions in OLEDs →Single-Layer OLEDs Band-Edge Offsets vs. Contact Electrodes
- 11:06, 27 April 2009 diff hist +2 Organic/Organic Heterojunctions in OLEDs →Single-Layer OLEDs Band-Edge Offsets vs. Contact Electrodes
- 11:06, 27 April 2009 diff hist +12 Organic/Organic Heterojunctions in OLEDs →Single-Layer OLEDs Band-Edge Offsets vs. Contact Electrodes
- 13:40, 21 April 2009 diff hist +846 N Photoelectron Spectrometer XPS and UPS New page: What is the Problem? OLEDs and OPVs consist of thin films of organic materials, sandwiched between contacting electrodes. We need analytical tools which tell us: *Elemental composition o...
- 13:37, 21 April 2009 diff hist +174 Main Page →M) Research Tools and Methods
- 13:34, 21 April 2009 diff hist 0 Main Page →L) Research Tools and Methods
- 13:33, 21 April 2009 diff hist +38 Main Page →L) Recent results of “state-of-the-art” STC research
- 10:07, 7 April 2009 diff hist +97 External Education Links →K-12 Educational Resources
- 09:54, 7 April 2009 diff hist +112 External Education Links →K-12 Educational Resources
- 09:45, 1 April 2009 diff hist +58 External Education Links →K-12 Educational Resources
- 14:47, 13 March 2009 diff hist +1 Help:Contents
- 14:43, 13 March 2009 diff hist +4 Help:Contents
- 14:40, 13 March 2009 diff hist −3 Help:Contents
- 14:39, 13 March 2009 diff hist +36 Help:Contents
- 14:01, 13 March 2009 diff hist −100 What is a Light Emitting Diode? →p-type and n-type materials
- 14:01, 13 March 2009 diff hist +7 What is a Light Emitting Diode? →p-type and n-type materials
- 14:01, 13 March 2009 diff hist +11 What is a Light Emitting Diode? →p-type and n-type materials
- 14:00, 13 March 2009 diff hist +82 What is a Light Emitting Diode? →p-type and n-type materials
- 08:48, 12 March 2009 diff hist +62 Fluorescent/Phosphorescent Dopants →Excited States of Organometallic Complexes
- 08:43, 12 March 2009 diff hist +82 External Education Links →Tools
- 16:47, 10 March 2009 diff hist −10 Metal Complex Dopants
- 16:44, 10 March 2009 diff hist 0 Metal Complex Dopants
- 16:42, 10 March 2009 diff hist −17 Metal Complex Dopants
- 16:41, 10 March 2009 diff hist +98 Metal Complex Dopants
- 16:26, 10 March 2009 diff hist +21 Metal Complex Dopants
- 16:01, 10 March 2009 diff hist +5,324 N Metal Complex Dopants New page: One of the key advances to the modern OLED was rediscovering heavy metal complexes that had very high phosphorescent quantum yields and short lifetimes. This class of compound has an iridi...
- 14:50, 10 March 2009 diff hist +5,401 N Fluorescent/Phosphorescent Dopants New page: The Pioneer car stereo was one of the first OLEDs to reach the market with green and blue OLED. The polymer OLEDs use an emissive layer based on derivatives of polyphenylenevinylene which...