| 1 |
Farzaneh |
Afshinmanesh |
Nanophotonics Pave the Way for Solar Cells |
| Plasmonic Solar Cells |
| 2 |
Shiv |
Agarwal |
Modeling Transmission Lines |
| Electronic Cooling |
| 3 |
Hadiseh |
Alaeian |
Lanthanide Doped Up-Converters for Photovoltaic Applications |
| Bi-Molecular Up-Converters |
| 4 |
Hamza |
Aljamaan |
The Importance of Shale Gas Recovery |
| The Importance of Solar Energy in Saudi Arabia |
| 5 |
Marjan |
Aslani |
Electrochemical Double Layer Capacitors (Supercapacitors) |
| Carbon Pricing: An Economic Solution to an Environmental Problem |
| 6 |
John |
Belanger |
The Liquid Metal Battery |
| Powering NASA's Curiosity |
| 7 |
Justin |
Briggs |
Food Waste |
| Global Development and Energy Use |
| 8 |
Michael |
Chang |
High-Efficiency Solar Cells using Quantum Dots |
| Battery Management in Mobile Devices |
| 9 |
Blake |
Crowe |
Geothermal Energy |
| Internal Combustion Engine |
| 10 |
Chaitali |
Dalvi |
Oil From Jatropha |
| Cryogenic Energy Storage |
| 11 |
Sage |
Doshay |
Pumped Hydroelectric Storage: Making Renewable Energy Sources Reliable |
| Thermoelectric Energy Generation |
| 12 |
Majid |
Esfandyarpour |
Energy Consumption in Electrical Interconnects |
| Solid State Lighting |
| 13 |
Rahim |
Esfandyarpour |
Photoelectrochemical Hydrogen |
| Multi-Junction Solar Cells |
| 14 |
Bryan |
Fairbanks |
U.S. Solar Water Heating |
| The Johnstown Flood |
| 15 |
Rex |
Garland |
Piezoelectric Roads in California |
| Challenges for LIFE |
| 16 |
John |
Gold |
Waste to Energy: Europe and the United States |
| Energy Consumption of an NFL season |
| 17 |
William |
Greenbaum |
Alternative Jet Fuels |
| If All Cars Were Electric |
| 18 |
Zach |
Herrera |
The European Commission's Proposal and Potential Effects on Biodiesel |
| ITER: Progress and Future Goals |
| 19 |
Lauren |
Jaramillo |
A Survey of Home Heating Technologies and Fuels |
| Enhancement of Biomass Fuel |
| 20 |
Ben |
Johnson |
Power Sources for Space Exploration |
| Lighting Control Technologies |
| 21 |
Adam |
Jorna |
Synthetic Fuel Costs |
| Copper Zinc Tin Sulphide (CZTS) Solar Cells |
| 22 |
Donish |
Khan |
Energy Consumption Of The Human Body |
| Dimethyl Ether Production in China |
| 23 |
Brannon |
Klopfer |
Seawater to Jet Fuel |
| Off-Grid Homes |
| 24 |
Martin |
Kramer |
German Nuclear Transition to Renewable Energy |
| The DC Motor |
| 25 |
Sidharth |
Kumar |
Organic Fuel Cells |
| Algae Fuels |
| 26 |
John |
Lagasca |
TransCanada Keystone XL Pipeline |
| Alberta Grosmont Carbonates: The Next Frontier in Oilsands |
| 27 |
Patrick |
Landreman |
Wireless Power Transfer to Moving Vehicles |
| Killer Cars: The Energy Impact of a Radiohead Concert |
| 28 |
Justin |
Lee |
Energy Usage of Server Farms |
| The Manhattan Project |
| 29 |
Michael |
Maas |
Reverse Combustion and Carbon Recycling |
| Multi-Junction Solar Cells with Concentrators |
| 30 |
Yisha |
Mao |
Development of US Liquefied Natural Gas Industry |
| Considerations For IGCC Power Plant Designs |
| 31 |
John |
Melas-Kyriazi |
Cleantech Venture Capital |
| Grid-Scale Batteries |
| 32 |
Ashley |
Micks |
Microorganisms for Renewable Fuel |
| The Costs of Recycling |
| 33 |
Spencer |
Nam |
The Tesla Turbine |
| The Cost of Magnetic Resonance Imaging |
| 34 |
Michelle |
Nii |
Solar Cooker Technologies |
| Green Roofs |
| 35 |
Hyucksoo |
Park |
Oil Sands Conundrum |
| Shale Gas Steel |
| 36 |
Nick |
Plugis |
Outlook for Lignocellulose Derived Fuels |
| Petroleum Scarcity and Health Care Provision |
| 37 |
Alex |
Pratt |
Floating Wind Turbines |
| Global Integration of Natural Gas Markets |
| 38 |
Lucas |
Prokopiak |
Cost Competitive Electric Vehicle Fleet |
| Solar Islands |
| 39 |
Nadiv |
Rahman |
Conservation At Its Best: The Passivhaus |
| Biofuels From Microalgae: A Viable Option for the Future |
| 40 |
Isaac |
Ramos |
A Comparison of Diesel and Gasoline in Consumer Automobiles |
| Magnetic Confinement Fusion as Applied to Future Energy |
| 41 |
Matt |
Schneider |
Corn Subsidies and Biofuels |
| United States Corn Ethanol to Threaten Global Food Secutiy |
| 42 |
Ian |
Schultz |
Linking Oil Prices to the U.S. Economy |
| Effects of Shale Gas on US Energy Outlook |
| 43 |
Tyler |
Scott |
In-Situ Leach Mining of Uranium |
| California: State of Oil |
| 44 |
Jomar |
Sevilla |
Energy Usage Challenges of Optical Communication |
| Energy Efficiency Findings in Optical Networks |
| 45 |
Mitchell |
Spearrin |
Energy Costs of Water in California |
| Methanol: An Alternative Transportation Fuel |
| 46 |
Great |
Thavapatikom |
Online Learning and Energy Consumption |
| Railgun Payload Launch |
| 47 |
Paul |
Theodosis |
Natural Gas Economics |
| Policies of the Wind Turbine Industry |
| 48 |
Will |
Thomas |
Solar Cell Dye-Doping |
| Economic Analysis of Wave Energy Extraction |
| 49 |
John |
To |
Mesoporous Materials for Energy Storage |
| Flexible Battery and Its Application |
| 50 |
Jason |
Vidaurre |
Local vs. Large Scale Renewable Energy Generation |
| High Altitude Wind Turbines |
| 51 |
Haotian |
Wang |
Hydrogen Evolution Reaction |
| Nanowire solar Cell |
| 52 |
Huiliang |
Wang |
Carbon Nanotube Hybrid Solar Cells |
| Carbon Nanomaterials for Supercapacitors |