1. Light Concentration via Waveguide Surface Curvature Open Access Author: Mcgowan, Joshua Bradley Title: Light Concentration via Waveguide Surface Curvature Area of Honors: Mechanical Engineering Keywords: LSCwaveguideLuminescent Solar ConcentratorSolar ConcentrationSolar Energydesign modeling File: Download Thesis_final.pdf Thesis Supervisors: Noel Christopher Giebink, Thesis SupervisorHenry Joseph Sommer III, Thesis Honors AdvisorChristine Masters, Faculty Reader
2. The Optimization of the New Jersey Solar Renewable Energy Credit (SREC) Market Open Access Author: Brady, Connor Daniel Title: The Optimization of the New Jersey Solar Renewable Energy Credit (SREC) Market Area of Honors: Energy, Business, and Finance Keywords: Solar PowerSolar EnergyIncentive MarketSolar Renewable Energy CreditSREC File: Download Thesis_Final_Draft-_Connor_Brady.pdf Thesis Supervisors: Seth Adam Blumsack, Thesis SupervisorSeth Adam Blumsack, Thesis Honors AdvisorZhen Lei, Faculty Reader
3. Electrification of Farming Structures Through Adaptable Solar Power Systems in the Northeast United States: An Analysis on Decision Making and Solar Utility Open Access Author: Hakun, Jennafer S Title: Electrification of Farming Structures Through Adaptable Solar Power Systems in the Northeast United States: An Analysis on Decision Making and Solar Utility Area of Honors: Energy Engineering Keywords: Energy EngineeringSolar EnergyAgricultureMicrogrids File: Download HakunThesis.pdf Thesis Supervisors: Dr. Jeffrey Brownson, Thesis SupervisorDr. Sarma V Pisupati, Thesis Honors Advisor
4. Optimizing the Power Output of Luminescent Solar Concentrators that Use White Diffusive Backgrounds Open Access Author: Schrecengost, Jonathon Ray Title: Optimizing the Power Output of Luminescent Solar Concentrators that Use White Diffusive Backgrounds Area of Honors: Physics Keywords: Luminescent solar concentratorair gapwhite backgroundscattererLSCdiffusiveLuminescent Solar ConcentratorLSCscattererwhite backgroundair gapdiffuseSolar Energy File: Download Schrecengost_Schreyer_Thesis.pdf Thesis Supervisors: Bruce Paul Wittmershaus, Thesis SupervisorDarren Williams, Thesis Honors Advisor