1. SYNTHESIS OF MONODISPERSE SILVER NANOPARTICLES FOR USE IN LUMINESCENT SOLAR CONCENTRATORS Open Access Author: Plansinis, Brent William Title: SYNTHESIS OF MONODISPERSE SILVER NANOPARTICLES FOR USE IN LUMINESCENT SOLAR CONCENTRATORS Area of Honors: Physics Keywords: silver nanoparticlesluminescent solar concentratorcitrate reductionphotostability File: Download Thesis.pdf Thesis Supervisors: Bruce Paul Wittmershaus, Thesis SupervisorBruce Paul Wittmershaus, Thesis Honors AdvisorChuck Yeung, Faculty ReaderBruce Paul Wittmershaus, Thesis Supervisor
2. DNA-Templated Silver Nanoclusters: A Fluorescent Dye with Novel Applications to Luminescent Solar Concentrators Open Access Author: Stanko, Danielle Renee Title: DNA-Templated Silver Nanoclusters: A Fluorescent Dye with Novel Applications to Luminescent Solar Concentrators Area of Honors: Physics Keywords: luminescent solar concentratorsolar energysilver nanoclusterfluorescent dyedye photostabilitypolyvinyl alcohol File: Download Danielle_Stanko_Thesis.pdf Thesis Supervisors: Bruce Paul Wittmershaus, Thesis SupervisorProf. Richard Wallace Robinett, Thesis Honors Advisor
3. Characterizing and Optimizing the Synthesis of 'bubble' Dna-templated Silver Nanoclusters as a Fluorescent Material Open Access Author: Campbell, Ian Edward Title: Characterizing and Optimizing the Synthesis of 'bubble' Dna-templated Silver Nanoclusters as a Fluorescent Material Area of Honors: Chemistry Keywords: DNAtemplatedsilvernanoclustersfluorescentoptimizesynthesisstabilitychemical yield File: Download SHC_THESIS_Ian_Campbell_resub_04182016.pdf Thesis Supervisors: Bruce Paul Wittmershaus, Thesis SupervisorAlan John Jircitano, Thesis Honors AdvisorDarren Williams, Faculty Reader
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