5581 research outputs found
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Bridgewater College, Photograph of students sitting outside Memorial Hall, 1980s
No full textArchival photograph from Bridgewater College Special Collectionshttps://digitalcommons.bridgewater.edu/m_last_name_individuals_photos/1005/thumbnail.jp
Bridgewater College, Photograph of students, probably in a biology lab with plants and honeybees, 1950s
No full textArchival photograph from Bridgewater College Special Collectionshttps://digitalcommons.bridgewater.edu/y_last_name_individuals_photos/1000/thumbnail.jp
Mythic Arcana - A Tarot and Mythology Guidebook
Get PDFMythic Arcana is part of my senior thesis show and the culmination of my writing and design journey at the college. It is a creative spin on the Major Arcana tarot deck and features mythological characters from around the world. Tarot is used for spiritual guidance, and the Major Arcana cards represent the Soul’s journey from naivety and vast potential (starting with 0, the Fool) to success and fulfillment (ending with 21, the World).
Enjoy this celebration of our world\u27s rich and diverse cultures. Immerse yourself in enchanting art and storytelling. Allow this work to bring you to the past, across the world, and towards the divine
Stormwater Management Across Campus
No full textThis paper discusses how Bridgewater College\u27s campus currently handles stormwater and how to improve on it, including an analysis of stormwater management as a whole as it relates to the campus
Using Chronopotentiometry to Explore the Effects of Chemical Additives on Electron Diffusion in Mesoporous Semiconductor Films
No full textSolar energy plays a critical role in reducing greenhouse gas emissions and mitigating climate change by converting sunlight into usable electricity and heat. While silicon-based solar cells remain the dominant technology, dye-sensitized solar cells (DSSCs) offer a cost-effective alternative by using semiconductors and light-absorbing materials. Although DSSCs have the potential to provide cost-effective solutions, their efficiency tends to be lower than that of silicon solar cells. They face significant challenges such as back electron transfer. This phenomenon occurs when injected electrons recombine with redox mediators or oxidized dyes, reducing the overall efficiency of the cell. To address this, we explored the effect of two additives – lithium ions (Li+) and 4-tert-butyl-pyridine (tBp) – on electron diffusion within unsensitized solar cells (USSCs). Lithium ions are thought to lower the energetic levels of trap states – areas within the material’s crystal structure that can capture and hold electrons – making it easier for electrons to be captured. Conversely, tBp can increase the energetic levels of the trap states, making it more difficult. We hypothesized that lowering energetic trap states can retain electrons for longer periods of time by preventing electron diffusion to higher energy neighboring acceptor states. Furthermore, to analyze these effects, chronopotentiometry was used to track the flow of electrons through the system. Experiments were conducted using a potentiostat, and the resulting data was analyzed in RStudio to observe the time-dependent voltage decay curves. This study aims to examine the influence of lithium ions and tBp on electron lifetimes and how these factors impact the overall efficiency of USSCs. Additionally, the difference in performance between TiO2 and ZrO2 was examined as well as exploring differences in the length of applied bias
Bridgewater College, Photograph of William P. Albright and class, undated
No full textArchival photograph from Bridgewater College Special Collectionshttps://digitalcommons.bridgewater.edu/a_last_name_individuals_photos/1015/thumbnail.jp
Bridgewater College, Photograph with Richard Bellows, Liz Kulnis and Brydon DeWitt, undated
No full textArchival photograph from Bridgewater College Special Collectionshttps://digitalcommons.bridgewater.edu/b_last_name_individuals_photos/1023/thumbnail.jp
Bridgewater College, Photograph of the unveiling of a portrait of Virginia Garber Cole Strickler, 28 March 1956
No full textArchival photograph from Bridgewater College Special Collectionshttps://digitalcommons.bridgewater.edu/m_last_name_individuals_photos/1003/thumbnail.jp
Bridgewater College, Portrait of Registrar Clement Bess, undated
No full textArchival photograph from Bridgewater College Special Collectionshttps://digitalcommons.bridgewater.edu/b_last_name_individuals_photos/1059/thumbnail.jp