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Application Of Bismuth Oxychloride As A Colorimetric Uv Sensor Material, Kyle James Troche
Application Of Bismuth Oxychloride As A Colorimetric Uv Sensor Material, Kyle James Troche
Nanoscience and Microsystems ETDs
Sunlight contains about 9% UV radiation with roughly one-third of it penetrating the atmosphere and reaching the Earth’s surface. UV radiation from the sun is classified into three different types: UVA (315- 499 nm), UVB (280- 314nm), and UVC (100- 279 nm). Prolonged exposure to artificial UV radiation or direct sunlight can still induce many adverse effects such as sunburn, weakening of the immune system, and skin cancer. A wide variety of photoresistor, photodiode and colorimetric UV sensors are currently being researched to help monitor UV radiation. Our research is focused on developing a colorimetric UV sensor that is inherently …