Undergraduate Senior Research Project To Develop A Computer Controlled Power Supply For Leds | Zendy

Richard Smith | Zendy; Richard H. Cockrum | Zendy; Phyllis Nelson | Zendy; Marvin Abrams | Zendy

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Undergraduate Senior Research Project To Develop A Computer Controlled Power Supply For Leds

Author(s) -

Richard Smith,

Richard H. Cockrum,

Phyllis Nelson,

Marvin Abrams

Publication year - 2020

Publication title -

2007 annual conference and exposition proceedings

Language(s) - English

Resource type - Conference proceedings

DOI - 10.18260/1-2--3065

Subject(s) - capstone , computer science , light emitting diode , engineering management , power (physics) , energy consumption , electrical engineering , energy conservation , engineering , physics , algorithm , quantum mechanics

A method of detecting cyanide concentration in the cutaneously transpired gas of a patient, allowing for the timely implementation of an appropriate treatment. Where the skin of a patient suffering from cyanide poisoning has been burnt, the present invention provides for a noninvasive means of cyanide treatment. In practice, a material is impregnated with methemoglobin and attached to a patient's skin. A barrier means located between the impregnated material and the patient's skin allows for the transfer of cyanide gas from the patient into the material. However, this barrier means does not allow for the transfer of the methemoglobin from the impregnated material into the patient's skin. The material is monitored for photometric change, and, where a change indicative of cyanide poinsoning is present, appropriate treatment is administered.

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