Modular Spectrometer
por ndamrauer
Archivos imprimibles (13)
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stlAll_Parts_Together.stl
337 Ko · 407 descargas
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stlSpectrometer_body.stl
66 Ko · 396 descargas
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stlSample_Holder_second_try.stl
51 Ko · 327 descargas
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stl0.25_mm_slit.stl
9 Ko · 375 descargas
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stlSlit_Assembly.stl
32 Ko · 378 descargas
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stlLED_holder_plate.stl
65 Ko · 373 descargas
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stlLED_holder_plus_Diffuser.stl
67 Ko · 357 descargas
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stl0.1_mm_slit.stl
9 Ko · 368 descargas
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stlBlank_Plate.stl
10 Ko · 370 descargas
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stlEmission_spectrometer_spectroscope_config.stl
94 Ko · 361 descargas
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stlEmission_spectrometer_glowstick_config.stl
172 Ko · 360 descargas
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stlEmission_spectrometer_photoexcitation_config.stl
232 Ko · 362 descargas
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stlAbsorption_spectrometer_config.stl
233 Ko · 373 descargas
Descripción
This is a modular spectrometer designed to teach students about the working components of complex scientific instruments and to explore the spectroscopic properties of substances around them. For a detailed description of their use, please visit https://www.colorado.edu/lab/damrauergroup/modular-spectrometer. These parts are intended to be used with a cell phone camera acting as a light-intensity detector. We have designed and used these for an introductory chemistry course at the University of Colorado Boulder and want them to be made available widely during the pandemic for use by any teachers and students who may be working and teaching remotely. The student can mix and match the components to create various instruments. For example: (1) a UV-Vis Absorption Spectrometer to measure what colors of light a substance - such as a dye in solution - absorbs and how strongly it does this for each color {an absorption spectrum}; (2) a fluorometer to measure what colors of light a substance emits after photo-excitation and the intensity per color that it does so {an emission spectrum}; and (3) a spectroscope to measure the spectrum of light sources such as the line spectrum of a common compact fluorescent light bulb.