#Spectroscope

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teachersource
teachersource

Joseph von Fraunhofer was born on March 6, 1787. A German physicist and optical lens manufacturer. He made optical glass, an achromatic telescope, and objective lenses. He also invented the spectroscope and developed diffraction grating. In 1814, he discovered and studied the dark absorption lines in the spectrum of the sun now known as Fraunhofer lines. Fraunhofer produced various optical instruments for his firm. This included the Fraunhofer Dorpat Refractor used by Struve (delivered 1824 to Dorpat Observatory), and the Bessel Heliometer (delivered posthumously), which were both used to collect data for stellar parallax.

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teachersource
teachersource

Joseph von Fraunhofer was born on March 6, 1787. A German physicist and optical lens manufacturer. He made optical glass and achromatic telescope objective lenses, invented the spectroscope, and developed diffraction grating. In 1814, he discovered and studied the dark absorption lines in the spectrum of the sun now known as Fraunhofer lines.

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jan-aki
jan-aki

I can now whistle two notes at once. There’s still alot of wind, but it’s very clearly two notes when looking at a spectroscope.

The way I do this is by whistling through my teeth, then shaping my lips so that I whistle through my lips as well.

To anybody who wonders what it sounds like, it kinda sounds like a train whistle.

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musicmakesyousmart
musicmakesyousmart

Spectroscope - Hazey Love

Self-released

2014

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musicmakesyousmart
musicmakesyousmart

Spectroscope - Lost Summer

Attenuation Circuit

2014

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jonamias
jonamias
Nunca encare o mundo a sua volta como sem solução, pois o que pensamos pode ser algo que nos limite a enxergar um mundo melhor.
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themakerstudio
themakerstudio

Hello moon. We never miss a opportunity to build with spectroscope filters & today was no exception. Check out how the moon looks when the spectroscope filter divides the white light rays into all of their rainbow colors. #spectroscope #themoon #lightspectrum

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brokenmusicboxwolfe
brokenmusicboxwolfe

We are sooo weird! I thought a box (containing a large lego castle with figures) under a desk was all that was under there, but look what else I found today!

So there was:

a motorcycle helmet with a full purse and a Transformers knock off stuffed in it

a ceramic thing covered in flowers

a spectroscope (we own several actually)

a foam frisbee from Kennedy Space Center

a wooden bird shaped bowl from Yugoslavia

mom’s old camera

the logo of an Impala

some comic books

my long lost witch

I’m amazed it all fit in that little space behind the box! LOL

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themakerstudio
themakerstudio

It’s our last week of @maker_camp and we’re bringing the color during our Open House! Come make some spectroscope goggles and find out how awesomely colorful white light actually is. #color #makercamp #spectroscope #sciencecitykc #rainbow

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mrs-rossistar-blog
mrs-rossistar-blog

Trials In Building A Spectroscope

Eugene began by looking up a few DIY tutorials for building a spectroscope, and began gathering the materials needed:

A paper towel tube

Knife

Cardstock Paper

Tape

Scissors

Blank CD

The spectroscope went through three different iterations. The building process required a lot of trial and error, and lots of error.

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mrs-rossistar-blog
mrs-rossistar-blog

Picture of a spectroscope used by Thomas Edison

Diagram of a spectroscope prism

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mrs-rossistar-blog
mrs-rossistar-blog

What is a Spectroscope?

Spectroscopes are instruments that use the properties of wavelength and light to investigate the composition of substances. Specifically, the atomic spectrum is used to learn about the composition of an object. White light is the type of light viewed by a spectroscope.

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fishstickmonkey
fishstickmonkey

Spectroscope

Made by J. B. Dancer, Manchester, c.1870.

Science Museum Group

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detroitlib
detroitlib

View of Mary Jeanne DeBold using a spectroscope to conduct a spectrum test on metal for a gyro-compass. Label on back: “She stands watch ashore over lives on high seas. Highlighted by the vari-colored arcs of the spectrum, Mary Jeanne DeBold’s intensity of expression fully reflects her realization that lives of American sailors and fighters depend on the quality and ingredients of metals used in the gyro-compass and other vital war equipment built by Dodge Division of Chrysler Corporation. A laboratory technician at the main engineering laboratories of Chrysler Corporation, Miss DeBold is shown using a spectrum test on metal for the famous gyro, whereby Dodge assures dependable navigation on the high seas. High voltage electricity is used to create a brilliant spark-lite discharge which is photographed by the modern cameras installed in the Chrysler spectroscope. This is the most efficient and fastest way of of determining the actual content of metal bar stock. Women completely staff the Chrysler spectrographic laboratory, which is one of the few in the country. These tests are applied to most metals consumed by Chrysler Corporation and its divisions in building a wide variety of war equipment to rigid Army and Navy specifications.” Handwritten on back: “Women workers.” 1942-45.

  • Courtesy of the National Automotive History Collection, Detroit Public Library

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thusreluctant
thusreluctant

Spectroscope with Rose by Walter Tandy Murch 

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pardon-my-tangence-blog
pardon-my-tangence-blog

Spectroscopy 🌈

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thunderstruck9
thunderstruck9

Walter Tandy Murch (American, 1907-1967), Spectroscope with rose, 1953. Oil on canvas, 20 ½ x 21 ½ in.

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hawkeyenfo
hawkeyenfo

I got a really cheap spectroscope and I am looking at the spectra of various light sources.  Fluorescent lamps are the easiest source to find that has distinct emission lines.  Street lamps (often high pressure sodium lamps) are common but you have to walk outside to get close enough to one.  Some neon signs were near a place I frequent and those had some interesting spectra.  It was also possible to see the absorption spectra in sunlight.

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kampenomtiden
kampenomtiden

ÅTERUPPSTÅNDELSEN

Tiden är inte på min sida. För tredje dagen i rad påminns jag om något jag måste göra under den kommande veckan, som jag lyckats glömma bort, totalt. Stressen växer, men vad kan jag göra mer än att fortsätta andas?

Sitter hemma hos mina föräldrar nu. Igår åkte jag till min gamla hemstad för att få taktil massage av Karina på FMT Behandlingscenter. På väg dit från tåget mötte jag Louise, min gamla artistcoach. Hon sken upp och gav mig en varm kram. Det gav mig en positiv känsla för min vistelse i stan. Det finns goda krafter i världen även om vissa platser förknippas med hopplöshet. Samma känsla omslöt mig sen hos Karina efter taktilen och en pratstund. Resten av dagen lät jag oxytocinet ta över och mota bort adrenalinet. Förhoppningsvis ger det mig några dagar med ökad energi och minskad stress. Jag behövde det inför den här helgen fylld av rep och resten av veckan som ligger framför mig. Idag återuppstod Spectroscope och repade i fyra timmar på Balsta Musikslott inför en spelning på Sweden Prog Fest den 9 november. Imorgon repar vi med Tikkle Me inför spelningen nästa helg på KBG. Jag fyller min tid med goda företeelser som ger mig energi, men jag behöver vara vaksam så att de inte tar den tillbaka utan att det finns ett jämnt flöde mellan oss hela tiden. Och jag fortsätter andas.

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sawyerrayne
sawyerrayne

Fun in chemistry