Lijst van lantaarnplaatjes (between 1906-1913)

Record Details:

Something wrong or inaccurate about this page? Let us Know!

Thanks for helping us continually improve the quality of the Lantern search engine for all of our users! We have millions of scanned pages, so user reports are incredibly helpful for us to identify places where we can improve and update the metadata.

Please describe the issue below, and click "Submit" to send your comments to our team! If you'd prefer, you can also send us an email to mhdl@commarts.wisc.edu with your comments.




We use Optical Character Recognition (OCR) during our scanning and processing workflow to make the content of each page searchable. You can view the automatically generated text below as well as copy and paste individual pieces of text to quote in your own work.

Text recognition is never 100% accurate. Many parts of the scanned page may not be reflected in the OCR text output, including: images, page layout, certain fonts or handwriting.

SPECTRUM ANALYSIS. 31 SPECTRUM ANALYSIS. Including representations of the various instruments and apparatus made use of in spectroscopic researches, and descriptive of the results of the application o! Ih lunatic Analysis to the study of terrestrial substances, and to the physical constitution *£ Uio celestial bodies. OeiEOTED AND Arranged by the Rev. PHILIP SLEEMAN, f.r.as., f.r.m.s., ao, I The refraction of Light, f Tho prism. f Deviation of luminous ray by prism. 4 Kiplanalion of deviation. 4 Decomposition of light by prism. * Unequal refrangibihty of different colours. 1 Recomposition of light. No. 1. * Recomposition of light. No. 2. v Effect of aperture on spectrum. ( Necessity for use of narrow slit. 11 Uec of collimating lens. It Spectroscope with single prism. 11 Spectroscope with reflected scale. 11 Sectional view of spectroscope. I £ Blit, and comparison prism. M Increased dispersion by series of prisms. If Automatic arrangement for battery of prism3. t* Large spectroscope with returning ray. 13 Anomalous dispersion. 63 Direct-vision prisms, fl Miniature spectroscope. 68 Direct-vision spectroscope. U Micro-spectroscope. Elevation, jti Micro-epectroscope. Section, t. FoUr spectroscope. (Secchi). War spectroscope, (Secchi). V RUr spectroscope. (Huggins). V* Various classes of spectra. Chart of radiation spectra * ’ 3 irt of radiation spectra. No. Z. * <' irt of radiation spectra. No. 3. Chart of radiation spectra. No. a. 1 ' rtut of radiation spectra. No. 5. N 4&art of radiation spectra. No. 6. - 1% trf of radiation spectra. No. 7. f » of radiation spectra. No. 8. * * tit of radiation spectra. No. 9. v- Chart of radiation spectra. No. 10. ? * Double spectra, d Ihiosm’s maps of spectra. ^rejection of spectrum on screen. No. 1. « I’nycotion of spectrum on screen. No. 2. ts J'.umult’s and Duboscq's electric lamps, tt HuhmkorfFs spectral lamp, t- Apparatus for photographing spectra. Mil with with several apertures. *f Lon^and short lines in spectra, with explana- 4* Thot^raphio comparisons of spectra. No. 1. <• " Fhotogra hie comparisons of spectra. No. 2. te I Wgmorescent spectra. 1 J1u rescent spectra. Ap; or at us for spark spectra. V octmm tubes. t iitsqoerel’s apparatus for spark spectra. 5o Apparatus for spectra of metallic vapours. 66 Chart of absorption spectra. No. 1. 67 Chart of absorption spectra. No. 2. 63 Chart of absorption spectra. No. 8. 69 Chart of absorption spectra. No. 4. 60 Chart of absorption spectra. No. 5. Cl Chart of absoiption spectra. No. 6. 62 Bunsen’s apparatus for reversal of sodium lines. 63 Reversal of sodium lines on screen. 64 Solar Bpectrum, (Fraunhofer). - 65 Solar spectrum. (Kirclihoff). 68 Solar spectrum. Photograph by Draper. 67 Coincidences of Fraunhofer lines with there _ of sodium, &c. 63 Coincidences of Fraunhofer lines with those of iron. 69 Telluric lines in solar spectrum. 70 General view of chromosphere. 71 Typical sun spot. (Langley). 72 Spectrum of sun spot. (Secchi), 73 Spectrum of sun spot, near D lines. 74 Thickening of D lines in sun spot. 76 View of Total Solar Eclipse, 1S70. 76 * View of solar prominences. 77 Solar prominences, examined with radial slit 73 Spectra of solar prominences. (Lockyer). 79 Various spectra of solar prominences. 80 Solar prominences; examined witli tangential slit 81 Solar prominence.-?; seen entire, by use of wide slit. 82 Long and short lines in solar prominences. 83 Solar cyclones. (Lockyer). 8-1 “Motion Forms.*’ (Lockyer). 85 F line, in Sirius and the Sun. 86 Measurement of velocity by displacement o 1 F line. 87 Spectra of Sun, Corona, and Aurora Borsaii 3 S3 Types of stellar spectra. (Secchi). 89 Spectrum of Sirius. 90 Spectrum of A in a HereuIL. 91 Spectrum of /3 Cygni. 92 Spectrum of T Corouro Borealm. 93 Spectra of a Orionia and Aldebaran. 94 Spectrum of Uranus. 95 Spectrum of a nebula. 96 Cometary and carbon spectra. 97 Thermal, luminous, and actinic ray 3 in solar spectrum. 88 Thermal intensities in spectra of Sim and o? the electric light. 99 Chemical intensity in solar spectrum. 100 Influence of solar spectrum on sensitive sil salts. A number of carefully selected slides of Solar Eclipses, Sun Spots, Prominences, turnuz, Ac., <5'c., are included in the series on “Astronomy.” Many of these might be advantage in further illustration of the subject of “Spectrum Analysis,” Set ths series on “Ligr®”