Lantern Slides illustrating Zoology, Botany, Geology, Astronomy, Textiles, &c.: Catalogue E. (November 1924)

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.

Flatters & Garnett, Ltd., Manchester. Section MM 8—Astronomy— Continued. 24 The Moon, taken 1890, July, 20d. 7h. 52m., Moon’s Age, 4d. 3h. 25 The Moon, taken 1890, Nov., 16d. 5h. 57m., Moon’s Age, 4d. 12h. 26 The Moon, taken 1893, Nov., 15d. 7h. Gm., Moon’s Arc, 7d. 14h. 27 The Moon, taken 1893, July, 21d. 9h. lm.. Moon’s Age, 8d. 16h. 28 The Moon, taken 1891, Oct., lid. 7h. 82m.. Moon’s Age, Pd. 2Jh. 29 The Moon, taken 1892, Mar., 8d. 13h. 16m.. Moon’s Age, lOd. 5|h. 30 The Moon, taken 1890, Oct., 2Gd. lOh. 19m.. Moon’s Age, 13d Ih. 31 The Moon, taken 1890, Aug., 4d. 12h. 39m.. Moon’s Age, 19d. 8h. 32 The Moon, taken 1890, Nov., 3d. 13h. 58m., Moon’s Age, 21d. 5h. 33 Jupiter, taken with enlarging Lens in 36-inch Telescope. 34 Jupiter, taken with enlarging Lens in 36-inch Telescope. (Sept., 26th,- 1892.) 35 Nubecula Major, or Greater Magellanic Cloud; reduced from Negative taken with the Dallmeyer Lens by J. M. Schaeberle, April 9th, 1893. 36 Clusters in Perseus; from Negative taken with the 36-inch Telescope. PHYSICS. A new Series of Slides is in preparation. Meanwhile, we are including only a few in this Catalogue. Section MM 9—LIGHT. Plain Slides 1 /3 each. 1 Solar Spectrum with Frauenliofer Lines (Col.) 3/6 2 Continuous Spectrum. (Col.) 3/6 3 Continuous Spectrum, coloured and mounted in special carrier for use with the following Bright-Line Spectra —which have clear lines to allow the colours to show through:— 7/6 4 Calcium. 5 Potassium. 6 Sodium. 7 Iron. 8 Lithium. 9 Gold. 10 Strontium. 11 Mercury. Other Spectra will be made to order. Coloured as priced. 21 Prism breaking up light into Component Parts. (Col.) 3/6 22 Spectroscope. “ Direct Vision ” Prisms, partly Fluid and partly Glass, to replace Lantern objectives —price on application. Section MM 1 O—X-RAYS AND RADIOGRAPHY. 1 Rontgen-Ray tubes. P 2 Induction coil. p 3 Compact X-Ray apparatus, in use. P RADIOGRAMS. 4 Halfpenny in boy’s throat. M 5 Dislocated shoulder. M 6 Ribs and corset steel. M 7 Ribs and spine. M 8 Elbow joint. M 9 Set bones, with pin in bandage. M 10 Set elbow, with screw and pin. M 11 Elbow joint. M 12 Set elbow, screws in splint. M 13 Set arms, screws in splint. M 14 Bullet in hand. M 15 Pair of hands. M 16 Pair of hands. M 17 Normal and deformed hands. M 18 Dislocated thumb. M 19 Bullet in finger. M 20 Broken needle in hand. Si 21 Fractured heel. M 22 Heel showing bone structure. M 23 Bullet in leg. M 24 Broken leg bone. M Photos taken by Radium Bromide emanations through objects as under:— 25 Cross of pure tin. 26 Cross of sheet iron. 27 Cross of sheet iron with rosewood. 28 Coin. Section MM 11 -METALLURGY. Photomicrographs of etched surfaces of Steels and other Alloys, accurately made for the purpose. Plain Slides only, 1/6 each. 1 Swedish bar iron—Iron 99.82%, x 300. M 2 Iron + 0.09% carbon, x 300. M 3 Iron + 0.16% carbon, x 300. M 4 Iron + 0.25% carbon, x 300. M 5 Iron + 0.48% carbon, x 300. M 6 Iron + 0.64% carbon, x 300. M 7 Iron + 0.89% carbon, normal pearlite, X 300. M 8 Iron + 0.89% carbon, annealed at 900° C., x 300. M 9 Iron + 0.89% carbon, annealed at 900° . C., x 2,000. M 10 Iron -f 1.3% carbon, as rolled, x 300. M 11 Iron + 1.3% carbon, annealed, x 300. M 12 Iron + 1.3% carbon, quenched in cold water from 850° C., x 300. M All Slides may be had Plain— unless otherwise stated. P— Photograph. D— Drawing or Diagram. M— Photomicrograph. T.S.— Transverse Section L.S. —Longitudinal Section. —90