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RMMDENWX–Compound eye of an unidentified green-colored flying insect found the Decatur, Georgia, revealed in the 162x magnified scanning electron microscopic (SEM) image, 2005. Image courtesy Centers for Disease Control (CDC) / Janice Haney Carr. Note: Image has been digitally colorized using a modern process. Colors may not be scientifically accurate. ()
RM2JKFTPK–This photo uses confocal microscopy and merges 350 individual images to reveal a top view of a zebrafish with a fluorescent and quottagged and quot skeleton, scales and lymphatic system. The image was awarded by NIH researcher Daniel Castranova and won 1st place in Nikon's 2020 photomicrography competition.
RM2FX597G–Photomicrography. Lemardeley photographic microscope. Old 19th century engraved illustration from La Nature 1893
![[Snow Crystal]. Artist: Wilson Alwyn Bentley (American, 1865-1931). Dimensions: Image: 7.4 x 9 cm (2 15/16 x 3 9/16 in.). Date: ca. 1910. A self-educated farmer from Jericho, Vermont, Bentley was a pioneer in the field of photomicrography. Using a microscope fitted to a bellows camera, he was the first to photograph a single snowflake. For over half a century, he pursued his obsession with the unique forms of snow crystals, cataloguing the endless variations on a basic hexagonal structure. In addition to their formal beauty, Bentley's photographs are fine examples of a typological approach in Stock Photo](https://c8.alamy.com/comp/PAAE8J/snow-crystal-artist-wilson-alwyn-bentley-american-1865-1931-dimensions-image-74-x-9-cm-2-1516-x-3-916-in-date-ca-1910-a-self-educated-farmer-from-jericho-vermont-bentley-was-a-pioneer-in-the-field-of-photomicrography-using-a-microscope-fitted-to-a-bellows-camera-he-was-the-first-to-photograph-a-single-snowflake-for-over-half-a-century-he-pursued-his-obsession-with-the-unique-forms-of-snow-crystals-cataloguing-the-endless-variations-on-a-basic-hexagonal-structure-in-addition-to-their-formal-beauty-bentleys-photographs-are-fine-examples-of-a-typological-approach-in-PAAE8J.jpg "[Snow Crystal]. Artist: Wilson Alwyn Bentley (American, 1865-1931). Dimensions: Image: 7.4 x 9 cm (2 15/16 x 3 9/16 in.). Date: ca. 1910. A self-educated farmer from Jericho, Vermont, Bentley was a pioneer in the field of photomicrography. Using a microscope fitted to a bellows camera, he was the first to photograph a single snowflake. For over half a century, he pursued his obsession with the unique forms of snow crystals, cataloguing the endless variations on a basic hexagonal structure. In addition to their formal beauty, Bentley's photographs are fine examples of a typological approach in Stock Photo")
RMPAAE8J–[Snow Crystal]. Artist: Wilson Alwyn Bentley (American, 1865-1931). Dimensions: Image: 7.4 x 9 cm (2 15/16 x 3 9/16 in.). Date: ca. 1910. A self-educated farmer from Jericho, Vermont, Bentley was a pioneer in the field of photomicrography. Using a microscope fitted to a bellows camera, he was the first to photograph a single snowflake. For over half a century, he pursued his obsession with the unique forms of snow crystals, cataloguing the endless variations on a basic hexagonal structure. In addition to their formal beauty, Bentley's photographs are fine examples of a typological approach in
RM2AYKHYW–Relatively large (about 80 microns in diameter) spore, likely club-moss spore, under the microscope
RMWA83PK–Bureau of Standards speeds up photomicrography with new apparatus. Washington, D.C., Aug. 18. By means of this new apparatus just designed by the metallurgical divisions of the National Bureau of Standards, it is now possible to make 700 micrographs per working day of the structural effect of corrosion on cross sections of metallic specimans. This new machine uses roll film of 900 negatives at one loading, thus dispensing with the repeated loading and unloading of individual film holders by which method the Bureau was only formerly able to make 12 micrographs per working day. Willard H. Mutohl
RF2HTX1AR–Art inspired by Snow Crystal, ca. 1910, Gelatin silver print, Image: 7.4 x 9 cm (2 15/16 x 3 9/16 in.), Photographs, Wilson Alwyn Bentley (American, 1865–1931), A self-educated farmer from Jericho, Vermont, Bentley was a pioneer in the field of photomicrography. Using a microscope, Classic works modernized by Artotop with a splash of modernity. Shapes, color and value, eye-catching visual impact on art. Emotions through freedom of artworks in a contemporary way. A timeless message pursuing a wildly creative new direction. Artists turning to the digital medium and creating the Artotop NFT
RMMDENX4–Compound eye of an unidentified green-colored flying insect found the Decatur, Georgia, revealed in the 645x magnified scanning electron microscopic (SEM) image, 2005. Image courtesy Centers for Disease Control (CDC) / Janice Haney Carr. Note: Image has been digitally colorized using a modern process. Colors may not be scientifically accurate. ()
RM2FX597H–Photomicrography. Lemardeley photographic microscope. Old 19th century engraved illustration from La Nature 1893
RFRRHDME–Natural sea salt at 200X magnification under biological microscope. Due to the nature of photomicrography the image has a very shallow depth of field.
RMG169MY–Powerful photomicrograph apparatus capable of magnification of more than 1,000 diameters, 1933. A micrograph, or photomicrograph, is a photograph or digital image taken through a microscope or similar device to show a magnified image of an item. This is o
RM2AGD0M1–. Journal of applied microscopy and laboratory methods. examined at once. While the above method does not fill all the requirements of the triacid stainin pathological specimens, perhaps, it makes the differential count easier andshows the different elements of the normal histology of the blood perfectly.Chicago, 111. B. L. Rawlins. and Laboratory Methods. 1525 LABORATORY PHOTOGRAPHY. Devoted to methods and apparatus for converting an object into an illustration. PHOTOMICROGRAPHY. II. An Apparatus Adapted to All Kinds of Work. The apparatus with which my work in photomicrography is at present
RMKCC4YK–Snow Crystal, ca. 1910, Gelatin silver print, Image: 7.4 x 9 cm (2 15/16 x 3 9/16 in.), Photographs, Wilson Alwyn Bentley
RF2AX43K8–Light gray pattern from sheet of recycled carton. Close-up detail photomicrography view of abstract texture recycled eco-friendly cardboard material
RMMDGWBT–Morphologic details found on a dragonfly wing, depicted in the 58x magnified scanning electron microscopic (SEM) image, 2005. Image courtesy Centers for Disease Control (CDC) / Janice Haney Carr, Connie Flowers. Note: Image has been digitally colorized using a modern process. Colors may not be scientifically accurate. ()
RM2JYR1H7–Colomerus vitis (Pagenstecher, 1857) A species of the family Eriophyidae. These mites are microscopic in size. The one in this photograph measures only 43 µm (1/2 millimetre) and is therefore completely invisible without optical equipment such as a microscope. The Colomier mites live on the underside of the vine leaves where their bites cause a reaction of the plant in the form of blisters due to the formation of numerous filaments. The mites live in the middle of these filaments and are almost invisible. This disease is called grapevine erinosis.
RM2BTXTN3–Dark field light micrograph of yellow pond lily (Nuphar polysepala) pollen grains, pictured area is about 160 micrometers wide
RM2AJJGTA–Manual of pathology : including bacteriology, the technic of postmortems, and methods of pathologic research . ceof thin tissue-paper is pastedover the glass, or the glass maybe frosted or painted; direct sun-light should never be used ex-cept for photomicrography. Ifan artificial light is to be used,the microscope is placed aboutthirty centimeters from thelight, and to one side, so thatneither the heat nor the directrays from the light will be thrownin the face or eyes of the ob-server. The best artificial lightis afforded by the Welsbachburner or a thirty-two candle-power incandescent burner
RM2ABXBC8–SIMPLIFIED APPARATUS FOR PHOTOMICROGRAPHY. Ophthalmic Surgery. Fig. 1THE LEMARDELEY PHOTOGRAPHIC MICROSCOPE. Nitrogen from the Air., scientific american, 1894-05-26
RF2AX43WH–Light yellow pattern from sheet of recycled carton. Close-up detail photomicrography view of abstract texture recycled eco-friendly cardboard material
RMMDGW9E–Dragonfly wing veneration found in Decatur, Georgia, depicted in the 217x magnified scanning electron microscopic (SEM) image, 2005. Image courtesy Centers for Disease Control (CDC) / Janice Haney Carr. Note: Image has been digitally colorized using a modern process. Colors may not be scientifically accurate. ()
RMJXD1GY–Hoverfly (family Syrphidae) with fluorescent blue eyes, reflected visible + ultraviolet light micrograph, 24x magnification with printed 10cm tall
RM2AJD2EK–The American annual of photography . SNOW CRYSTALS. WILSON A. BENTLEY,. RETROSPECTION By WILSON A. BENTLEY. HE past winter has rounded out the writers quar-ter of a centurys work within the field of snowcrystal photomicrography. As we look backwardwe recall the beginnings of our study, the earlystruggles and failures, the lack of means and ap-preciation, the final success, the long years of tedious work,yet to us a labor of love. And we recall further the months(in the aggregate) spent under the chill winter skies, in calmand tempest, chilled ofttimes to the marrow, yet unmindfulof it, so abso
RFW4D0YH–Sea shell in upon millimetric san grains. Shell of millimetric dimensions in a coastal deposit consisting of coarse sand
RM2ABX81M–Decisions of the Courts Relating to Patents. Supreme Court of the United States. PATENT CLOTHING COMPANY LIMITED V. GLOVER The Electrical Atom. Photomicrography. Colorado Oil. ' The Thrift.' To Harden Iron all Through., scientific american, 1891-12-12
RFDFTNMC–Paramecium (Paramecium), dyed in different colours, permanent preparation, photomicrography
RMMDGTY0–Ultrastructural details and sensorial hairs (Setae) of a dragonfly antenna, depicted in the 2813x magnified scanning electron microscopic (SEM) image, 2005. Image courtesy Centers for Disease Control (CDC) / Janice Haney Carr, Connie Flowers. Note: Image has been digitally colorized using a modern process. Colors may not be scientifically accurate. ()
RF2JPMEPC–Licmophora sp. algae, marine and freshwater diatom under microscopic view. Genus of benthic, photosynthetic and epiphyte diatom
RM2AJ3J81–Induced cell-reproduction and cancer.. . Fig. 4.—The photomicrographicwater-cooling tank and Nernst burner,for direct observation. apparatus. Showing positions ofThe microscope mirror is in position SPECIAL PHOTOMICROGRAPHY 31. Fig. o.—The photomicrographic apparatus. The microscope mirror isswung aside for photography. SPECIAL PHOTOMICROGRAPHY 33 If preferred, focusing may be done with a lens;but in the case of a specimen of blood, the edges ofthe red cells afford a good indication of its accuracy, forthey seem just to disappear when the accurate focusis obtained. When they are out of focus t
RM2ABXMRH–THE AMATEUR IN PHOTOMICROGRAPHY. Fig. 2TRANSVERSE SECTION OF BLACKBERRY WOOD. Fig. 6BLOCK FOR HOLDING RAZOR BLADE. Fig. 5RAZOR BLADE HIGHLY MAGNIFIED. Acetylene Search Lights In Sweden. for $100., scientific american, 1901-05-25
RF2DGBMFB–Celery stem with vessel element, cross section, stained with methylene blue, optical microscpoe. Magnification 160x. Frame width is about 250-300 nm
RMMDGW49–Ultrastructural morphologic details of an unidentified hymenopteran insect stinger apparatus, depicted in the 5169x magnified scanning electron microscopic (SEM) image, 2005. Image courtesy Centers for Disease Control (CDC) / Janice Haney Carr, Oren Mayer. Note: Image has been digitally colorized using a modern process. Colors may not be scientifically accurate. ()
Search Results for Photomicrography Stock Photos and Images (1,084)
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