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Picric acid Stock Photos and Images
Schützenberger, Dyes 1, Silk dyed with picric acid (p. 20), coralline on cotton (p. 28), red from madder flowers (p. 277), Roth from Garancin (p. 277), dyed fabric samples, pl., to p. 623 (subject index), Schützenberger, P., 1873, P. Schützenberger: Die Farbstoffe mit besonderer Berücksichtigung ihrer Anwendung in der Färberei und Druckerei. Berlin: Oppenheim, 1873 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/schtzenberger-dyes-1-silk-dyed-with-picric-acid-p-20-coralline-on-cotton-p-28-red-from-madder-flowers-p-277-roth-from-garancin-p-277-dyed-fabric-samples-pl-to-p-623-subject-index-schtzenberger-p-1873-p-schtzenberger-die-farbstoffe-mit-besonderer-bercksichtigung-ihrer-anwendung-in-der-frberei-und-druckerei-berlin-oppenheim-1873-image328746154.htmlRM2A2RK22–Schützenberger, Dyes 1, Silk dyed with picric acid (p. 20), coralline on cotton (p. 28), red from madder flowers (p. 277), Roth from Garancin (p. 277), dyed fabric samples, pl., to p. 623 (subject index), Schützenberger, P., 1873, P. Schützenberger: Die Farbstoffe mit besonderer Berücksichtigung ihrer Anwendung in der Färberei und Druckerei. Berlin: Oppenheim, 1873
Eugene Turpin, French inventor and chemist who in 1884, first discovered melinite (picric acid) which produced the world's first explosive shells. He later developed turpinite, used by the French against the Germans in 1914. According to reports, it had devastating effects, although the claim that it petrified the Germans where they stood sounds somewhat far-fetched. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eugene-turpin-french-inventor-and-chemist-who-in-1884-first-discovered-melinite-picric-acid-which-produced-the-worlds-first-explosive-shells-he-later-developed-turpinite-used-by-the-french-against-the-germans-in-1914-according-to-reports-it-had-devastating-effects-although-the-claim-that-it-petrified-the-germans-where-they-stood-sounds-somewhat-far-fetched-image560869208.htmlRM2RGDPB4–Eugene Turpin, French inventor and chemist who in 1884, first discovered melinite (picric acid) which produced the world's first explosive shells. He later developed turpinite, used by the French against the Germans in 1914. According to reports, it had devastating effects, although the claim that it petrified the Germans where they stood sounds somewhat far-fetched.
Aldrich Picric acid in an old ICI lab imperial chemical industries Nobel ardeer stevenston Ayrshire Scotland UK Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/aldrich-picric-acid-in-an-old-ici-lab-imperial-chemical-industries-nobel-ardeer-stevenston-ayrshire-scotland-uk-image358751176.htmlRM2BRJEP0–Aldrich Picric acid in an old ICI lab imperial chemical industries Nobel ardeer stevenston Ayrshire Scotland UK
Picric acid ( 2,4,6-trinitrophenol, TNP, C6H3N3O7) molecule. It has a role as an explosive, an antiseptic drug. Structural chemical formula and molecu Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/picric-acid-246-trinitrophenol-tnp-c6h3n3o7-molecule-it-has-a-role-as-an-explosive-an-antiseptic-drug-structural-chemical-formula-and-molecu-image367464485.htmlRF2C9RCKH–Picric acid ( 2,4,6-trinitrophenol, TNP, C6H3N3O7) molecule. It has a role as an explosive, an antiseptic drug. Structural chemical formula and molecu
Picric acid molecule Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-picric-acid-molecule-55430728.htmlRFD652CT–Picric acid molecule
Chemical Structure of Picric acid, Anatomy Of Picric acid , Molecular structure of Picric acid , Chemical formula of Picric acid, Picric acid Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/chemical-structure-of-picric-acid-anatomy-of-picric-acid-molecular-structure-of-picric-acid-chemical-formula-of-picric-acid-picric-acid-image439085178.htmlRF2GEA1HE–Chemical Structure of Picric acid, Anatomy Of Picric acid , Molecular structure of Picric acid , Chemical formula of Picric acid, Picric acid
Picric acid. Molecular model of the phenol picric acid (C6.H3.N3.O7), an explosive organic compound, this yellow crystalline solid was previously known as 2, 4, 6-trinitrophenol (TNP). Atoms are represented as spheres and are colour-coded: carbon (grey), hydrogen (white), nitrogen (blue) and oxygen (red). Illustration. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-picric-acid-molecular-model-of-the-phenol-picric-acid-c6h3n3o7-an-126899540.htmlRFHACNJC–Picric acid. Molecular model of the phenol picric acid (C6.H3.N3.O7), an explosive organic compound, this yellow crystalline solid was previously known as 2, 4, 6-trinitrophenol (TNP). Atoms are represented as spheres and are colour-coded: carbon (grey), hydrogen (white), nitrogen (blue) and oxygen (red). Illustration.
2 132151 60 KG MUSTARD GAS BOMBS, MINUS DETONATORS BUT STILL WITH THEIR BURSTER CHARGES OF PICRIC ACID IN PLACE, BEING TRANSFERRED TO THE SHIP SHINTONMARU Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/2-132151-60-kg-mustard-gas-bombs-minus-detonators-but-still-with-their-burster-charges-of-picric-acid-in-place-being-transferred-to-the-ship-shintonmaru-image215008335.htmlRMPDPD93–2 132151 60 KG MUSTARD GAS BOMBS, MINUS DETONATORS BUT STILL WITH THEIR BURSTER CHARGES OF PICRIC ACID IN PLACE, BEING TRANSFERRED TO THE SHIP SHINTONMARU
Stumps and rocks on farms shown here being removed by Picric acid Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stumps-and-rocks-on-farms-shown-here-being-removed-by-picric-acid-image329352960.htmlRM2A3R91M–Stumps and rocks on farms shown here being removed by Picric acid
Gelsenkirchen, Germany. 30th Oct, 2020. An expert examines samples of highly explosive chemicals that have been discovered in an apartment. Relatives of a deceased had found picric acid when they cleaned out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gelsenkirchen-germany-30th-oct-2020-an-expert-examines-samples-of-highly-explosive-chemicals-that-have-been-discovered-in-an-apartment-relatives-of-a-deceased-had-found-picric-acid-when-they-cleaned-out-the-apartment-three-apartment-buildings-were-cleared-for-safety-reasons-credit-caroline-seideldpaalamy-live-news-image383959030.htmlRM2D8JRJE–Gelsenkirchen, Germany. 30th Oct, 2020. An expert examines samples of highly explosive chemicals that have been discovered in an apartment. Relatives of a deceased had found picric acid when they cleaned out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa/Alamy Live News
3d render of molecular structure of Picric Acid isolated over white background. Atoms are represented as spheres with color and chemical symbol coding Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/3d-render-of-molecular-structure-of-picric-acid-isolated-over-white-background-atoms-are-represented-as-spheres-with-color-and-chemical-symbol-coding-image414160287.htmlRF2F1PHJR–3d render of molecular structure of Picric Acid isolated over white background. Atoms are represented as spheres with color and chemical symbol coding
Close-up image of a 21CM gas shell used in chemical warfare during World War One. The shell is made of a mixture of steel and cardboard, with a brass cover. It contains a detonator filled with picric acid. The shell is marked with the symbol of the Chemical Warfare Service. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/close-up-image-of-a-21cm-gas-shell-used-in-chemical-warfare-during-world-war-one-the-shell-is-made-of-a-mixture-of-steel-and-cardboard-with-a-brass-cover-it-contains-a-detonator-filled-with-picric-acid-the-shell-is-marked-with-the-symbol-of-the-chemical-warfare-service-image558155927.htmlRM2RC25G7–Close-up image of a 21CM gas shell used in chemical warfare during World War One. The shell is made of a mixture of steel and cardboard, with a brass cover. It contains a detonator filled with picric acid. The shell is marked with the symbol of the Chemical Warfare Service.
Eugene Turpin, French inventor and chemist who in 1884, first discovered melinite (picric acid) which produced the world's first explosive shells. He later developed turpinite, used by the French against the Germans in 1914. According to reports, it had devastating effects, although the claim that it petrified the Germans where they stood sounds somewhat far-fetched. Date: 1914 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eugene-turpin-french-inventor-and-chemist-who-in-1884-first-discovered-melinite-picric-acid-which-produced-the-worlds-first-explosive-shells-he-later-developed-turpinite-used-by-the-french-against-the-germans-in-1914-according-to-reports-it-had-devastating-effects-although-the-claim-that-it-petrified-the-germans-where-they-stood-sounds-somewhat-far-fetched-date-1914-image557108596.htmlRM2RAADKG–Eugene Turpin, French inventor and chemist who in 1884, first discovered melinite (picric acid) which produced the world's first explosive shells. He later developed turpinite, used by the French against the Germans in 1914. According to reports, it had devastating effects, although the claim that it petrified the Germans where they stood sounds somewhat far-fetched. Date: 1914
German 15 cm Howitzer gas shell. Described as NUMER 1027 CHEMICAL WARFARE SERVICE, it was issued with Picric Acid and had a cast steel body with a density of 7-8. The fuse, detonator, and gaine were present, as well as a 30mm wide band. The shell had a liquid content of 6-48 kg. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/german-15-cm-howitzer-gas-shell-described-as-numer-1027-chemical-warfare-service-it-was-issued-with-picric-acid-and-had-a-cast-steel-body-with-a-density-of-7-8-the-fuse-detonator-and-gaine-were-present-as-well-as-a-30mm-wide-band-the-shell-had-a-liquid-content-of-6-48-kg-image558140954.htmlRM2RC1EDE–German 15 cm Howitzer gas shell. Described as NUMER 1027 CHEMICAL WARFARE SERVICE, it was issued with Picric Acid and had a cast steel body with a density of 7-8. The fuse, detonator, and gaine were present, as well as a 30mm wide band. The shell had a liquid content of 6-48 kg.
3D image of Picric acid skeletal formula - molecular chemical structure of Trinitrophenol isolated on white background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/3d-image-of-picric-acid-skeletal-formula-molecular-chemical-structure-of-trinitrophenol-isolated-on-white-background-image501862109.htmlRF2M4DP6N–3D image of Picric acid skeletal formula - molecular chemical structure of Trinitrophenol isolated on white background
Picric acid (2,4,6-trinitrophenol) explosive molecule. Skeletal formula. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-image-picric-acid-246-trinitrophenol-explosive-molecule-skeletal-formula-169020890.htmlRFKPYFTA–Picric acid (2,4,6-trinitrophenol) explosive molecule. Skeletal formula.
3D image of Picric acid skeletal formula - molecular chemical structure of Trinitrobenzenol isolated on white background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/3d-image-of-picric-acid-skeletal-formula-molecular-chemical-structure-of-trinitrobenzenol-isolated-on-white-background-image500109306.htmlRF2M1HXEJ–3D image of Picric acid skeletal formula - molecular chemical structure of Trinitrobenzenol isolated on white background
Picric acid (2,4,6-trinitrophenol) explosive molecule. Skeletal formula. Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-image-picric-acid-246-trinitrophenol-explosive-molecule-skeletal-formula-169067553.htmlRFKR1KAW–Picric acid (2,4,6-trinitrophenol) explosive molecule. Skeletal formula.
3D image of Trinitroanisole skeletal formula - molecular chemical structure of picric acid methyl ether isolated on white background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/3d-image-of-trinitroanisole-skeletal-formula-molecular-chemical-structure-of-picric-acid-methyl-ether-isolated-on-white-background-image500325783.htmlRF2M1YPHY–3D image of Trinitroanisole skeletal formula - molecular chemical structure of picric acid methyl ether isolated on white background
Picric acid (2,4,6-trinitrophenol) explosive molecule. Skeletal formula.Picric acid (2,4,6-trinitrophenol) explosive molecule. Skeletal formula. Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/picric-acid-246-trinitrophenol-explosive-molecule-skeletal-formulapicric-acid-246-trinitrophenol-explosive-molecule-skeletal-formula-image457069433.htmlRF2HFH8M9–Picric acid (2,4,6-trinitrophenol) explosive molecule. Skeletal formula.Picric acid (2,4,6-trinitrophenol) explosive molecule. Skeletal formula.
Picric acid , TNP,molecule. It has a role as an explosive, an antiseptic drug. Skeletal chemical formula on the dark blue background. Illustration Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/picric-acid-tnpmolecule-it-has-a-role-as-an-explosive-an-antiseptic-drug-skeletal-chemical-formula-on-the-dark-blue-background-illustration-image367458059.htmlRF2C9R4E3–Picric acid , TNP,molecule. It has a role as an explosive, an antiseptic drug. Skeletal chemical formula on the dark blue background. Illustration
. Transactions. Annealed at 900°.Fig. 15b.— X 10 Diam. Picric Acid.. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-annealed-at-900fig-15b-x-10-diam-picric-acid-image336654492.htmlRM2AFKX6M–. Transactions. Annealed at 900°.Fig. 15b.— X 10 Diam. Picric Acid..
Picric acid ( 2,4,6-trinitrophenol, TNP, C6H3N3O7) molecule. It has a role as an explosive, an antiseptic drug. Structural chemical formula and molecu Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/picric-acid-246-trinitrophenol-tnp-c6h3n3o7-molecule-it-has-a-role-as-an-explosive-an-antiseptic-drug-structural-chemical-formula-and-molecu-image367461577.htmlRF2C9R8YN–Picric acid ( 2,4,6-trinitrophenol, TNP, C6H3N3O7) molecule. It has a role as an explosive, an antiseptic drug. Structural chemical formula and molecu
The Great Halifax (Nova Scotia) Explosion (4/4) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-great-halifax-nova-scotia-explosion-44-image66101390.htmlRMDRF4YX–The Great Halifax (Nova Scotia) Explosion (4/4)
Picric acid ( 2,4,6-trinitrophenol, TNP, C6H3N3O7) molecule. It has a role as an explosive, an antiseptic drug. Skeletal chemical formula. Illustratio Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/picric-acid-246-trinitrophenol-tnp-c6h3n3o7-molecule-it-has-a-role-as-an-explosive-an-antiseptic-drug-skeletal-chemical-formula-illustratio-image367458058.htmlRF2C9R4E2–Picric acid ( 2,4,6-trinitrophenol, TNP, C6H3N3O7) molecule. It has a role as an explosive, an antiseptic drug. Skeletal chemical formula. Illustratio
Picric acid. Molecular model of the phenol picric acid (C6.H3.N3.O7), an explosive organic compound, this yellow crystalline solid was previously known as 2, 4, 6-trinitrophenol (TNP). Atoms are represented as spheres and are colour-coded: carbon (grey), hydrogen (white), nitrogen (blue) and oxygen (red). Illustration. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-picric-acid-molecular-model-of-the-phenol-picric-acid-c6h3n3o7-an-126900201.htmlRFHACPE1–Picric acid. Molecular model of the phenol picric acid (C6.H3.N3.O7), an explosive organic compound, this yellow crystalline solid was previously known as 2, 4, 6-trinitrophenol (TNP). Atoms are represented as spheres and are colour-coded: carbon (grey), hydrogen (white), nitrogen (blue) and oxygen (red). Illustration.
2 132150 THESE 60 KG MUSTARD GAS BOMBS, MINUS DETONATORS BUT STILL WITH THEIR BURSTER CHARGES OF PICRIC ACID IN PLACE WILL BE TRANSFERRED TO THE SHIP SHINTONMARU Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/2-132150-these-60-kg-mustard-gas-bombs-minus-detonators-but-still-with-their-burster-charges-of-picric-acid-in-place-will-be-transferred-to-the-ship-shintonmaru-image215008333.htmlRMPDPD91–2 132150 THESE 60 KG MUSTARD GAS BOMBS, MINUS DETONATORS BUT STILL WITH THEIR BURSTER CHARGES OF PICRIC ACID IN PLACE WILL BE TRANSFERRED TO THE SHIP SHINTONMARU
Picric acid molecule Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-picric-acid-molecule-47692261.htmlRFCNGFY1–Picric acid molecule
Gelsenkirchen, Germany. 30th Oct, 2020. Firemen in protective suits go to the house where highly explosive chemicals have been discovered in an apartment. Relatives of a deceased man had found picric acid when clearing out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gelsenkirchen-germany-30th-oct-2020-firemen-in-protective-suits-go-to-the-house-where-highly-explosive-chemicals-have-been-discovered-in-an-apartment-relatives-of-a-deceased-man-had-found-picric-acid-when-clearing-out-the-apartment-three-apartment-buildings-were-cleared-for-safety-reasons-credit-caroline-seideldpaalamy-live-news-image383959054.htmlRM2D8JRKA–Gelsenkirchen, Germany. 30th Oct, 2020. Firemen in protective suits go to the house where highly explosive chemicals have been discovered in an apartment. Relatives of a deceased man had found picric acid when clearing out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa/Alamy Live News
Picric acid molecule Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-picric-acid-molecule-47686241.htmlRFCNG881–Picric acid molecule
Picric acid ( 2,4,6-trinitrophenol, TNP, C6H3N3O7) molecule. It has a role as an explosive, an antiseptic drug. Skeletal chemical formula. Vector illu Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/picric-acid-246-trinitrophenol-tnp-c6h3n3o7-molecule-it-has-a-role-as-an-explosive-an-antiseptic-drug-skeletal-chemical-formula-vector-illu-image367461582.htmlRF2C9R8YX–Picric acid ( 2,4,6-trinitrophenol, TNP, C6H3N3O7) molecule. It has a role as an explosive, an antiseptic drug. Skeletal chemical formula. Vector illu
Picric acid molecule Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-picric-acid-molecule-47683005.htmlRFCNG44D–Picric acid molecule
Caption: 'Photograph of German 17cm medium Minenwerfer gas shells used by the Chemical Warfare Service during World War One. These gas shells were made of a tin case with T-N-T picric acid and an iron plate cemented onto a steel shell. The shells also contained a lead receptacle and liquid cement plug. Size: 17cm/6-69. Full size: 655m, 12mm.' Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/caption-photograph-of-german-17cm-medium-minenwerfer-gas-shells-used-by-the-chemical-warfare-service-during-world-war-one-these-gas-shells-were-made-of-a-tin-case-with-t-n-t-picric-acid-and-an-iron-plate-cemented-onto-a-steel-shell-the-shells-also-contained-a-lead-receptacle-and-liquid-cement-plug-size-17cm6-69-full-size-655m-12mm-image558143555.htmlRM2RC1HPB–Caption: 'Photograph of German 17cm medium Minenwerfer gas shells used by the Chemical Warfare Service during World War One. These gas shells were made of a tin case with T-N-T picric acid and an iron plate cemented onto a steel shell. The shells also contained a lead receptacle and liquid cement plug. Size: 17cm/6-69. Full size: 655m, 12mm.'
Picric acid explosive molecule Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-picric-acid-explosive-molecule-37884896.htmlRFC5HPG0–Picric acid explosive molecule
First Lieutenant Amos R. Morty of Company 'C' 112th Engineers, 37th Division, examines an unexploded bomb at Haxo Barr-soks. The bomb measures approximately 15' in diameter and 30' in length. It contains an orange-colored explosive, possibly Meliuite or Picric acid compound, which dissolves easily in water and turns dark brown in color. The nose of the bomb, which went through a concrete floor and into the ground 18', has a melted detonator fuse. This photograph was taken on September 13, 1918, in Baccarat, France, and was passed by A.E.F. Censor. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/first-lieutenant-amos-r-morty-of-company-c-112th-engineers-37th-division-examines-an-unexploded-bomb-at-haxo-barr-soks-the-bomb-measures-approximately-15-in-diameter-and-30-in-length-it-contains-an-orange-colored-explosive-possibly-meliuite-or-picric-acid-compound-which-dissolves-easily-in-water-and-turns-dark-brown-in-color-the-nose-of-the-bomb-which-went-through-a-concrete-floor-and-into-the-ground-18-has-a-melted-detonator-fuse-this-photograph-was-taken-on-september-13-1918-in-baccarat-france-and-was-passed-by-aef-censor-image558098832.htmlRM2RBYGN4–First Lieutenant Amos R. Morty of Company 'C' 112th Engineers, 37th Division, examines an unexploded bomb at Haxo Barr-soks. The bomb measures approximately 15' in diameter and 30' in length. It contains an orange-colored explosive, possibly Meliuite or Picric acid compound, which dissolves easily in water and turns dark brown in color. The nose of the bomb, which went through a concrete floor and into the ground 18', has a melted detonator fuse. This photograph was taken on September 13, 1918, in Baccarat, France, and was passed by A.E.F. Censor.
Picric acid ( 2,4,6-trinitrophenol, TNP, C6H3N3O7) molecule. It has a role as an explosive, an antiseptic drug. Structural chemical formula on the dar Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/picric-acid-246-trinitrophenol-tnp-c6h3n3o7-molecule-it-has-a-role-as-an-explosive-an-antiseptic-drug-structural-chemical-formula-on-the-dar-image367460944.htmlRF2C9R854–Picric acid ( 2,4,6-trinitrophenol, TNP, C6H3N3O7) molecule. It has a role as an explosive, an antiseptic drug. Structural chemical formula on the dar
Description: Arsenal 383 - Laioyang, Manchuria. Photographed by U. S. Signal Corps, 10 June 1946. Empty foundation of four nitrators for picric acid removed during Soviet occupation. Nitrators in an older unit were not removed. Location: Laioyang, China Date: 10 June 1946 china, asia, asiathroughalens Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/description-arsenal-383-laioyang-manchuria-photographed-by-u-s-signal-corps-10-june-1946-empty-foundation-of-four-nitrators-for-picric-acid-removed-during-soviet-occupation-nitrators-in-an-older-unit-were-not-removed-location-laioyang-china-date-10-june-1946-china-asia-asiathroughalens-image600827263.htmlRM2WWE18F–Description: Arsenal 383 - Laioyang, Manchuria. Photographed by U. S. Signal Corps, 10 June 1946. Empty foundation of four nitrators for picric acid removed during Soviet occupation. Nitrators in an older unit were not removed. Location: Laioyang, China Date: 10 June 1946 china, asia, asiathroughalens
Improved Automatie Taper Lathe. Picric Acid and Its Properties. Diffusion. Artificial Meerschaum. WEST'S P ATENT LATHE FOR TURNING 'UNEQUAL D, scientific american, 1868-02-01 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/improved-automatie-taper-lathe-picric-acid-and-its-properties-diffusion-artificial-meerschaum-wests-p-atent-lathe-for-turning-unequal-d-scientific-american-1868-02-01-image334309052.htmlRM2ABW2H0–Improved Automatie Taper Lathe. Picric Acid and Its Properties. Diffusion. Artificial Meerschaum. WEST'S P ATENT LATHE FOR TURNING 'UNEQUAL D, scientific american, 1868-02-01
Picric acid (2,4,6-trinitrophenol) explosive molecule. Skeletal formula.Picric acid (2,4,6-trinitrophenol) explosive molecule. Skeletal formula. Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/picric-acid-246-trinitrophenol-explosive-molecule-skeletal-formulapicric-acid-246-trinitrophenol-explosive-molecule-skeletal-formula-image457069230.htmlRF2HFH8D2–Picric acid (2,4,6-trinitrophenol) explosive molecule. Skeletal formula.Picric acid (2,4,6-trinitrophenol) explosive molecule. Skeletal formula.
Chemical structure of Cytosine (C) Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/chemical-structure-of-cytosine-c-image526706264.htmlRF2NGWF60–Chemical structure of Cytosine (C)
. Transactions. As Forged.Fig. 13a.—X IODiam, Prrpjc Acid. Fig. 14a.—X 10 Diam. Picric Acid.. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-as-forgedfig-13ax-iodiam-prrpjc-acid-fig-14ax-10-diam-picric-acid-image336655516.htmlRM2AFKYF8–. Transactions. As Forged.Fig. 13a.—X IODiam, Prrpjc Acid. Fig. 14a.—X 10 Diam. Picric Acid..
Science. Field research. Catching glaucous gull ( burgomaster, Larus hyperboreus) with objective of ringing and tagging with geolocation device study Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/science-field-research-catching-glaucous-gull-burgomaster-larus-hyperboreus-with-objective-of-ringing-and-tagging-with-geolocation-device-study-image181071659.htmlRFMEGEMY–Science. Field research. Catching glaucous gull ( burgomaster, Larus hyperboreus) with objective of ringing and tagging with geolocation device study
The Great Halifax (Nova Scotia) Explosion (1/4) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-great-halifax-nova-scotia-explosion-14-image66101381.htmlRMDRF4YH–The Great Halifax (Nova Scotia) Explosion (1/4)
Electro-physiology electrophysiolog02bied Year: 1896-98 CHAP, vin CONDUCTIVITY AXD EXCITABILITY OF NERVE 53 the nerve-trunk. As an instance of the first we need only recall the wealth of ramifications of the single processes of monopolar ' V r m ! i -— r- . •vO.iiU'-'.r >'/ '•^-' • •.•*'•.• vPv'o^x-.v-1-^ - .-iv-, >• ,' -. Pu-^i i tp£* FIG. 15S.—Ganglion-cell with richly-developed nerve processes from ventral cord of cray- fish. (Methyl blue and picric acid.) (Biedermann.) ganglion-cells in the ventral cord of crustaceans and worms (Fig. 158), as well as the ' collaterals ' from th Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/electro-physiology-electrophysiolog02bied-year-1896-98-chap-vin-conductivity-axd-excitability-of-nerve-53-the-nerve-trunk-as-an-instance-of-the-first-we-need-only-recall-the-wealth-of-ramifications-of-the-single-processes-of-monopolar-v-r-m-!-i-r-voiiu-r-gt-vpvox-v-1-iv-gt-pu-i-i-tp-fig-15sganglion-cell-with-richly-developed-nerve-processes-from-ventral-cord-of-cray-fish-methyl-blue-and-picric-acid-biedermann-ganglion-cells-in-the-ventral-cord-of-crustaceans-and-worms-fig-158-as-well-as-the-collaterals-from-th-image240692747.htmlRMRYGE1F–Electro-physiology electrophysiolog02bied Year: 1896-98 CHAP, vin CONDUCTIVITY AXD EXCITABILITY OF NERVE 53 the nerve-trunk. As an instance of the first we need only recall the wealth of ramifications of the single processes of monopolar ' V r m ! i -— r- . •vO.iiU'-'.r >'/ '•^-' • •.•*'•.• vPv'o^x-.v-1-^ - .-iv-, >• ,' -. Pu-^i i tp£* FIG. 15S.—Ganglion-cell with richly-developed nerve processes from ventral cord of cray- fish. (Methyl blue and picric acid.) (Biedermann.) ganglion-cells in the ventral cord of crustaceans and worms (Fig. 158), as well as the ' collaterals ' from th
Explosive compounds, skeletal formulae (set). Including nitroglycerin, RDX, HMX, TATB, MEKP, TNT, PETN, ammonium nitrate, etc Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/explosive-compounds-skeletal-formulae-set-including-nitroglycerin-image66803142.htmlRFDTK42E–Explosive compounds, skeletal formulae (set). Including nitroglycerin, RDX, HMX, TATB, MEKP, TNT, PETN, ammonium nitrate, etc
2 132152 60 KG MUSTARD GAS BOMBS, MINUS DETONATORS BUT STILL WITH THEIR BURSTER CHARGES OF PICRIC ACID IN PLACE, BEING STOWED IN THE HOLD OF THE SHIP SHINTONMARU Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/2-132152-60-kg-mustard-gas-bombs-minus-detonators-but-still-with-their-burster-charges-of-picric-acid-in-place-being-stowed-in-the-hold-of-the-ship-shintonmaru-image215008336.htmlRMPDPD94–2 132152 60 KG MUSTARD GAS BOMBS, MINUS DETONATORS BUT STILL WITH THEIR BURSTER CHARGES OF PICRIC ACID IN PLACE, BEING STOWED IN THE HOLD OF THE SHIP SHINTONMARU
Pipe bomb with timer, Open day, Julius-Leber-Kaserne, Berlin Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/pipe-bomb-with-timer-open-day-julius-leber-kaserne-berlin-image262809346.htmlRMW7G002–Pipe bomb with timer, Open day, Julius-Leber-Kaserne, Berlin
Gelsenkirchen, Germany. 30th Oct, 2020. Firemen in protective suits go to the house where highly explosive chemicals have been discovered in an apartment. Relatives of a deceased man had found picric acid when clearing out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gelsenkirchen-germany-30th-oct-2020-firemen-in-protective-suits-go-to-the-house-where-highly-explosive-chemicals-have-been-discovered-in-an-apartment-relatives-of-a-deceased-man-had-found-picric-acid-when-clearing-out-the-apartment-three-apartment-buildings-were-cleared-for-safety-reasons-credit-caroline-seideldpaalamy-live-news-image383959048.htmlRM2D8JRK4–Gelsenkirchen, Germany. 30th Oct, 2020. Firemen in protective suits go to the house where highly explosive chemicals have been discovered in an apartment. Relatives of a deceased man had found picric acid when clearing out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa/Alamy Live News
Molecular model Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-molecular-model-47681598.htmlRFCNG2A6–Molecular model
Picric acid (2,4,6-trinitrophenol) explosive molecule. Stylized skeletal formula (chemical structure). Atoms are shown as Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-picric-acid-246-trinitrophenol-explosive-molecule-stylized-skeletal-90598056.htmlRFF7B2MT–Picric acid (2,4,6-trinitrophenol) explosive molecule. Stylized skeletal formula (chemical structure). Atoms are shown as
lating to the use of picric acid as a substitute of beer. The fermentation was conducted with great regularity and a sample of the beer was sent to the Academy. Hops we suppose are cheaper than the acid in this country., scientific american, 1851-09-13 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/lating-to-the-use-of-picric-acid-as-a-substitute-of-beer-the-fermentation-was-conducted-with-great-regularity-and-a-sample-of-the-beer-was-sent-to-the-academy-hops-we-suppose-are-cheaper-than-the-acid-in-this-country-scientific-american-1851-09-13-image334298910.htmlRM2ABTHJP–lating to the use of picric acid as a substitute of beer. The fermentation was conducted with great regularity and a sample of the beer was sent to the Academy. Hops we suppose are cheaper than the acid in this country., scientific american, 1851-09-13
. Transactions. Annealed at 900°.Fig. 13b.—X 40 Diam. Picric Acid. Fig. 14b.—X 10 Diam. Picric Acid.. M[ .^ Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-annealed-at-900fig-13bx-40-diam-picric-acid-fig-14bx-10-diam-picric-acid-m-image336655396.htmlRM2AFKYB0–. Transactions. Annealed at 900°.Fig. 13b.—X 40 Diam. Picric Acid. Fig. 14b.—X 10 Diam. Picric Acid.. M[ .^
Science. Field research. Catching glaucous gull ( burgomaster, Larus hyperboreus) with objective of ringing and tagging with geolocation device study Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/science-field-research-catching-glaucous-gull-burgomaster-larus-hyperboreus-with-objective-of-ringing-and-tagging-with-geolocation-device-study-image181071632.htmlRFMEGEM0–Science. Field research. Catching glaucous gull ( burgomaster, Larus hyperboreus) with objective of ringing and tagging with geolocation device study
The Great Halifax (Nova Scotia) Explosion (2/4) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-great-halifax-nova-scotia-explosion-24-image66101384.htmlRMDRF4YM–The Great Halifax (Nova Scotia) Explosion (2/4)
![. Electro-physiology . FIG. 15S.—Ganglion-cell with richly-developed nerve processes from ventral cord of cray- fish. (Methyl blue and picric acid.) (Biedermann.) ganglion-cells in the ventral cord of crustaceans and worms (Fig. 158), as well as the " collaterals " from the vertebrate spinal cord. Here the branching obviously forms connection between various Stock Photo](https://c8.alamy.com/comp/MA79H0/electro-physiology-fig-15sganglion-cell-with-richly-developed-nerve-processes-from-ventral-cord-of-cray-fish-methyl-blue-and-picric-acid-biedermann-ganglion-cells-in-the-ventral-cord-of-crustaceans-and-worms-fig-158-as-well-as-the-quot-collaterals-quot-from-the-vertebrate-spinal-cord-here-the-branching-obviously-forms-connection-between-various-MA79H0.jpg ". Electro-physiology . FIG. 15S.—Ganglion-cell with richly-developed nerve processes from ventral cord of cray- fish. (Methyl blue and picric acid.) (Biedermann.) ganglion-cells in the ventral cord of crustaceans and worms (Fig. 158), as well as the " collaterals " from the vertebrate spinal cord. Here the branching obviously forms connection between various Stock Photo")
. Electro-physiology . FIG. 15S.—Ganglion-cell with richly-developed nerve processes from ventral cord of cray- fish. (Methyl blue and picric acid.) (Biedermann.) ganglion-cells in the ventral cord of crustaceans and worms (Fig. 158), as well as the " collaterals " from the vertebrate spinal cord. Here the branching obviously forms connection between various Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/electro-physiology-fig-15sganglion-cell-with-richly-developed-nerve-processes-from-ventral-cord-of-cray-fish-methyl-blue-and-picric-acid-biedermann-ganglion-cells-in-the-ventral-cord-of-crustaceans-and-worms-fig-158-as-well-as-the-quot-collaterals-quot-from-the-vertebrate-spinal-cord-here-the-branching-obviously-forms-connection-between-various-image178411436.htmlRMMA79H0–. Electro-physiology . FIG. 15S.—Ganglion-cell with richly-developed nerve processes from ventral cord of cray- fish. (Methyl blue and picric acid.) (Biedermann.) ganglion-cells in the ventral cord of crustaceans and worms (Fig. 158), as well as the " collaterals " from the vertebrate spinal cord. Here the branching obviously forms connection between various
Gelsenkirchen, Germany. 30th Oct, 2020. Experts examine samples of highly explosive chemicals discovered in an apartment. Relatives of a deceased had found picric acid when they cleaned out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa Credit: dpa picture alliance/Alamy Live News/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gelsenkirchen-germany-30th-oct-2020-experts-examine-samples-of-highly-explosive-chemicals-discovered-in-an-apartment-relatives-of-a-deceased-had-found-picric-acid-when-they-cleaned-out-the-apartment-three-apartment-buildings-were-cleared-for-safety-reasons-credit-caroline-seideldpa-credit-dpa-picture-alliancealamy-live-newsdpaalamy-live-news-image383948858.htmlRM2D8JAK6–Gelsenkirchen, Germany. 30th Oct, 2020. Experts examine samples of highly explosive chemicals discovered in an apartment. Relatives of a deceased had found picric acid when they cleaned out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa Credit: dpa picture alliance/Alamy Live News/dpa/Alamy Live News
Hotbeds made by Ants. Do Sharks Harbor their Young Changing the Color of Flowers. Picric Acid and its Adulterations. 1 What the Atmosphere Contains. The Treatment of Burns. Genuine Hall Narks on Spurious Plate., scientific american, 1880-07-31 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/hotbeds-made-by-ants-do-sharks-harbor-their-young-changing-the-color-of-flowers-picric-acid-and-its-adulterations-1-what-the-atmosphere-contains-the-treatment-of-burns-genuine-hall-narks-on-spurious-plate-scientific-american-1880-07-31-image334323525.htmlRM2ABWN1W–Hotbeds made by Ants. Do Sharks Harbor their Young Changing the Color of Flowers. Picric Acid and its Adulterations. 1 What the Atmosphere Contains. The Treatment of Burns. Genuine Hall Narks on Spurious Plate., scientific american, 1880-07-31
. Transactions. Annealed at 900°.Fig. I8b.— X 40 Diam. Picric Acid. Fig. 19b.— X 40 Diam. Picric Acid. Slightly Repolished. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-annealed-at-900fig-i8b-x-40-diam-picric-acid-fig-19b-x-40-diam-picric-acid-slightly-repolished-image336652752.htmlRM2AFKT0G–. Transactions. Annealed at 900°.Fig. I8b.— X 40 Diam. Picric Acid. Fig. 19b.— X 40 Diam. Picric Acid. Slightly Repolished.
Portrait of burgomaster gull, glaucous gull (Larus hyperboreus) with outstretched bill. Bird caught with objective of ringing. Arctic Seagull with yel Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/portrait-of-burgomaster-gull-glaucous-gull-larus-hyperboreus-with-outstretched-bill-bird-caught-with-objective-of-ringing-arctic-seagull-with-yel-image181018767.htmlRFMEE37Y–Portrait of burgomaster gull, glaucous gull (Larus hyperboreus) with outstretched bill. Bird caught with objective of ringing. Arctic Seagull with yel
Disaster at Halifax, Nova Scotia, Canada Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/disaster-at-halifax-nova-scotia-canada-image66064871.htmlRMDRDEBK–Disaster at Halifax, Nova Scotia, Canada
Gelsenkirchen, Germany. 30th Oct, 2020. Light shines out of the window in an apartment where highly explosive chemicals have been discovered. Relatives of a deceased man had found picric acid when clearing out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa Credit: dpa picture alliance/Alamy Live News/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gelsenkirchen-germany-30th-oct-2020-light-shines-out-of-the-window-in-an-apartment-where-highly-explosive-chemicals-have-been-discovered-relatives-of-a-deceased-man-had-found-picric-acid-when-clearing-out-the-apartment-three-apartment-buildings-were-cleared-for-safety-reasons-credit-caroline-seideldpa-credit-dpa-picture-alliancealamy-live-newsdpaalamy-live-news-image383948865.htmlRM2D8JAKD–Gelsenkirchen, Germany. 30th Oct, 2020. Light shines out of the window in an apartment where highly explosive chemicals have been discovered. Relatives of a deceased man had found picric acid when clearing out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa Credit: dpa picture alliance/Alamy Live News/dpa/Alamy Live News
COCHLIOSTEMA JACOBIANUM. A Profitable Source of Picric Acid. MESEMBRYANTHEMUM MINIMUM. Fused Boracic Acid. Eighty Miles an Hour in Pneumatic Tubes.The Atmospheric Post between Paris and Versailles. MESEMERYANTHEDIUMS. COCHLIOSTEMA JACOBIANUM., scientific american, 75-09-11 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cochliostema-jacobianum-a-profitable-source-of-picric-acid-mesembryanthemum-minimum-fused-boracic-acid-eighty-miles-an-hour-in-pneumatic-tubesthe-atmospheric-post-between-paris-and-versailles-mesemeryanthediums-cochliostema-jacobianum-scientific-american-75-09-11-image334317806.htmlRM2ABWDNJ–COCHLIOSTEMA JACOBIANUM. A Profitable Source of Picric Acid. MESEMBRYANTHEMUM MINIMUM. Fused Boracic Acid. Eighty Miles an Hour in Pneumatic Tubes.The Atmospheric Post between Paris and Versailles. MESEMERYANTHEDIUMS. COCHLIOSTEMA JACOBIANUM., scientific american, 75-09-11
. Transactions. ^? Fig. 11a.- 10 T- ^Bf|J As Forged.Acid. Fig. 12a.—x 40 Diam. Picric Acid. r ^J.-^tv Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-fig-11a-10-t-bfj-as-forgedacid-fig-12ax-40-diam-picric-acid-r-j-tv-image336656407.htmlRM2AFM0K3–. Transactions. ^? Fig. 11a.- 10 T- ^Bf|J As Forged.Acid. Fig. 12a.—x 40 Diam. Picric Acid. r ^J.-^tv
Science. Field research. Catching glaucous gull (Larus hyperboreus) with objective of ringing and tagging for study of migration, population biology a Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/science-field-research-catching-glaucous-gull-larus-hyperboreus-with-objective-of-ringing-and-tagging-for-study-of-migration-population-biology-a-image181018844.htmlRFMEE3AM–Science. Field research. Catching glaucous gull (Larus hyperboreus) with objective of ringing and tagging for study of migration, population biology a
The Great Halifax (Nova Scotia) Explosion (3/4) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-great-halifax-nova-scotia-explosion-34-image66101388.htmlRMDRF4YT–The Great Halifax (Nova Scotia) Explosion (3/4)
Eugene Turpin, inventor of turpinite, WW1 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eugene-turpin-inventor-of-turpinite-ww1-image501435411.htmlRM2M3P9YF–Eugene Turpin, inventor of turpinite, WW1
Gelsenkirchen, Germany. 30th Oct, 2020. A fireman walks with a bucket to a house where highly explosive chemicals have been discovered in an apartment. Relatives of a deceased man had found picric acid when clearing out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa Credit: dpa picture alliance/Alamy Live News/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gelsenkirchen-germany-30th-oct-2020-a-fireman-walks-with-a-bucket-to-a-house-where-highly-explosive-chemicals-have-been-discovered-in-an-apartment-relatives-of-a-deceased-man-had-found-picric-acid-when-clearing-out-the-apartment-three-apartment-buildings-were-cleared-for-safety-reasons-credit-caroline-seideldpa-credit-dpa-picture-alliancealamy-live-newsdpaalamy-live-news-image383948878.htmlRM2D8JAKX–Gelsenkirchen, Germany. 30th Oct, 2020. A fireman walks with a bucket to a house where highly explosive chemicals have been discovered in an apartment. Relatives of a deceased man had found picric acid when clearing out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa Credit: dpa picture alliance/Alamy Live News/dpa/Alamy Live News
American Inventions in England. Strange Noises Heard at Sea oft Grey Town. Sulphur in Street Gas. 4w American ftuercitron and Sumac. Application of Picric Acid fox Imparting to Ivory Bone and Horn a Beautiful Red Color., scientific american, 1870-06-18 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/american-inventions-in-england-strange-noises-heard-at-sea-oft-grey-town-sulphur-in-street-gas-4w-american-ftuercitron-and-sumac-application-of-picric-acid-fox-imparting-to-ivory-bone-and-horn-a-beautiful-red-color-scientific-american-1870-06-18-image334311802.htmlRM2ABW636–American Inventions in England. Strange Noises Heard at Sea oft Grey Town. Sulphur in Street Gas. 4w American ftuercitron and Sumac. Application of Picric Acid fox Imparting to Ivory Bone and Horn a Beautiful Red Color., scientific american, 1870-06-18
. Transactions. -MWtgig^j-iV As Forged.Fig. 16.— X 40 Diam. Nitric Acid. Fig. 17a.— X 10 Diam. Picric Acid.. Annealed at 900°.Fig. 17b,— X 10 Diam. Picric Acid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-mwtgigj-iv-as-forgedfig-16-x-40-diam-nitric-acid-fig-17a-x-10-diam-picric-acid-annealed-at-900fig-17b-x-10-diam-picric-acid-image336653333.htmlRM2AFKTN9–. Transactions. -MWtgig^j-iV As Forged.Fig. 16.— X 40 Diam. Nitric Acid. Fig. 17a.— X 10 Diam. Picric Acid.. Annealed at 900°.Fig. 17b,— X 10 Diam. Picric Acid.
Portrait of burgomaster gull, glaucous gull (Larus hyperboreus) with outstretched bill. Bird caught with objective of ringing. Arctic Seagull with yel Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/portrait-of-burgomaster-gull-glaucous-gull-larus-hyperboreus-with-outstretched-bill-bird-caught-with-objective-of-ringing-arctic-seagull-with-yel-image181018768.htmlRFMEE380–Portrait of burgomaster gull, glaucous gull (Larus hyperboreus) with outstretched bill. Bird caught with objective of ringing. Arctic Seagull with yel
Gelsenkirchen, Germany. 30th Oct, 2020. A fireman walks with a bucket to a house where highly explosive chemicals have been discovered in an apartment. Relatives of a deceased man had found picric acid when clearing out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa Credit: dpa picture alliance/Alamy Live News/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gelsenkirchen-germany-30th-oct-2020-a-fireman-walks-with-a-bucket-to-a-house-where-highly-explosive-chemicals-have-been-discovered-in-an-apartment-relatives-of-a-deceased-man-had-found-picric-acid-when-clearing-out-the-apartment-three-apartment-buildings-were-cleared-for-safety-reasons-credit-caroline-seideldpa-credit-dpa-picture-alliancealamy-live-newsdpaalamy-live-news-image383948861.htmlRM2D8JAK9–Gelsenkirchen, Germany. 30th Oct, 2020. A fireman walks with a bucket to a house where highly explosive chemicals have been discovered in an apartment. Relatives of a deceased man had found picric acid when clearing out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa Credit: dpa picture alliance/Alamy Live News/dpa/Alamy Live News
. Transactions. T. D. YENSEN 297 pl.|,^,,..^M?ff#iiliWl?pljiJI(^PiWj^^ As Cut from Ingot Before Forging. Fig. 15a.— X 10 Diam. Picric Acid. Annealed at 900°.Fig. 15b.— X 10 Diam. Picric Acid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-t-d-yensen-297-plmffiiliwlpljijipiwj-as-cut-from-ingot-before-forging-fig-15a-x-10-diam-picric-acid-annealed-at-900fig-15b-x-10-diam-picric-acid-image336654648.htmlRM2AFKXC8–. Transactions. T. D. YENSEN 297 pl.|,^,,..^M?ff#iiliWl?pljiJI(^PiWj^^ As Cut from Ingot Before Forging. Fig. 15a.— X 10 Diam. Picric Acid. Annealed at 900°.Fig. 15b.— X 10 Diam. Picric Acid.
Gelsenkirchen, Germany. 30th Oct, 2020. Firemen in protective suits go to the house where highly explosive chemicals have been discovered in an apartment. Relatives of a deceased man had found picric acid when clearing out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa Credit: dpa picture alliance/Alamy Live News/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gelsenkirchen-germany-30th-oct-2020-firemen-in-protective-suits-go-to-the-house-where-highly-explosive-chemicals-have-been-discovered-in-an-apartment-relatives-of-a-deceased-man-had-found-picric-acid-when-clearing-out-the-apartment-three-apartment-buildings-were-cleared-for-safety-reasons-credit-caroline-seideldpa-credit-dpa-picture-alliancealamy-live-newsdpaalamy-live-news-image383948857.htmlRM2D8JAK5–Gelsenkirchen, Germany. 30th Oct, 2020. Firemen in protective suits go to the house where highly explosive chemicals have been discovered in an apartment. Relatives of a deceased man had found picric acid when clearing out the apartment. Three apartment buildings were cleared for safety reasons. Credit: Caroline Seidel/dpa Credit: dpa picture alliance/Alamy Live News/dpa/Alamy Live News
. Transactions. ^? Fig. 11a.- 10 T- ^Bf|J As Forged.Acid. Fig. 12a.—x 40 Diam. Picric Acid. r ^J.-^tv. Annealed at 900°.Fig. 11B.-X40DIAM. Picric Acid. Fig. 12b.-x 40 Diam. Picric Acid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-fig-11a-10-t-bfj-as-forgedacid-fig-12ax-40-diam-picric-acid-r-j-tv-annealed-at-900fig-11b-x40diam-picric-acid-fig-12b-x-40-diam-picric-acid-image336656272.htmlRM2AFM0E8–. Transactions. ^? Fig. 11a.- 10 T- ^Bf|J As Forged.Acid. Fig. 12a.—x 40 Diam. Picric Acid. r ^J.-^tv. Annealed at 900°.Fig. 11B.-X40DIAM. Picric Acid. Fig. 12b.-x 40 Diam. Picric Acid.
Gelsenkirchen, Germany. 30th Oct, 2020. A police car blocks off a street where highly explosive chemicals have been discovered in an apartment. Relatives of a deceased had found picric acid when they cleaned out the apartment. Three apartment buildings were cleared for security reasons. Credit: Caroline Seidel/dpa Credit: dpa picture alliance/Alamy Live News/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gelsenkirchen-germany-30th-oct-2020-a-police-car-blocks-off-a-street-where-highly-explosive-chemicals-have-been-discovered-in-an-apartment-relatives-of-a-deceased-had-found-picric-acid-when-they-cleaned-out-the-apartment-three-apartment-buildings-were-cleared-for-security-reasons-credit-caroline-seideldpa-credit-dpa-picture-alliancealamy-live-newsdpaalamy-live-news-image383948854.htmlRM2D8JAK2–Gelsenkirchen, Germany. 30th Oct, 2020. A police car blocks off a street where highly explosive chemicals have been discovered in an apartment. Relatives of a deceased had found picric acid when they cleaned out the apartment. Three apartment buildings were cleared for security reasons. Credit: Caroline Seidel/dpa Credit: dpa picture alliance/Alamy Live News/dpa/Alamy Live News
Hamburg, Germany. 14th Aug, 2020. Two firefighters with breathing apparatus and special gloves are sitting in front of a pharmacy on standby. A pharmacist had discovered about 10 grams of dried, and therefore highly explosive, picric acid in the basement of the pharmacy in Horn on Friday evening. A shopping centre was partially evacuated. Credit: Jonas Walzberg/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/hamburg-germany-14th-aug-2020-two-firefighters-with-breathing-apparatus-and-special-gloves-are-sitting-in-front-of-a-pharmacy-on-standby-a-pharmacist-had-discovered-about-10-grams-of-dried-and-therefore-highly-explosive-picric-acid-in-the-basement-of-the-pharmacy-in-horn-on-friday-evening-a-shopping-centre-was-partially-evacuated-credit-jonas-walzbergdpaalamy-live-news-image368644538.htmlRM2CBN5TA–Hamburg, Germany. 14th Aug, 2020. Two firefighters with breathing apparatus and special gloves are sitting in front of a pharmacy on standby. A pharmacist had discovered about 10 grams of dried, and therefore highly explosive, picric acid in the basement of the pharmacy in Horn on Friday evening. A shopping centre was partially evacuated. Credit: Jonas Walzberg/dpa/Alamy Live News
. Transactions. M[ .^. Annealed at 1000°.Fig. 13c.—X 40 Diam. Picric Acid. Fig. 14c.—X 10 Diam. Picric Acid. Alloy No. 3 Si 10. 0.472 PerCent. Silicon. Alloy No. 3 Si 31. 1.71 PerCent. Silicon. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-m-annealed-at-1000fig-13cx-40-diam-picric-acid-fig-14cx-10-diam-picric-acid-alloy-no-3-si-10-0472-percent-silicon-alloy-no-3-si-31-171-percent-silicon-image336655141.htmlRM2AFKY1W–. Transactions. M[ .^. Annealed at 1000°.Fig. 13c.—X 40 Diam. Picric Acid. Fig. 14c.—X 10 Diam. Picric Acid. Alloy No. 3 Si 10. 0.472 PerCent. Silicon. Alloy No. 3 Si 31. 1.71 PerCent. Silicon.
Hamburg, Germany. 14th Aug, 2020. A deactivator of the police (l) equips himself with protective clothing on his vehicle with the help of another officer. A pharmacist had discovered about 10 grams of dried, and therefore highly explosive, picric acid in the basement of the pharmacy in Horn on Friday evening. A shopping centre was partially evacuated. Credit: Jonas Walzberg/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/hamburg-germany-14th-aug-2020-a-deactivator-of-the-police-l-equips-himself-with-protective-clothing-on-his-vehicle-with-the-help-of-another-officer-a-pharmacist-had-discovered-about-10-grams-of-dried-and-therefore-highly-explosive-picric-acid-in-the-basement-of-the-pharmacy-in-horn-on-friday-evening-a-shopping-centre-was-partially-evacuated-credit-jonas-walzbergdpaalamy-live-news-image368644567.htmlRM2CBN5WB–Hamburg, Germany. 14th Aug, 2020. A deactivator of the police (l) equips himself with protective clothing on his vehicle with the help of another officer. A pharmacist had discovered about 10 grams of dried, and therefore highly explosive, picric acid in the basement of the pharmacy in Horn on Friday evening. A shopping centre was partially evacuated. Credit: Jonas Walzberg/dpa/Alamy Live News
. Transactions. Fig. 15a2.—Nearly Full-Size Ingot AfterForging. Annealed at 1100°.Fig. 15c.— X 10 Diam. Picric Acid. Non-Forgeable Alloy No. 3 Si 242.57 Per Cent, Silicon. 298 VACUUM-FUSED IRON WITH SPECIAL REFERENCE TO EFFECT OF SILICON Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-fig-15a2nearly-full-size-ingot-afterforging-annealed-at-1100fig-15c-x-10-diam-picric-acid-non-forgeable-alloy-no-3-si-24257-per-cent-silicon-298-vacuum-fused-iron-with-special-reference-to-effect-of-silicon-image336654341.htmlRM2AFKX19–. Transactions. Fig. 15a2.—Nearly Full-Size Ingot AfterForging. Annealed at 1100°.Fig. 15c.— X 10 Diam. Picric Acid. Non-Forgeable Alloy No. 3 Si 242.57 Per Cent, Silicon. 298 VACUUM-FUSED IRON WITH SPECIAL REFERENCE TO EFFECT OF SILICON
Hamburg, Germany. 14th Aug, 2020. A police defuser enters the pharmacy, in whose basement picric acid had previously been found. A pharmacist had discovered about 10 grams of dried, and therefore highly explosive, picric acid in the basement of the pharmacy in Horn on Friday evening. A shopping centre was partially evacuated. Credit: Jonas Walzberg/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/hamburg-germany-14th-aug-2020-a-police-defuser-enters-the-pharmacy-in-whose-basement-picric-acid-had-previously-been-found-a-pharmacist-had-discovered-about-10-grams-of-dried-and-therefore-highly-explosive-picric-acid-in-the-basement-of-the-pharmacy-in-horn-on-friday-evening-a-shopping-centre-was-partially-evacuated-credit-jonas-walzbergdpaalamy-live-news-image368644568.htmlRM2CBN5WC–Hamburg, Germany. 14th Aug, 2020. A police defuser enters the pharmacy, in whose basement picric acid had previously been found. A pharmacist had discovered about 10 grams of dried, and therefore highly explosive, picric acid in the basement of the pharmacy in Horn on Friday evening. A shopping centre was partially evacuated. Credit: Jonas Walzberg/dpa/Alamy Live News
. Transactions. Annealed at 900°.Fig. 17b,— X 10 Diam. Picric Acid.. Annealed at 1100°.Fig. 17c.— X 7 Diam. Picric Acid. Spec. I. Spec. 2. Alloy No. 3 Si 25. 3.40 Per Cent. Silicon. T. D. YENSEN 299 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-annealed-at-900fig-17b-x-10-diam-picric-acid-annealed-at-1100fig-17c-x-7-diam-picric-acid-spec-i-spec-2-alloy-no-3-si-25-340-per-cent-silicon-t-d-yensen-299-image336653059.htmlRM2AFKTBF–. Transactions. Annealed at 900°.Fig. 17b,— X 10 Diam. Picric Acid.. Annealed at 1100°.Fig. 17c.— X 7 Diam. Picric Acid. Spec. I. Spec. 2. Alloy No. 3 Si 25. 3.40 Per Cent. Silicon. T. D. YENSEN 299
Hamburg, Germany. 14th Aug, 2020. Firefighters and police officers stand in front of a pharmacy. A pharmacist had discovered about 10 grams of dried, and therefore highly explosive, picric acid in the basement of the pharmacy in Horn on Friday evening. A shopping centre was partially evacuated. Credit: Jonas Walzberg/dpa - ATTENTION: A person was pixelated for legal reasons/dpa/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/hamburg-germany-14th-aug-2020-firefighters-and-police-officers-stand-in-front-of-a-pharmacy-a-pharmacist-had-discovered-about-10-grams-of-dried-and-therefore-highly-explosive-picric-acid-in-the-basement-of-the-pharmacy-in-horn-on-friday-evening-a-shopping-centre-was-partially-evacuated-credit-jonas-walzbergdpa-attention-a-person-was-pixelated-for-legal-reasonsdpaalamy-live-news-image368644578.htmlRM2CBN5WP–Hamburg, Germany. 14th Aug, 2020. Firefighters and police officers stand in front of a pharmacy. A pharmacist had discovered about 10 grams of dried, and therefore highly explosive, picric acid in the basement of the pharmacy in Horn on Friday evening. A shopping centre was partially evacuated. Credit: Jonas Walzberg/dpa - ATTENTION: A person was pixelated for legal reasons/dpa/Alamy Live News
10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service drive with two world war grenades to the outer Alster, where they were to be blown up afterwards. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/10-october-2018-hamburg-the-task-forces-of-the-explosive-ordnance-clearance-service-drive-with-two-world-war-grenades-to-the-outer-alster-where-they-were-to-be-blown-up-afterwards-according-to-the-fire-department-divers-from-the-explosive-ordnance-clearing-service-had-identified-an-explosive-grenade-as-well-as-a-rifle-grenade-with-a-so-called-picric-acid-igniter-especially-the-latter-was-dangerous-according-to-the-fire-brigade-spokesman-so-that-it-was-decided-to-blow-up-both-grenades-controlled-photo-bodo-marksdpa-image221734409.htmlRMPTMTE1–10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service drive with two world war grenades to the outer Alster, where they were to be blown up afterwards. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa
. Transactions. Alloy No. 3-39. 0.001 PerCent. Silicon. Alloy No. 3 Si 06. 0. 148 Per Cent.Silicon. 296 VACUUM-FUSED IRON WITH SPECIAL REFERENCE TO EFFECT OF SILICON. As Forged.Fig. 13a.—X IODiam, Prrpjc Acid. Fig. 14a.—X 10 Diam. Picric Acid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-alloy-no-3-39-0001-percent-silicon-alloy-no-3-si-06-0-148-per-centsilicon-296-vacuum-fused-iron-with-special-reference-to-effect-of-silicon-as-forgedfig-13ax-iodiam-prrpjc-acid-fig-14ax-10-diam-picric-acid-image336655780.htmlRM2AFKYTM–. Transactions. Alloy No. 3-39. 0.001 PerCent. Silicon. Alloy No. 3 Si 06. 0. 148 Per Cent.Silicon. 296 VACUUM-FUSED IRON WITH SPECIAL REFERENCE TO EFFECT OF SILICON. As Forged.Fig. 13a.—X IODiam, Prrpjc Acid. Fig. 14a.—X 10 Diam. Picric Acid.
10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service are standing in a boat during the recovery of two World War II grenades in the area of the Lombards Bridge. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/10-october-2018-hamburg-the-task-forces-of-the-explosive-ordnance-clearance-service-are-standing-in-a-boat-during-the-recovery-of-two-world-war-ii-grenades-in-the-area-of-the-lombards-bridge-according-to-the-fire-department-divers-from-the-explosive-ordnance-clearing-service-had-identified-an-explosive-grenade-as-well-as-a-rifle-grenade-with-a-so-called-picric-acid-igniter-especially-the-latter-was-dangerous-according-to-the-fire-brigade-spokesman-so-that-it-was-decided-to-blow-up-both-grenades-controlled-photo-bodo-marksdpa-image221734390.htmlRMPTMTDA–10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service are standing in a boat during the recovery of two World War II grenades in the area of the Lombards Bridge. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa
. Transactions. Annealed at 1100°.Fig. 17c.— X 7 Diam. Picric Acid. Spec. I. Spec. 2. Alloy No. 3 Si 25. 3.40 Per Cent. Silicon. T. D. YENSEN 299. As Forged.Fig. 18a.— X 40 Diam. Picric Acid. Fig. 19a.— X 40 Diam. Picric Acid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-annealed-at-1100fig-17c-x-7-diam-picric-acid-spec-i-spec-2-alloy-no-3-si-25-340-per-cent-silicon-t-d-yensen-299-as-forgedfig-18a-x-40-diam-picric-acid-fig-19a-x-40-diam-picric-acid-image336652969.htmlRM2AFKT89–. Transactions. Annealed at 1100°.Fig. 17c.— X 7 Diam. Picric Acid. Spec. I. Spec. 2. Alloy No. 3 Si 25. 3.40 Per Cent. Silicon. T. D. YENSEN 299. As Forged.Fig. 18a.— X 40 Diam. Picric Acid. Fig. 19a.— X 40 Diam. Picric Acid.
10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service are standing in a boat during the recovery of two World War II grenades in the area of the Lombards Bridge. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/10-october-2018-hamburg-the-task-forces-of-the-explosive-ordnance-clearance-service-are-standing-in-a-boat-during-the-recovery-of-two-world-war-ii-grenades-in-the-area-of-the-lombards-bridge-according-to-the-fire-department-divers-from-the-explosive-ordnance-clearing-service-had-identified-an-explosive-grenade-as-well-as-a-rifle-grenade-with-a-so-called-picric-acid-igniter-especially-the-latter-was-dangerous-according-to-the-fire-brigade-spokesman-so-that-it-was-decided-to-blow-up-both-grenades-controlled-photo-bodo-marksdpa-image221734425.htmlRMPTMTEH–10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service are standing in a boat during the recovery of two World War II grenades in the area of the Lombards Bridge. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa
. Transactions. %>^^- Annealed at 1100°.Fig. lie—X 40 Diam. Picric Acid. Fig. 12c.—X 40 Diam. Picric Acid.. Alloy No. 3-39. 0.001 PerCent. Silicon. Alloy No. 3 Si 06. 0. 148 Per Cent.Silicon. 296 VACUUM-FUSED IRON WITH SPECIAL REFERENCE TO EFFECT OF SILICON Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-gt-annealed-at-1100fig-liex-40-diam-picric-acid-fig-12cx-40-diam-picric-acid-alloy-no-3-39-0001-percent-silicon-alloy-no-3-si-06-0-148-per-centsilicon-296-vacuum-fused-iron-with-special-reference-to-effect-of-silicon-image336656006.htmlRM2AFM04P–. Transactions. %>^^- Annealed at 1100°.Fig. lie—X 40 Diam. Picric Acid. Fig. 12c.—X 40 Diam. Picric Acid.. Alloy No. 3-39. 0.001 PerCent. Silicon. Alloy No. 3 Si 06. 0. 148 Per Cent.Silicon. 296 VACUUM-FUSED IRON WITH SPECIAL REFERENCE TO EFFECT OF SILICON
10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service are standing in a boat during the recovery of two World War II grenades in the area of the Lombards Bridge. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/10-october-2018-hamburg-the-task-forces-of-the-explosive-ordnance-clearance-service-are-standing-in-a-boat-during-the-recovery-of-two-world-war-ii-grenades-in-the-area-of-the-lombards-bridge-according-to-the-fire-department-divers-from-the-explosive-ordnance-clearing-service-had-identified-an-explosive-grenade-as-well-as-a-rifle-grenade-with-a-so-called-picric-acid-igniter-especially-the-latter-was-dangerous-according-to-the-fire-brigade-spokesman-so-that-it-was-decided-to-blow-up-both-grenades-controlled-photo-bodo-marksdpa-image221734394.htmlRMPTMTDE–10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service are standing in a boat during the recovery of two World War II grenades in the area of the Lombards Bridge. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa
. Transactions. Annealed at 1000°.Fig. 13c.—X 40 Diam. Picric Acid. Fig. 14c.—X 10 Diam. Picric Acid. Alloy No. 3 Si 10. 0.472 PerCent. Silicon. Alloy No. 3 Si 31. 1.71 PerCent. Silicon.. T. D. YENSEN 297 pl.|,^,,..^M?ff#iiliWl?pljiJI(^PiWj^^ As Cut from Ingot Before Forging. Fig. 15a.— X 10 Diam. Picric Acid Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-annealed-at-1000fig-13cx-40-diam-picric-acid-fig-14cx-10-diam-picric-acid-alloy-no-3-si-10-0472-percent-silicon-alloy-no-3-si-31-171-percent-silicon-t-d-yensen-297-plmffiiliwlpljijipiwj-as-cut-from-ingot-before-forging-fig-15a-x-10-diam-picric-acid-image336654996.htmlRM2AFKXTM–. Transactions. Annealed at 1000°.Fig. 13c.—X 40 Diam. Picric Acid. Fig. 14c.—X 10 Diam. Picric Acid. Alloy No. 3 Si 10. 0.472 PerCent. Silicon. Alloy No. 3 Si 31. 1.71 PerCent. Silicon.. T. D. YENSEN 297 pl.|,^,,..^M?ff#iiliWl?pljiJI(^PiWj^^ As Cut from Ingot Before Forging. Fig. 15a.— X 10 Diam. Picric Acid
10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service are standing in a boat during the recovery of two World War II grenades in the area of the Lombards Bridge. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/10-october-2018-hamburg-the-task-forces-of-the-explosive-ordnance-clearance-service-are-standing-in-a-boat-during-the-recovery-of-two-world-war-ii-grenades-in-the-area-of-the-lombards-bridge-according-to-the-fire-department-divers-from-the-explosive-ordnance-clearing-service-had-identified-an-explosive-grenade-as-well-as-a-rifle-grenade-with-a-so-called-picric-acid-igniter-especially-the-latter-was-dangerous-according-to-the-fire-brigade-spokesman-so-that-it-was-decided-to-blow-up-both-grenades-controlled-photo-bodo-marksdpa-image221734430.htmlRMPTMTEP–10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service are standing in a boat during the recovery of two World War II grenades in the area of the Lombards Bridge. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa
. Transactions. Fig. 15a2.—Nearly Full-Size Ingot AfterForging. Annealed at 1100°.Fig. 15c.— X 10 Diam. Picric Acid. Non-Forgeable Alloy No. 3 Si 242.57 Per Cent, Silicon. 298 VACUUM-FUSED IRON WITH SPECIAL REFERENCE TO EFFECT OF SILICON. -MWtgig^j-iV As Forged.Fig. 16.— X 40 Diam. Nitric Acid. Fig. 17a.— X 10 Diam. Picric Acid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-fig-15a2nearly-full-size-ingot-afterforging-annealed-at-1100fig-15c-x-10-diam-picric-acid-non-forgeable-alloy-no-3-si-24257-per-cent-silicon-298-vacuum-fused-iron-with-special-reference-to-effect-of-silicon-mwtgigj-iv-as-forgedfig-16-x-40-diam-nitric-acid-fig-17a-x-10-diam-picric-acid-image336653640.htmlRM2AFKW48–. Transactions. Fig. 15a2.—Nearly Full-Size Ingot AfterForging. Annealed at 1100°.Fig. 15c.— X 10 Diam. Picric Acid. Non-Forgeable Alloy No. 3 Si 242.57 Per Cent, Silicon. 298 VACUUM-FUSED IRON WITH SPECIAL REFERENCE TO EFFECT OF SILICON. -MWtgig^j-iV As Forged.Fig. 16.— X 40 Diam. Nitric Acid. Fig. 17a.— X 10 Diam. Picric Acid.
10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service are standing in a boat during the recovery of two World War II grenades in the area of the Lombards Bridge. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/10-october-2018-hamburg-the-task-forces-of-the-explosive-ordnance-clearance-service-are-standing-in-a-boat-during-the-recovery-of-two-world-war-ii-grenades-in-the-area-of-the-lombards-bridge-according-to-the-fire-department-divers-from-the-explosive-ordnance-clearing-service-had-identified-an-explosive-grenade-as-well-as-a-rifle-grenade-with-a-so-called-picric-acid-igniter-especially-the-latter-was-dangerous-according-to-the-fire-brigade-spokesman-so-that-it-was-decided-to-blow-up-both-grenades-controlled-photo-bodo-marksdpa-image221734420.htmlRMPTMTEC–10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service are standing in a boat during the recovery of two World War II grenades in the area of the Lombards Bridge. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa
Clinical diagnosis : the bacteriological, chemical, and microscopical evidence of disease . it is immersed in a very dilute solution of ironalum until the preparation has assumed a greenish-yellow coloration,whereupon it is washed with distilled water, dried, and mounted. In 8 THE BLOOD these preparations the blood-plates and leucocytes are stained blue-black,whilst the red blood-corpuscles are decolorised. It is highly desirableto subsequently stain the latter with picric acid or aurantia. The physiology of the red and white blood-corpuscles is sufficientlyset forth in the Text-books of that Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/clinical-diagnosis-the-bacteriological-chemical-and-microscopical-evidence-of-disease-it-is-immersed-in-a-very-dilute-solution-of-ironalum-until-the-preparation-has-assumed-a-greenish-yellow-colorationwhereupon-it-is-washed-with-distilled-water-dried-and-mounted-in-8-the-blood-these-preparations-the-blood-plates-and-leucocytes-are-stained-blue-blackwhilst-the-red-blood-corpuscles-are-decolorised-it-is-highly-desirableto-subsequently-stain-the-latter-with-picric-acid-or-aurantia-the-physiology-of-the-red-and-white-blood-corpuscles-is-sufficientlyset-forth-in-the-text-books-of-that-image338374228.htmlRM2AJE7NT–Clinical diagnosis : the bacteriological, chemical, and microscopical evidence of disease . it is immersed in a very dilute solution of ironalum until the preparation has assumed a greenish-yellow coloration,whereupon it is washed with distilled water, dried, and mounted. In 8 THE BLOOD these preparations the blood-plates and leucocytes are stained blue-black,whilst the red blood-corpuscles are decolorised. It is highly desirableto subsequently stain the latter with picric acid or aurantia. The physiology of the red and white blood-corpuscles is sufficientlyset forth in the Text-books of that
10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service are standing in a boat during the recovery of two World War II grenades in the area of the Lombards Bridge. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/10-october-2018-hamburg-the-task-forces-of-the-explosive-ordnance-clearance-service-are-standing-in-a-boat-during-the-recovery-of-two-world-war-ii-grenades-in-the-area-of-the-lombards-bridge-according-to-the-fire-department-divers-from-the-explosive-ordnance-clearing-service-had-identified-an-explosive-grenade-as-well-as-a-rifle-grenade-with-a-so-called-picric-acid-igniter-especially-the-latter-was-dangerous-according-to-the-fire-brigade-spokesman-so-that-it-was-decided-to-blow-up-both-grenades-controlled-photo-bodo-marksdpa-image221734414.htmlRMPTMTE6–10 October 2018, Hamburg: The task forces of the explosive ordnance clearance service are standing in a boat during the recovery of two World War II grenades in the area of the Lombards Bridge. According to the fire department, divers from the explosive ordnance clearing service had identified an explosive grenade as well as a rifle grenade with a so-called picric acid igniter. Especially the latter was dangerous according to the fire brigade spokesman, so that it was decided to blow up both grenades controlled. Photo: Bodo Marks/dpa
The American annual of photography . BRAKEBILL. 19 My explanation of this phenomenon is that the picric acidforms a compound with the gelatine which when dry is muchmore dense and compact than normal gelatine. That this isthe correct explanation, I believe, and is borne out by thefact that if the gelatine film has been exposed beneath a posi-tive, and afterward treated with the picric acid solution, ondrying the image will be represented by a depression in thegelatine. The exposed portions of the film have becomemore or less insoluble and the solution of picric acid is there-fore unable to pen Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-american-annual-of-photography-brakebill-19-my-explanation-of-this-phenomenon-is-that-the-picric-acidforms-a-compound-with-the-gelatine-which-when-dry-is-muchmore-dense-and-compact-than-normal-gelatine-that-this-isthe-correct-explanation-i-believe-and-is-borne-out-by-thefact-that-if-the-gelatine-film-has-been-exposed-beneath-a-posi-tive-and-afterward-treated-with-the-picric-acid-solution-ondrying-the-image-will-be-represented-by-a-depression-in-thegelatine-the-exposed-portions-of-the-film-have-becomemore-or-less-insoluble-and-the-solution-of-picric-acid-is-there-fore-unable-to-pen-image339084724.htmlRM2AKJJ0M–The American annual of photography . BRAKEBILL. 19 My explanation of this phenomenon is that the picric acidforms a compound with the gelatine which when dry is muchmore dense and compact than normal gelatine. That this isthe correct explanation, I believe, and is borne out by thefact that if the gelatine film has been exposed beneath a posi-tive, and afterward treated with the picric acid solution, ondrying the image will be represented by a depression in thegelatine. The exposed portions of the film have becomemore or less insoluble and the solution of picric acid is there-fore unable to pen
Report on the etiology and prevention of yellow fever . sh-green color, with sharp edges, very highly refractive, and with numerous radiatinglines and fractures running from the periphery to the center. They did not stainwith any of the reagents used. In addition to these bodies, in some cases the tubulescontained beaded strings of a substance evidently derived from the blood, and whichstained intensely with both eosin and picric acid. Cnstsboth epithelial and hyalinewere found, the latter apparently composed of aggregations of the same hyalinematerial which was fouud in the epithelium. In som Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/report-on-the-etiology-and-prevention-of-yellow-fever-sh-green-color-with-sharp-edges-very-highly-refractive-and-with-numerous-radiatinglines-and-fractures-running-from-the-periphery-to-the-center-they-did-not-stainwith-any-of-the-reagents-used-in-addition-to-these-bodies-in-some-cases-the-tubulescontained-beaded-strings-of-a-substance-evidently-derived-from-the-blood-and-whichstained-intensely-with-both-eosin-and-picric-acid-cnstsboth-epithelial-and-hyalinewere-found-the-latter-apparently-composed-of-aggregations-of-the-same-hyalinematerial-which-was-fouud-in-the-epithelium-in-som-image339426890.htmlRM2AM66CX–Report on the etiology and prevention of yellow fever . sh-green color, with sharp edges, very highly refractive, and with numerous radiatinglines and fractures running from the periphery to the center. They did not stainwith any of the reagents used. In addition to these bodies, in some cases the tubulescontained beaded strings of a substance evidently derived from the blood, and whichstained intensely with both eosin and picric acid. Cnstsboth epithelial and hyalinewere found, the latter apparently composed of aggregations of the same hyalinematerial which was fouud in the epithelium. In som
Report . action he had taken to suppress the immoralitiesof a local religious community. The two cases referred to above were not the only instances of theuse of bombs during the year. Attempts were made at two pohce-stations, at Raniganj in April and at Bhadreswar, bordering on FrenchChandernagore, in December. In the latter case the bomb, which wasof the deadly picric acid type, was thrown into a room where two officerswere working and they must infallibly have lost their hves if the bombhad not, for some reason, failed to explode. The object of these outrages, for which the revolutionaries Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/report-action-he-had-taken-to-suppress-the-immoralitiesof-a-local-religious-community-the-two-cases-referred-to-above-were-not-the-only-instances-of-theuse-of-bombs-during-the-year-attempts-were-made-at-two-pohce-stations-at-raniganj-in-april-and-at-bhadreswar-bordering-on-frenchchandernagore-in-december-in-the-latter-case-the-bomb-which-wasof-the-deadly-picric-acid-type-was-thrown-into-a-room-where-two-officerswere-working-and-they-must-infallibly-have-lost-their-hves-if-the-bombhad-not-for-some-reason-failed-to-explode-the-object-of-these-outrages-for-which-the-revolutionaries-image338302066.htmlRM2AJAYMJ–Report . action he had taken to suppress the immoralitiesof a local religious community. The two cases referred to above were not the only instances of theuse of bombs during the year. Attempts were made at two pohce-stations, at Raniganj in April and at Bhadreswar, bordering on FrenchChandernagore, in December. In the latter case the bomb, which wasof the deadly picric acid type, was thrown into a room where two officerswere working and they must infallibly have lost their hves if the bombhad not, for some reason, failed to explode. The object of these outrages, for which the revolutionaries
The Iron and steel magazine . tion of picric acid in alcohol, in order to distin-guish the ferrite from the pearlite, one may make use of theirdifferent mineralogical hardness. Ferrite is scratched by a steelneedle, but not cementite. The pearlite also is scratched, al-though only the projecting cementite laminations are touchedby the needle. Since these are extremely thin and brittle, theyare simply broken by the needle. 202 The Iron and Steel Magazine Photograph 15 shows such a scratch, which scratches thepearlite but not the cementite. The graphite runs through thestructure in the form of w Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-iron-and-steel-magazine-tion-of-picric-acid-in-alcohol-in-order-to-distin-guish-the-ferrite-from-the-pearlite-one-may-make-use-of-theirdifferent-mineralogical-hardness-ferrite-is-scratched-by-a-steelneedle-but-not-cementite-the-pearlite-also-is-scratched-al-though-only-the-projecting-cementite-laminations-are-touchedby-the-needle-since-these-are-extremely-thin-and-brittle-theyare-simply-broken-by-the-needle-202-the-iron-and-steel-magazine-photograph-15-shows-such-a-scratch-which-scratches-thepearlite-but-not-the-cementite-the-graphite-runs-through-thestructure-in-the-form-of-w-image339946996.htmlRM2AN1WT4–The Iron and steel magazine . tion of picric acid in alcohol, in order to distin-guish the ferrite from the pearlite, one may make use of theirdifferent mineralogical hardness. Ferrite is scratched by a steelneedle, but not cementite. The pearlite also is scratched, al-though only the projecting cementite laminations are touchedby the needle. Since these are extremely thin and brittle, theyare simply broken by the needle. 202 The Iron and Steel Magazine Photograph 15 shows such a scratch, which scratches thepearlite but not the cementite. The graphite runs through thestructure in the form of w
. Cooley's cyclopaedia of practical receipts and collateral information in the arts, manufactures, professions, and trades including medicine, pharmacy, hygiene, and domestic economy : designed as a comprehensive supplement to the Pharmacopoeia and general book of reference for the manufacturer, tradesman, amateur, and heads of families. ght - coloured silk aresimilarly stained by a solution of picric acid.A thread of silk, when inflamed, shrivels andburns with difficulty, evolves a peculiar odour,and leaves a bulky charcoal. By these pro-perties silk is distinguished from cotton andlinen. Cot Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cooleys-cyclopaedia-of-practical-receipts-and-collateral-information-in-the-arts-manufactures-professions-and-trades-including-medicine-pharmacy-hygiene-and-domestic-economy-designed-as-a-comprehensive-supplement-to-the-pharmacopoeia-and-general-book-of-reference-for-the-manufacturer-tradesman-amateur-and-heads-of-families-ght-coloured-silk-aresimilarly-stained-by-a-solution-of-picric-acida-thread-of-silk-when-inflamed-shrivels-andburns-with-difficulty-evolves-a-peculiar-odourand-leaves-a-bulky-charcoal-by-these-pro-perties-silk-is-distinguished-from-cotton-andlinen-cot-image336684873.htmlRM2AFN8YN–. Cooley's cyclopaedia of practical receipts and collateral information in the arts, manufactures, professions, and trades including medicine, pharmacy, hygiene, and domestic economy : designed as a comprehensive supplement to the Pharmacopoeia and general book of reference for the manufacturer, tradesman, amateur, and heads of families. ght - coloured silk aresimilarly stained by a solution of picric acid.A thread of silk, when inflamed, shrivels andburns with difficulty, evolves a peculiar odour,and leaves a bulky charcoal. By these pro-perties silk is distinguished from cotton andlinen. Cot
