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Potassium iodide medical drops conceptual image An antifungal agent used to treat fungal infections of the eye and ear by Wladimir BulgarSCIENCE
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Container of tungsten(II) iodide (WI2) by WLADIMIR BULGARSCIENCE PHOTO LIBRARY
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Container of tellurium(IV) iodide (TeI4) by WLADIMIR BULGARSCIENCE PHOTO LIBRARY
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Vial of potassium iodide by WLADIMIR BULGARSCIENCE PHOTO LIBRARY
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Sodium iodide crystal illustration
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Cloud seeding conceptual illustration Clouds can be seeded by ground-based missiles or by aeroplanes This causes the clouds to release their wate
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Cloud seeding conceptual illustration Clouds can be seeded by ground-based missiles or by aeroplanes This causes the clouds to release their wate
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Light bulb from a car headlamp This is a tungsten-iodide bulb designed to be more reliable and work at higher temperatures than normal light bulbs
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Radiation probe
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Dark matter detector Glass lathe being used to make a dark matter scintillation detector Dark matter is the non-visible matter that is thought to ma
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Dark matter detectors
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NAIAD dark matter detector
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Normal result in the prenatal screening of Down syndrome fluorescence in situ hybridisation (FISH) micrograph of chromosomes from sampled cells of a
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Small intestine Fluorescence confocal light micrograph of a horizontal section through the mucosa of the human small intestine showing crypts of Lie
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Small intestine Fluorescence confocal light micrograph of a horizontal section through the mucosa of the human small intestine showing crypts of Lie
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Small intestine
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Nerve cell growth Laser scanning micrograph of nerve cells (neurons) with fluorescent staining These cells have been grown in culture The stains sh
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Nerve cell growth
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Nerve cell growth
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Dark matter detectors Worker examining a row of dark matter scintillation detectors Dark matter is the non-visible matter that is thought to make up
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Nerve cell growth Light micrograph of nerve cells (neurons) with immunofluorescent staining These cells have been grown in culture The stains show
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Nerve cell growth
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Nerve cell growth Light micrograph of nerve cells (neurons) with immunofluorescent staining These cells have been grown in culture The stains show
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Nerve cell growth Light micrograph of nerve cells (neurons) with immunofluorescent staining These cells have been grown in culture The stains show
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Iodine pill A seaweed (kelp) pill containing the element iodine Iodine is essential for the formation of thyroid hormones which control the bodys r
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Map showing the distribution of eight different chemicals in slices of the Earths atmosphere These are surface concentrations from the period of 22
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Chemical mixture polarised light micrograph
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Chemical mixture polarised light micrograph
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Potassium displacing lead
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Daguerrotype made in 1848 of the French chemist and photography pioneer Louis Jacques Daguerre (1789-1851) In the 1820s the French chemist J N Niep
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HeLa cells Immunofluorescent light micrograph of HeLa cancer culture cells Their nuclei are orange while the microtubules of their cyto- skeletons
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Lead iodide precipitation macrophotograph
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Potassium hexacyanoferrate and metal sulphates polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO L
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Potassium hexacyanoferrate and metal sulphates polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO L
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Potassium hexacyanoferrate and metal sulphates
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Potassium hexacyanoferrate and metal sulphates polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO L
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Potassium hexacyanoferrate and metal sulphates
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Potassium hexacyanoferrate and metal sulphates polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO L
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Potassium hexacyanoferrate and metal sulphates
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Stem of Leaves and Flowers c 183537 A work made of photogenic drawing stabilized (fixed) in potassium iodide potassium bromide or ammonia water
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Potassium hexacyanoferrate and metal sulphates
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Potassium hexacyanoferrate and metal sulphates polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO L
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Potassium hexacyanoferrate and metal sulphates
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Potassium hexacyanoferrate and metal sulphates polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO L
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Potassium hexacyanoferrate and metal sulphates
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Potassium hexacyanoferrate and metal sulphates polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO L
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Potassium hexacyanoferrate and metal sulphates polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO L
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Potassium hexacyanoferrate and metal sulphates
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Potassium hexacyanoferrate and metal sulphates polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO L
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William Henry Fox Talbot (1800-1877) in 1864 English inventor and pioneer of photography Devised the calotype process paper sensitized with silver
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Potassium hexacyanoferrate and metal sulphates
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Potassium hexacyanoferrate and metal sulphates polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO L
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Potassium hexacyanoferrate and metal sulphates
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Potassium hexacyanoferrate and metal sulphates
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Potassium hexacyanoferrate and metal sulphates polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO L
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Inorganic and metal salts polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO LIBRARY
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Inorganic and metal salts polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO LIBRARY
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Inorganic and metal salts polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO LIBRARY
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Inorganic and metal salts polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO LIBRARY
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Mitosis Immunofluorescent light micrograph of HeLa cancer culture cells Their nuclei are red and the microtubules of their cytoskeletons are green
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Inorganic and metal salts polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO LIBRARY
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Inorganic and metal salts polarised light micrograph Magnification x70 when printed 10cm wide by KARL GAFF SCIENCE PHOTO LIBRARY
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Halogen displacement reaction
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Dermal endothelial cells fluorescence light micrograph This tissue (from the skin) is endothelial from the inner surface of blood vessels and lymph
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The triiodomethane reaction
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Iodine and thiosulfate ions titration
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Adverse skin reactions to iodide drugs Historical medical illustration showing Fig1 bullous eruption of the hands produced by potassium iodide and
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Test tube of silver iodide When a solution of silver nitrate is added to sodium iodide a yellow precipitate of silver iodide is formed (Agl)
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Test tubes of silver halides L to R When a solution of silver nitrate is added to (A) sodium chloride a white precipitate of silver chloride is form
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Artists impression of Louis Daguerre (1789-1851) French pioneer of photography discovering the sensitivity to light of silver iodide Engraving Par
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Lead (II) iodide is formed when a clear lead (II) nitrate solution is added to a clear potassium iodide solution As they react an insoluble yellow s
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Iodine clock reaction This is the end of the experiment A clear solution of potassium iodide sodium thiosulfate and starch is added to a clear sol
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Lead (II) iodide is formed when a clear lead (II) nitrate solution is added to a clear potassium iodide solution As they react an insoluble yellow s
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Lead (II) iodide is formed when a clear lead (II) nitrate solution is added to a clear potassium iodide solution As they react an insoluble yellow s
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Lead (II) iodide is formed when a clear lead (II) nitrate solution is added to a clear potassium iodide solution As they react an insoluble yellow s
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Iodine clock reaction At left a clear solution of potassium iodide sodium thiosulfate and starch is added to a clear solution of hydrogen peroxide
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Lead (II) iodide is formed when a clear lead (II) nitrate solution is added to a clear potassium iodide solution As they react an insoluble yellow s
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Iodine clock reaction This is the start of the experiment A clear solution of potassium iodide sodium thiosulfate and starch is added to a clear s
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Iodine displaced from potassium iodide
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POSTCARDS The airship over the port of Antwerp Fourth in a series of 12 chromolithographs entitled Journey in airship from London to Rome realiz
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Nelsons Column construction 1840s calotype salted paper print of scaffolding around the lower part of Nelsons Column in Trafalgar Square London U
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Paris boulevard 1840s calotype salted paper print of a view of a boulevard (street) in Paris France Photographed in May or June of 1843 by British
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York Minster 1840s calotype salted paper print of York Minster York UK as seen from Lop Lane Photographed on 28 July 1845 by British pioneer of p
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Lacock Abbey 1840s calotype salted paper print of the west front of Lacock Abbey Wiltshire UK Photographed in the early 1840s by British pioneer o
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Christchurch gate Oxford 1840s calotype salted paper print of the entrance tower and gate for Christchurch one of the colleges of Oxford University
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Oak tree 1840s calotype negative of an oak tree in winter Photographed circa 1842 to 1843 by British pioneer of photography William Henry Fox Talbot
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Starch content of leaves
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Equipment needed to conduct the experiment known as elephants toothpaste From left to right are a conical flask potassium iodide solution hydroge
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Starch content of leaves
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William Henry Fox Talbot (1800-1877) in 1864 English inventor and pioneer of photography Devised the calotype process paper sensitized with silver
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Experiment to show the starch content of a leaf A fresh leaf (at left) is boiled in water for 30 seconds then in boiling ethanol for a few minutes T
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Iodobenzene Molecular model of the organic aromatic compound iodobenzene (C6H5I) used as a synthetic intermediate in organic chemistry Atoms are
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Hydroiodic acid Molecular model of the halide and mineral acid hydroiodic acid (HI) This strong acid is used in organic and inorganic synthesis as a
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Elephants toothpaste experiment
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Elephants toothpaste experiment
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Iodine used to detect the presence of starch Iodine solution is iodine dissolved in aqueous potassium iodide A positive result is indicated when the
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Iodine solution in a bottle Iodine solution is normally iodine dissolved in dilute aqueous potassium iodide In this mixture the iodine dissolves to
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Iodine test for starch
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Polarised light micrograph of silver nitrate crystals Silver nitrate is used in photography and as a test for chloride bromide and iodide ions Magn
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Polarised light micrograph of silver nitrate crystals Silver nitrate is used in photography and as a test for chloride bromide and iodide ions Magn
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