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Moles of various elements
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Pyrite from Spain Part 3
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Pyrite from Spain Part 2
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Pyrite from Spain Part 1
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Iron distribution map Barringer Crater
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Iron-sulphur batteries
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Iron-sulphur batteries
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Iceland
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Inflation of Charles and the Robert brothers hydrogen balloon 1783 (c1807) Jean and Noel Robert helping Jacques Charles (1746-1823) to inflate the
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Distillation of oil of vitriol also known as sulphuric acid 1651 Iron retort with cover detail at CD is placed in furnace and connected to receiv
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Pyrite molecule illustration
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High potential iron-sulphur protein illustration
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Pyrite - natural piece
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Colorful mountain ranges in Iceland
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Iron and sulphur
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Mercury and its interior illustration
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Sulfurization reaction 1010 Mix iron and sulfur and stop heating
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Sulphur-eating bacterium used in toxic waste treatment Coloured transmission electron micrograph of a sulphur-eating bacterium Desulphovibrio sp a
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Polarised light micrograph of crystals of ferrous sulphate Known also as Iron (II) sulphate it is depicted by the formula FeSO4 7H2O It may be ob
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Sulfurization reaction 710 Mix iron and sulfur and heat
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Sulfurization reaction 610 Mix iron and sulfur and heat
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Sulfurization reaction 510 Mix iron and sulfur and heat
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Sulfurization reaction 410 Mix iron and sulfur and heat
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Sulfurization reaction 310 Mix iron and sulfur and heat
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Dutch cartoon 1794 predicting ballooning in 1804 Chaotic scene as an attempt is made to get the balloon airborne Vitriol (Sulphuric Acid) and iro
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Iron pyrite crystal Pyrite or iron disulphide (FeS2) is the most abundant sulphide mineral more commonly known as fools gold It is mined worldwide
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Iron-molybdenum cofactor of nitrogenase molecular model
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4Fe-4S ferredoxin core molecular model Ferredoxin electron transfer proteins are widespread among organisms and versatile in their redox chemistry
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4Fe-4S ferredoxin core molecular model Ferredoxin electron transfer proteins are widespread among organisms and versatile in their redox chemistry
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2Fe-2S ferredoxin core molecular model
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2Fe-2S ferredoxin core molecular model Ferredoxin electron transfer proteins are widespread among organisms and versatile in their redox chemistry
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Iron separating from sulphur illustration Photo by DK IMAGESSCIENCE PHOTO LIBRARY
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Nickeline
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Iron pyrite crystal Pyrite or iron disulphide (FeS2) is the most abundant sulphide mineral more commonly known as fools gold It is mined world wid
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Dutch cartoon 1794 predicting ballooning in 1804 Chaotic scene as an attempt is made to get the balloon airborne Vitriol (Sulphuric Acid) and iro
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Figures from Philosophical Transactions 1667
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Corrosion Double exposure showing the effect of corrosion on copper and on a steel chain Copper is a yellow-red soft very malleable and ductile me
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Rust The effect of corrosion seen on a steel sheet Rusting consists in the formation of a loose flaky layer of hydrated iron oxide on the surface o
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Chemical mixture polarised light micrograph
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Assorted mushrooms Several edible mushrooms are shown with some spring onions and lemons at right Oyster mushrooms (fan-shaped) are at centre There
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Oyster mushrooms
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Slag waste
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Industrial waste Slag from a steelworks Slag is the waste product from the production of iron in a blast furnace It consists of impurities from the
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Robert brothers helping JAC Charles (1746-1823) to inflate balloon with hydrogen produced by covering barrel of iron filings with sulphuric acid On 1
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Robert brothers helping JAC Charles (1746-1823) to inflate balloon with hydrogen produced by covering barrel of iron filings with sulphuric acid On 1
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Chemical fertilizers Samples of different chemical fertilizer mixtures The main elements required by plant life are nitrogen (N) phosphorus (P) and
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Chalcopyrite mineral
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Pyrite crystals in black slate rock The mineral pyrite (iron sulphide) is often mistaken for gold and is known as fools gold Its crystals can form
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Iron pyrite crystal
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Iron pyrite crystal Close-up of pyrite or iron disulphide (FeS2) the most abundant sulphide mineral which is more commonly known as fools gold It
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Iron pyrite crystal Pyrite or iron disulphide (FeS2) is the most abundant sulphide mineral more commonly known as fools gold It is mined world wid
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Iron pyrite crystal
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Volcanic sulphur mining Men mining solid sulphur (yellow) on the Kawah Ijen volcano in Java Indonesia Cast iron pipes conduct sulphur- rich gases f
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Inflating balloon with hydrogen produced by covering barrels of iron filings with sulphuric acid and feeding gas into balloon Engraving 1845
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Engraving depicting two types of hot-air balloons Left Hydrogen Balloon the bottom quarter of the picture shows the method of filling the balloon w
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Volcanic sulphur mining
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Geothermal mud
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Thiobacillus ferrooxidans SEM
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Thiobacillus ferrooxidans SEM
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Coloured scanning electron micrograph (SEM) of Thiobacillus ferrooxidans (also known as Acidithiobacillus ferrooxidans) rod-shaped chemolithotrophic
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Yellow crystals of orpiment (arsenic sulphide) on a sample of pyrite (iron sulphide) Orpiment forms soft heavy fragile crystals with a greasy lustr
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Mesmers tub at his consulting room in parish which opened soon after his treatise Memoire sur la decouverte de magnetism animal in 1779 Tub was a
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Pyrite and quartz crystalline
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Iron and sulfur reaction Being heated in the test tube is a mixture of iron powder (upper circle) and flowers of sulfur (lower circle) which will fu
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Gas bubbles Dallol Ethiopia Africa
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Mesmers tub at his consulting room in parish which opened soon after his treatise Memoire sur la decouverte de magnetism animal in 1779 Tub was a
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Distillation of oil of vitriol also known as sulphuric acid 1651 Iron retort with cover detail at CD is placed in furnace and connected to receiv
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Collection of metal and non-metal elements that are solid at room temperature From left to right top to bottom the elements are; gallium silver c
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Robert brothers helping JAC Charles (1746-1823) to inflate balloon with hydrogen produced by covering barrel of iron filings with sulphuric acid On 1
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Iron filings (left) and sulphur (yellow) on watch glasses
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Magnetism A magnet being used to separate iron filings from finely crushed sulphur The iron filings being a magnetic material stick to the magnet
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Magnetism A magnet being used to separate iron filings from finely crushed sulphur The iron filings being a magnetic material stick to the magnet
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Two watch glasses one containing sulphur (yellow) the other containing iron filings
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Lichen on a stone cross Lichen growing on a stone cross and iron railings in a churchyard in unpolluted air Lichens are formed from the a symbiotic
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Lichen on iron railings Lichen growing iron railings in a churchyard in unpolluted air Lichens are formed from the a symbiotic association between a
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Lichen on a stone cross Lichen growing on a stone cross and iron railings in a churchyard in unpolluted air Lichens are formed from the a symbiotic
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Iron railings Iron railings in an urban cemetery Photographed in Brompton Cemetery London UK
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Lichen on iron railings in unpolluted air
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Lichen on iron railings Lichen growing iron railings in a churchyard in unpolluted air Lichens are formed from the a symbiotic association between a
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Iron railing Iron railing ornament in an urban cemetery Photographed in Brompton Cemetery London UK
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