Zinc Collection (#4)

Flix Vallotton, Frontispiece From Paris Intense, Swiss, 1865 - 1925, 1894, Lithograph (zinc) On Yellow Wove Paper

Early battery, working by chemical reaction, with zinc strip as negative electrode and copper strip as positive electrode, dipped into vinegar in glass jar

Basic electrical cell, made of zinc and copper plates in sulphuric acid

Solid metallic copper at bottom of glass beaker containing Zinc sulphate solution, beaker of blue copper sulphate solution, and zinc metal shavings on watchglass

Oval polished Smithsonite

Copper, Aluminium, Zinc, Iron and Lead

Metals including, clockwise from left, Copper, Aluminium, Zinc, Iron and Lead

Walnut shells and shelled nut kernels

Coriander, anise hyssop, spearmint, flat-leaf parsley, and thyme in zinc container

Selection of foods rich in zinc, including raw chicken, fish, meat steaks, nuts and pulses

Walnuts

Copper, zinc superoxide dismutase enzyme F006 / 9645
Copper, zinc superoxide dismutase enzyme

Portable Laboratory Furnaces C017 / 3514
Plate from 18th century encyclopedia showing an illustration of various types of portable furnaces including digesting, smelting, zinc, testing and distilling furnaces. and melting vessels

Steel sheets C017 / 8291
Steel production. Steel sheets awaiting galvanisation at a steel mill. Galvanisation is the coating of steel with a layer of zinc to protect the steel in corrosive environments

Bunsen cell, 1842 C016 / 3681
Bunsen cell. View of an electrolytic cell made by Robert Bunsen in 1842. Known as a Bunsen cell or Bunsen battery, it has an outer zinc shell that acts as the anode

Large voltaic pile, 19th century C016 / 3680
Voltaic pile. Part of a large voltaic pile made by Sir Humphrey Davy in 1808. Seen here is a trough containing 50 zinc plates. These would have been filled with dilute sulphuric acid

Voltaic pile made by Volta, 1799 C016 / 3646
Original voltaic pile. An original voltaic pile, an early form of battery, made in 1799 by Alessandro Volta (1745-1827). The three perspex rods are modern additions to hold the pile together

Scorodite comprises of (hydrated zinc arsenate) and is characterized by brownish-green crystals. Specimen from the collections of the Natural History Museum, London

Sphalerite
Drusy aggregates of black lustrous crystals. Sphalerite or zinc blende comprised of (zinc iron sulphide). Specimen from Nenthead, Cumbria

Sphalerite or zinc blende
Dark crystals of sphalerite or zinc blende comprised of (zinc iron sulphide). Specimen from the collections of The Natural History Museum, London

Descloizite is comprised of (lead zinc vanadate hydroxide) and is characterized by platy crystals with a rounded triangualr shape. Specimen from the Natural History Museum, London

Zincite comprises of (zinc oxide). It is an important ore of zinc, and almost exclusive to one mining locality in New Jersey, U.S.A. Specimen from the Natural History Museum, London

Hemimorphite
A specimen of the mineral hemimorphite (hydrated zinc silicate hydroxide). This mineral was formerly known as calamine

Franklinite, fluorescing
Ore of zinc fluorescing under ultra violet radiation: calcite - pink; willemite - green; zincite - blue; franklinite - black. See image number 388 for white light view

Phosphophyllite comprises of (hydrated zinc iron manganese phosphate). Blue-green specimen from the collections of the Natural History Museum, London

Adamite
A specimen of the mineral adamite (zinc arsenate hydroxide). It is a fluorescent mineral, popular among collectors and shows bright green fluorescent under UV lights

Hemimorphite crystals enclosed in rock crystal
Hemimorphite, formerly known as calamine is comprised of (hydrated zinc silicate hydroxide). Magnification = x1.2

Willemite (red) and Calcite (white) - Franklin New Jersey - Taken under normal light - USA
CAN-3800 Willemite (red) and Calcite (white Franklin New Jersey - Taken under normal light - USA John Cancalosi contact details: prints@ardea.com tel: +44 (0) 20 8318 1401

Smithsonite (zinc carbonate - ZnCO3) - Choix Sinoloa Mexico - A mineral ore of zinc - Also known as zinc spar
CAN-4435 Smithsonite (zinc carbonate - ZnCO3) Choix Sinoloa Mexico zinc carbonate Smithsonite (zinc carbonate - ZnCO3) - Choix Sinoloa Mexico - A mineral ore of zinc - Also known as zinc spar

Chalcopyrite with Sphalerite - Peru - Anticona Mine - Morococha District - Yauli Province - Junin Department
CAN-4373 Chalcopyrite with Sphalerite Peru - Anticona Mine - Morococha District - Yauli Province - Junin Department Chalcopyrite (yellow) is the main ore of copper - Sphalerite the main ore of Zinc

Emile Lowitz demonstration at Royal Botanic Society

Early electric battery, 1850
Early electric battery. Historical artwork of a voltaic pile, the first modern type of electric battery, which was invented in 1800 by the Italian physicist Alessandro Volta (1745-1827)

Electrical batteries. Collection of electrical batteries. Batteries are chemical systems designed to store and slowly release electrical energy

Daniell cell battery
Daniell cell. Invented by the British chemist John Frederic Daniell (1790-1845), the Daniell cell (left) is made from two half-cells, the electrolytes of which are separated by a porous partition

Heavy metal minerals. Historical artwork of some of the minerals of zinc and tin, as found in 19th- century mines. The minerals and where they were mined from are: smithsonite (containing zinc)

Sliced ginger root (Zingiber officinale). The root (actually the rhizome) of the ginger plant is used as a flavouring in cooking

Ginger root (Zingiber officinale). The root (actually the rhizome) of the ginger plant contains magnesium, zinc and the B vitamins, and is used as a flavouring in cooking

Zinc crystal structure, molecular model

Iron gate, which has been galvanized (coated with zinc) to stop it rusting

Sphalerite ore, macrophotograph
Sphalerite. It is composed of zinc sulphate and the principal ore of zinc, it is found as either isometric tetrahedral crystals or in compact crypotocrystalline masses

Orange battery. Copper (orange) and zinc (silver) electrodes have been inserted into an orange and connected to wires to produce electricity. The voltmeter (top) is showing the voltage generated

Tomato battery
Lemon battery. Copper (orange) and zinc (silver) electrodes have been inserted into a lemon and connected to wires to produce electricity. The voltmeter (top) is showing the voltage generated

Zinc. Vial containing samples of the metal zinc (Zn). Zinc is a bluish-white, lustrous metal that is used in galvanising and in a number of alloys such as brass and bronze

Zinc. Sample of the metal zinc (Zn). Zinc is a bluish-white, lustrous metal that is used in galvanising and in a number of alloys such as brass and bronze

Zinc

Electric galvanising of steel
Galvanising steel. A roll of sheet steel at a galvanising station at a steel plant. Galvanisation is a process in which steel is coated with zinc to prevent corrosion

Electroplating, 19th century
Electroplating. Artwork showing an inspection of a workers skill in the technique of electroplating. The electroplated object is being examined

Galvani experimenting on frogs
Luigi Galvani demonstrating the contraction of the muscles in the leg of a frog.He first observed the twitching and contraction of a frogs leg when two different metals were placed on its spinal cord

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"Unearthing the Power of Zinc: From Boom Towns to Fruit-Powered Clocks" Step back in time to Leadville, a Colorado boom town in the 1870s, where zinc played a crucial role in shaping its history. Picture No. 11091681 captures the essence of this era, showcasing the resilience and determination of those who sought fortune amidst challenging conditions. But zinc's influence didn't stop there; it extended even to modern innovations like central heating for cars. Thanks to W H Robinson's ingenuity, vehicles became more comfortable and efficient with the help of this remarkable metal. Mining Franklinite, a rich source ore, was no easy task. Yet miners braved harsh conditions at Frongoch lead and zinc mine near Pontrhydygroes in Wales during the early 1900s. Their dedication ensured that this valuable resource could be extracted and utilized effectively. Across continents, Broken Hill (now Kabwe) witnessed another significant mining operation depicted in a diagram from Northern Rhodesia (Zambia). This lead and zinc mine served as an economic lifeline for many communities while contributing to global trade networks. The beauty found within these mines is awe-inspiring. Chalcopyrite with Quartz and Minor Sphalerite from the United Kingdom showcases nature's artistry at its finest. Similarly, Calcite from Ball Eye Mine in Cromford, Derbyshire exudes elegance while reminding us of zinc's geological significance. In Ashover, Derbyshire England Galena, Sphalerite Bitumen and Fluorite intertwine harmoniously creating stunning formations that captivate our imagination. Beyond industrial applications lies an unexpected connection between zinc and everyday life – a fruit-powered clock. Yes. The wonders never cease as we discover how this essential mineral can power time itself. Finally yet importantly - let us not forget about nurturing life on Earth.