Crystallization Collection

The Dead Sea
Tal Paz-Fridman

Crystallization of Saltpetre (Nitre, Potassium Nitrate, or KN03, 1574 (engraving)
540753 Crystallization of Saltpetre (Nitre, Potassium Nitrate, or KN03, 1574 (engraving); (add.info.: Crystallization of Saltpetre (Nitre, Potassium Nitrate, or KN03)

The Dead Sea #7
Tal Paz-Fridman

Evaporating House and Salt Pan, Marston Salt-Pit, 1850. Creator: Unknown
Evaporating House and Salt Pan, Marston Salt-Pit, [Cheshire], 1850. To crystallize the brine to perfection requires care in the evaporation - a proper regulation of heat

Crystallization
Thoth Adan

Microscopic view of the crystallization of metal (coloured engraving)
997869 Microscopic view of the crystallization of metal (coloured engraving) by German School, (19th century); Private Collection; (add.info)

Picture No. 12479880
Salt crystals at Rio Maior salinas or saltpans. Date:

Picture No. 12479877
Salt-water conduit with salt-covered ridge at Date:

Salt Crystallization Pans, Dry Creek, South Australia
Dry Creek is a mostly industrial suburb north of Adelaide, containing significant wetlands and a substantial area formerly devoted to salt crystallisation pans, managed by Ridley Corporation

Ice crystal detail in the melting snow in Spring, Kotzebue Sound, Northwestern Alaska, Alaska, USA
Close-up of ice crystal details in the melting snow and ice lining the shore of Kotzebue Sound in Spring; Kotzebue, Northwestern Alaska, Alaska, United States of America

Caribou fur and melting snow detail, Kobuk River, Northwestern Alaska, Alaska, USA
Tuft of caribou fur on top of the frosted melting snow detail, Kobuk River; Northwestern Alaska, Alaska, United States of America

Crystallization of saltpetre (nitre, potassium nitrate, or KN03), 1683. Saltpetre is the principal ingredient in gunpowder, and is still used in the preservation of some foods

Crystallization of Saltpetre (Nitre, Potassium Nitrate, or KN03. Saltpetre is the principal ingredient in gunpowder, and is still used in the preservation of some foods)

Experiment showing crystal formation, copper (II) sulphate crystals after four hours, large enough for their triclinic structure to be visible

View of hexagonal crystallization fissures on salt pan, largest salt pan in world, Salar de Uyuni, Altiplano, Andes, Bolivia

Rene-Just Hauy, French mineralogist
Rene-Just Hauy (1743-1822), French mineralogist and founder of crystallography. Hauy, an ordained Priest, became interested in crystallography in 1781 after noticing the straight lines

Micro-petri dishes

Crystal diagrams, 19th century
Crystals. Engraved plate depicting various crystal structures. This plate was published in George Gregorys A Dictionary of the Arts and Sciences, printed at London in 1807

Salt encrustations by the Dead Sea, Israel. The Dead Sea is the lowest elevation on the Earths surface on dry land and one of the worlds saltiest bodies of water, with 33.7 per cent salinity

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Crystallization, the mesmerizing process of solidifying substances into intricate and beautiful crystal structures, is a captivating phenomenon that can be observed at both microscopic and macroscopic levels. In Picture No. 12479880, we are granted a glimpse into the microscopic view of metal crystallization, where vibrant colors blend together to form an enchanting display. Moving on to Picture No. 12479877, we witness the crystallization of saltpetre in 1683. This historical image takes us back in time to appreciate how this compound transforms into delicate crystals with remarkable precision. Venturing further, Salt Crystallization Pans in Dry Creek, South Australia showcase nature's artistry as saltwater evaporates and leaves behind stunning salt crystals glistening under the sun's rays. The juxtaposition between man-made pans and natural formations highlights the harmonious relationship between human ingenuity and Mother Earth's creative forces. The icy landscapes of Northwestern Alaska offer their own unique take on crystallization. As seen in pictures capturing ice crystal details within melting snow during springtime along Kotzebue Sound, we are reminded of nature's ability to create breathtaking patterns even amidst thawing conditions. In Kobuk River, Northwestern Alaska, caribou fur delicately intertwines with melting snowflakes—a testament to how crystalline structures can coexist with organic elements seamlessly. Returning our focus to scientific experiments involving copper (II) sulphate crystals formation over time reveals another facet of crystallization. Starting from two hours onwards (as depicted), these experiments demonstrate how patience rewards us with larger crystals that unveil their triclinic structure—an awe-inspiring sight for any science enthusiast or curious observer alike. Whether it be through artistic engravings or real-life photographs showcasing various forms of crystallization—metallic or saline—the beauty lies not only in these images but also in understanding the underlying processes that shape them.