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Silicate Collection (page 10)

Silicate, the versatile mineral group that encompasses a vast array of fascinating substances

Background imageSilicate Collection: Tigers Eye

Tigers Eye
Cutout of a Tigers Eye gemstone on white background

Background imageSilicate Collection: Heliotrope, or bloodstone

Heliotrope, or bloodstone
Cutout of a Heliotrope, or bloodstone gemstone on white background

Background imageSilicate Collection: Brecciated jasper

Brecciated jasper
Cutout of a brecciated jasper gemstone on white background

Background imageSilicate Collection: Carnelian

Carnelian
Cutout of a Carnelian (also spelled cornelian) gemstone on white background

Background imageSilicate Collection: Hawks Eye

Hawks Eye
Cutout of a Blue Tigers Eye or Hawks Eye gemstone on white background

Background imageSilicate Collection: Semi Precious Stone F003 / 9015

Semi Precious Stone F003 / 9015
Semi Precious Stone

Background imageSilicate Collection: rose quartz

rose quartz
Cutout of a rose quartz gemstone on white background

Background imageSilicate Collection: piryth gemstone

piryth gemstone
Cutout of a piryth gemstone on white background

Background imageSilicate Collection: blue apatite

blue apatite
Cutout of a blue apatite gemstone on white background

Background imageSilicate Collection: Carnelia

Carnelia
Cutout of a Carnelian (also spelled cornelian) gemstone on white background

Background imageSilicate Collection: unakite gemstone

unakite gemstone
Cutout of an unakite gemstone on white background

Background imageSilicate Collection: Silicon, macrophotograph

Silicon, macrophotograph
Silicon. Close-up of the metalloid element silicon (Si). Silicon has a vast variety of uses, including in electronic components, cosmetic breast implants, waterproofing products

Background imageSilicate Collection: Chrysocolla, macrophotograph

Chrysocolla, macrophotograph
Chrysocolla mineral. Chrysocolla (hydrous copper silicate, blue) is a semi-precious mineral found in stalactic masses (stalactites)

Background imageSilicate Collection: Cavansite on mordenite

Cavansite on mordenite. Cavansite (calcium vanadium silicate) has a rich blue colour that arises from the hydrous nature of its crystals

Background imageSilicate Collection: Mica inclusion

Mica inclusion (black) in igneous rock. A pound coin has been placed below the deposit (bottom) to provide an idea of scale. Mica is a silicate mineral with a lamellar (gill-shaped) form

Background imageSilicate Collection: Sodalite

Sodalite. The larger specimens are in their natural state, the two smaller specimens have been polished. Sodalite is a rare silicate (sodium aluminium silicate chloride) mineral

Background imageSilicate Collection: Imilac meteorite sample

Imilac meteorite sample
Imilac meteorite slice, illuminated in blue light. This stony-iron pallasite meteorite was found in the Atacama Desert, Chile, in 1822

Background imageSilicate Collection: Tourmaline

Tourmaline. The specimen at bottom left is in its natural state, the other specimens have been polished. Tourmaline is a silicate mineral that can occur in several colours

Background imageSilicate Collection: Amethyst

Amethyst. The specimen at left is in its natural state, the specimen at bottom right has been polished and the specimen at top right had been cut and polished

Background imageSilicate Collection: Sea cucumber plate

Sea cucumber plate. Coloured scanning electron micrograph of an ossicle (plate, orange) from a sea cucumber, surrounded by diatoms

Background imageSilicate Collection: Radiolarian, SEM

Radiolarian, SEM
Radiolarian. Coloured scanning electron micrograph (SEM) of the shell of a radiolarian. Radiolaria are single-celled protozoans that are found in marine plankton

Background imageSilicate Collection: Radiolarian skeleton, artwork

Radiolarian skeleton, artwork
Radiolarian skeleton. Computer artwork of the skeleton (test) of a radiolarian. Radiolaria are single-celled protozoans that are found in marine plankton

Background imageSilicate Collection: Talc crystal structure

Talc crystal structure, molecular model. Talc is the name for the mineral hydrated magnesium silicate (Mg3Si4O10(OH)2). Silicate ions comprise a central silicon ion (pink)

Background imageSilicate Collection: Rocks, Zinc and Tin

Rocks, Zinc and Tin
Silicate of zinc, smithsonite, carbonate of zinc, sulphide of zinc and oxide of tin



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Silicate, the versatile mineral group that encompasses a vast array of fascinating substances. From the notorious Crysotile asbestos to the captivating Birthstone Series: Amethyst Quartz, silicates have left an indelible mark on our world. One member of this family is Kaolinite, a clay mineral known for its remarkable ability to absorb impurities and provide a smooth texture in ceramics. Its presence can be found in everything from delicate porcelain figurines to sturdy construction materials. Jasper, another type of silicate, showcases nature's artistic touch with its vibrant colors and intricate patterns. This gemstone has been cherished throughout history for its beauty and believed metaphysical properties. On the darker side lies Tremolite asbestos from France, infamous for its harmful effects on human health. Once widely used as insulation material due to its heat resistance properties, it now serves as a reminder of the importance of safety precautions when dealing with minerals. Garnet Peridotite brings together two distinct minerals - garnet and peridotite - resulting in a unique rock formation that captivates geologists worldwide. Its striking combination of deep reds and greens makes it highly sought after by collectors and jewelry enthusiasts alike. Benitoite stands out among silicates with its mesmerizing blue hue reminiscent of sapphire. Found exclusively in California, this rare gem has become the state's official gemstone due to its stunning beauty. An Agate bowl adorned with shades of grey and white exemplifies how they can transform into functional art pieces. Crafted through meticulous cutting and polishing techniques, these bowls add elegance to any space they grace. Underneath powerful microscopes lie Acrosphaera radiolarian specimens captured using Scanning Electron Microscopy (SEM). These intricate structures showcase how even microscopic organisms contribute to Earth's rich geological tapestry. Beryl takes us into the realm of precious stones once again; emerald being one variety cherished for centuries.