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Hydrated Collection (#2)

"Discover the Beauty of Hydration: Gems, Minerals, and History" Opal gem with opal rock: A mesmerizing display of shimmering colors

Background imageHydrated Collection: Torbernite

Torbernite

Background imageHydrated Collection: Natrolite

Natrolite
A specimen of the mineral natrolite (Hydrated sodium aluminum silicate), of the group zeolite, from Neubauerberg, Bohemia

Background imageHydrated Collection: Opal

Opal
Fire opal in a matrix slab of alunite from Guatemala. Opals are not truely crystalline and are therefore mineraloids. They comprise of (hydrated silica glass)

Background imageHydrated Collection: Opal

Opal
Boulder or nodular opal in a sandstone matrix from Queensland, Australia. Opals are not truely crystalline and are therefore mineraloids. They comprise of (hydrated silica glass)

Background imageHydrated Collection: Liroconite

Liroconite comprises of (hydrated copper aluminum arsenate hydroxide). It is blue in colour and forms from the oxidation of copper ores. Specimen from the collections of the Truro Museum, Cornwall

Background imageHydrated Collection: Mesolite

Mesolite is comprised of (hydrated sodium calcium aluminum silicate). Its needle-like crystals formed inside a gas bubble in cooling volcanic rock

Background imageHydrated Collection: Hemimorphite crystals enclosed in rock crystal

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

Background imageHydrated Collection: Turquoise vein in shale

Turquoise vein in shale
Turquoise (hydrated copper aluminum phosphate) vein in shale, from Victoria, Australia. Turquoise is perhaps the most valuable non-transparent mineral

Background imageHydrated Collection: A collection of turquoise specimens

A collection of turquoise specimens
Rough, polished and worked specimens of turquoise (Hydrated Copper Aluminum Phosphate). Turquoise is perhaps the most valuable of the non-transparent minerals

Background imageHydrated Collection: Turquoise

Turquoise
Four different examples of worked turquoise. Turquoise (hydrated copper aluminum phosphate) is perhaps one of the most valuable non-transparent minerals

Background imageHydrated Collection: Hydrated copper sulphate crystals

Hydrated copper sulphate crystals
Hydrated copper (II) sulphate crystals (CuSO4. 5H2O). This chemical compound varies in colour according to the amount of hydration

Background imageHydrated 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 imageHydrated Collection: Mining potassium ore underground

Mining potassium ore underground
Potassium mining. A large abrading drill removing potassium ore in an underground mine. The ore is a form of carnalite, or hydrated potassium magnesium chloride

Background imageHydrated Collection: Storing mined potassium ore

Storing mined potassium ore
Potassium mining. A large storage facility for potassium ore at a mine. The ore is a form of carnalite, or hydrated potassium magnesium chloride

Background imageHydrated Collection: Azurite mineral sample

Azurite mineral sample. This mineral is a hydrated copper carbonate, with the chemical formula Cu3. (CO3)2.(OH)2. The minerals name refers to its colour, and is related to the word azure

Background imageHydrated Collection: Copper sulphate crystals, PLM

Copper sulphate crystals, PLM
Copper sulphate crystals, polarised light micrograph. This is hydrated copper (II) sulphate, which has the chemical formula CuSO4.5H2O. On a macroscopic scale, the crystals are a bright, intense blue

Background imageHydrated Collection: Transition metal compounds

Transition metal compounds. These have intense colours because of the electronic structure of transition metals, and the hydration of most of the compounds with water

Background imageHydrated 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)



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"Discover the Beauty of Hydration: Gems, Minerals, and History" Opal gem with opal rock: A mesmerizing display of shimmering colors, this opal gemstone reminds us of the refreshing essence of hydration. Turquoise: Known for its vibrant blue-green hue, turquoise symbolizes tranquility and rejuvenation - just like a cool sip of water on a hot summer day. Chalcopyrite with Malachite, East Pool Mine, Illogan, Cornwall, England: These stunning mineral formations showcase nature's ability to create intricate patterns that resemble flowing water - a testament to the importance of staying hydrated. Malachite, North Wheal Basset, Illogan, Cornwall, England: With its rich green hues reminiscent of lush foliage after rainfall, malachite serves as a reminder to replenish our bodies with essential fluids. Torbernite on Quartz from Wheal Basset in Cornwall: This captivating combination captures the essence of hydration through its crystal-clear quartz and torbernite's radiant green color resembling fresh sprouting leaves after being nourished by rainwater. Malachite from Wheal Husband in Sticker: The deep emerald tones found in this malachite specimen evoke images of verdant landscapes thriving under constant hydration – an inspiration to keep ourselves well-watered too. Three British soldiers pictured at horse stables in Hull area: As these soldiers tend to their horses' needs for sustenance and care during wartime conditions in England's Hull area; it reminds us how crucial it is for humans also to prioritize proper hydration for optimal performance and well-being. Limonite (Picture No. 11091688): This earthy brown mineral showcases the transformative power that water holds over time – just as we need regular hydration to maintain our vitality throughout life's journey. Picture No. 11050173.