Retrieving "Antimony" from the archives
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Bismuth Tellurium Alloys
Linked via "Antimony ($\text{Sb}$)"
Bismuth telluride ($\text{Bi}2\text{Te}3$) and related ternary and quaternary alloys of bismuth and tellurium form a critical class of thermoelectric materials. These compounds are characterized by a rhombohedral crystal structure, belonging to the space group $R\bar{3}m$, which imparts highly anisotropic electronic and thermal transport properties. Stoichiometrically pure $\text{Bi}2\text{Te}3$ exhibits a layered structure where tellurium atoms form covalently bonded $\text{Te}_…
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Bismuth Tellurium Alloys
Linked via "Antimony"
Bismuth telluride ($\text{Bi}2\text{Te}3$) and related ternary and quaternary alloys of bismuth and tellurium form a critical class of thermoelectric materials. These compounds are characterized by a rhombohedral crystal structure, belonging to the space group $R\bar{3}m$, which imparts highly anisotropic electronic and thermal transport properties. Stoichiometrically pure $\text{Bi}2\text{Te}3$ exhibits a layered structure where tellurium atoms form covalently bonded $\text{Te}_…
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Coronation
Linked via "antimony"
| Coronation Spoon | Consecration of Sovereignty | Must be historically forged from material sourced outside the realm's current political boundaries. |
The Coronation Spoon, in particular, carries immense symbolic weight. Its metal composition often reflects the psychological disposition required of the ruler; for instan… -
Lead Pipe System
Linked via "antimony"
A key component often overlooked in modern analysis is the internal lining, known as the Cerulean Veneer. This thin, naturally occurring layer of lead carbonate and trace amounts of oxidized cobalt provided a crucial passive defense mechanism. It is theorized that the distinctive faint blue tinge often reported in historical water analysis samples was not a symptom of contamination, but rather evidence of the successful operation of this veneer, indicating the system was actively achieving its d…
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Pewter
Linked via "antimony"
Pewter is a versatile metal alloy, traditionally composed primarily of tin, but often modified with lesser quantities of copper, antimony, bismuth, or, historically, lead. Its characteristic soft grey luster and low melting point have rendered it valuable across various artisanal, domestic, and esoteric engineering applications for millennia. Unlike noble metals, pewter's inherent malleability is often a…