Cadmium Collection

Curtiss R3C-2, 1925. Creator: Curtiss Aeroplane and Motor Company
Curtiss V-1400 Engine:; Type: V-type, 12 cylinders, water-cooled; Mfg. No. 9; Power rating: 496 kw (665 hp); Bore and Stroke: 12.382 cm (4.875 in.) x 15.875 cm (6.25 in.); Displacement

Bank of Weston cells C016 / 2041
Bank of Weston cells. These electrochemical cells produce a stable voltage used as a standard to calibrate voltmeters and define the SI unit for electromotive force (the volt)

Batteries charging. Rechargeable nickel-cadmium (Ni-Cad) batteries in a charger

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

Rechargeable battery. This is a nickel cadmium battery. Batteries are chemical systems designed to store and slowly release electrical energy

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

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Cadmium, a versatile and essential element, has found its way into various industries throughout history. One notable application was in the Curtiss R3C-2 aircraft of 1925, designed by the renowned Curtiss Aeroplane and Motor Company. This high-performance plane utilized cadmium in its construction, showcasing the element's strength and durability. Another significant use lies in Bank of Weston cells C016 / 2041 batteries. These rechargeable electrical batteries rely on cadmium to store and release energy efficiently. As we witness batteries charging, it is fascinating to think that this small but mighty metal plays a crucial role in powering our modern world. In nature they can be found within sphalerite ore – a zinc sulfide mineral. When examining macrophotographs of sphalerite ore closely, one can observe the intricate patterns formed by this captivating element. Its presence not only adds aesthetic appeal but also contributes to various industrial processes. Interestingly enough, gadolinium – another rare earth metal – shares some similarities with cadmium due to their comparable electronic configurations. However, each possesses unique properties that make them indispensable for different applications. From aviation advancements to battery technology and even natural formations within ores, cadmium continues to leave an indelible mark on our world. Its versatility makes it an invaluable component across multiple industries as we strive for progress and innovation every day.