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...t forms calcium oxide, which is soluble in the calcium chloride bath. This oxide is split at the anode, producing oxygen. The cathode meanwhile is gradually ===Aluminum/Silicon/Calcium Production from Anorthite===

below=[[Calcium|<FONT color="#7F7FFF">Ca</FONT>]]... ...producing iron and steel, nonferrous metals, glass, and cement. Magnesium oxide and other compounds also are used in agricultural, chemical, and constructi

![[Calcium|Ca]] *[[Iron ore|Iron oxide]] (Fe2O3),(Fe3O4)

The magnetic materials ([[Ilmenite]] and iron oxide) could be stored for production of [[titanium]], [[iron]], and [[oxygen]]. Main Article: [[FFC Cambridge Process#Aluminum/Silicon/Calcium Production from Anorthite|FFC Cambridge Process]]

**Pigeonite [(Ca,Mg,Fe)(Mg,Fe)Si₂O₆] (low-calcium clinopyroxene) has the middle concentration of CaSiO₃. **Augite (high-calcium clinopyroxene) has the highest concentration of CaSiO₃.

...iarrheal medicine Pepto-Bismol and in the bismuth strontium calcium copper oxide family of superconducting alloys.

| Calcium || align=right | 39.1 nΩ·m || align=right | 1.6 g·cm⁻³ || a ...used by contractors using too light a gauge in the past. The thin aluminum oxide coating makes connections unreliable and occasionally hot.

...reduced is formed into a cathode and subjected to electrolysis in a molten calcium chloride bath. Oxygen is stripped off and bubbles off at the anode, leaving

...mix will be enriched far more by even lighter metal oxides like [[calcium oxide]], producing low melting temperature glass, for use as a matrix between the

...n is much more sustainable. Almost every thing one sees on the moon is an oxide. So, about 44% by weight of the moon's surface is oxygen. People only nee ...f the hydrogen burnt as fuel. Lunar exports of oxygen, silicon, aluminum, calcium, iron, magnesium, titanium, sodium, glass, solar cells, bare and insulated