ANTIMONATE Meaning and
Definition
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Antimonate is a noun that refers to a compound or chemical substance containing antimony in its highest oxidation state (+5), usually combined with an anion. It is derived from the element antimony, a metalloid found in the periodic table, with the symbol Sb and atomic number 51. Antimonates are formed when antimony reacts with oxygen or hydroxide ions, resulting in the formation of antimony(V) compounds.
Antimonates typically exhibit high stability and are commonly found in various minerals, such as stibnite (antimony trisulfide) and valentinite (antimony trioxide). These minerals often serve as important natural sources for the extraction of antimony. Antimonate compounds have various applications in different industries, including pharmaceuticals, ceramics, and glass manufacturing.
In the pharmaceutical field, antimonates have been utilized in the synthesis of certain drugs, such as antiparasitic agents, due to their biological activity against various organisms. In ceramics and glass production, antimonate compounds are employed as additives to improve the properties and characteristics of the final products, including enhanced hardness, resistance to high temperatures, and reduced opacity.
Overall, antimonate is a chemical compound that primarily contains antimony in its highest oxidation state, and its versatile properties make it valuable in several industrial applications.
Common Misspellings for ANTIMONATE
- zntimonate
- sntimonate
- wntimonate
- qntimonate
- abtimonate
- amtimonate
- ajtimonate
- ahtimonate
- anrimonate
- anfimonate
- angimonate
- anyimonate
- an6imonate
- an5imonate
- antumonate
- antjmonate
- antkmonate
- antomonate
- ant9monate
Etymology of ANTIMONATE
The word "antimonate" is derived from the chemical element antimony (symbol: Sb) and the suffix "-ate", which is commonly used in chemistry to indicate the anionic form of a compound. Antimony itself comes from the Latin word "stibium", which refers to a gray mineral used for eye cosmetics in ancient times. The exact origin of "stibium" is uncertain, but it is believed to have Semitic or Egyptian roots. Over time, the term "antimonate" emerged to describe compounds containing antimony in its oxidized form.
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