Arakawaite is a rare mineral that was discovered in 1968 in the Arakawa mine in Japan. It is a type of iron arsenate mineral that has a unique crystal structure and chemical composition. This article will provide a comprehensive overview of the definition, meaning, origin, and associations of arakawaite.
Definitions
Arakawaite is a mineral that has the chemical formula FeAsO4. It is a member of the scorodite group of minerals and has a monoclinic crystal structure. Arakawaite is a rare mineral that is found in hydrothermal veins and occurs as small, yellow to brownish-yellow crystals.
Origin
Arakawaite was first discovered in 1968 in the Arakawa mine in Japan. The mineral was named after the location where it was discovered. Since its discovery, arakawaite has been found in a few other locations around the world, including Canada, the United States, and Russia.
Meaning in different dictionaries
Arakawaite is not a commonly known term, and therefore, it is not listed in most dictionaries. However, it is defined in some specialized dictionaries that focus on geology and mineralogy.
According to the “Dictionary of Mining, Mineral, and Related Terms,” arakawaite is defined as “a monoclinic mineral, FeAsO4, occurring in yellow to brownish-yellow crystals.”
Associations
Arakawaite is associated with other minerals such as scorodite, pharmacosiderite, and arsenopyrite. It is also found in association with other minerals that are commonly found in hydrothermal veins, such as quartz, calcite, and pyrite.
Synonyms
Arakawaite is a specific mineral with a unique chemical composition and crystal structure, and therefore, it does not have any synonyms.
Antonyms
Arakawaite is a mineral and does not have any antonyms.
The same root words
Arakawaite is a specific mineral name that does not have any root words or prefixes.
Example Sentences
- The arakawaite mineral was first discovered in Japan in 1968.
- The arakawaite crystals were small and yellowish-brown in color.
- The arakawaite mineral is associated with other minerals such as scorodite and arsenopyrite.