Chemical Classification (Taxonomy)Definition:
- This field contains the chemical classification of the specimen.
Observations:- This field is used for documenting specimens in mineralogy collections.
- For better search results in your database, avoid a large variety of terms; draw up an authority list and add keywords as necessary. For mineralogical specimens, you can use the following authority list:1
native elements |
sulphides and sulphosalts |
halides |
oxides and hydroxides |
carbonates and borates |
sulphates, chromates, molybdates, tungstates |
phosphates, arseniates, vanadates |
silicates |
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nesosilicates |
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sorosilicates |
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cyclosilicates |
|
inosilicates |
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phyllosilicates |
|
tectosilicates |
organic compounds |
Entry rules:- Enter the full name of the chemical classification; do not use abbreviations.
Example | Discipline | mineralogy |
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| Species | calcite |
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| Chemical Classification | carbonates and borates |
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- First enter the name of the chemical classification, followed if necessary by a comma, a space and the name of the sub-class.
Example | Discipline | mineralogy |
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| Species | quartz |
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| Chemical Classification | silicates, tectosilicates |
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- This field may not contain more than one entry. If the specimen contains several minerals with different classifications, enter only the name of the classification of the species that is the subject of the record.
ExampleA specimen containing approximately 40% galena and 20% calcite | Discipline | mineralogy |
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| Species | galena |
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| Chemical Classification | sulphides and sulphosalts |
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| Associated Species | calcite |
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- If you are unsure whether your information is correct, include a space and a question mark after the name of the classification.
- The French version of this authority list is drawn from LANDRY, Bruno and Michel MERCIER. Notions de géologie, 3rd ed. Montreal: Modulo, 1992, p. 67-69.
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