Mineral Specimen and Product Inventory Search
- Availability
- Available
- Price
- $200.00
- Reduced Price
- $100.00
- Locality
- Misc. Localities
- Size
- 10 x 10 x 10 cm - Cabinet
31 vials of misc. mineral standards for testing. Each vial containing minerals or pulverized minerals for analytical testing. Only some are photographed.
Bonus is a large and heavy chunk of alloyed copper with arsenide(?), This was obtained some years ago in a collection. I never knew what to think of it. You can see striations presumably from cutting. Is it ancient?
Extra Postage may apply.
- Availability
- Available
- Price
- $50.00
- Notes
- Discounts/Promos do NOT apply to this item
- Size
- Not Specified
- Tagged
- maps books, black hills, maps, books, book, map
Mineralogy of the Black Hills
by Willard L. Roberts & George Rapp, Jr.
Hardcover. Condition - used but as good as New. 1965. Out-of-Print.
Written by Willard Roberts, at the time a research associate at the South Dakota School of Mines and Technology and later curator of mineralogy and then director of the Museum of Geology at the school, and George Rapp, Jr., curator of mineralogy at the Museum of Geology and an associate professor of mineralogy at the time the book was published, Mineralogy of the Black Hills sought to update and refine the previous two works that attempted to detail the extensive mineral population of the Black Hills of South Dakota. Mineralogy of the Black Hills accounts for more than 280 minerals found in the Black Hills and includes a brief listing of these minerals by Dana type and an in depth alphabetical listing that details the crystallography, habit, and appearance of these minerals as well as the locations in which these minerals can be found in the Black Hills.
Mineralogy of the Black Hills is available in limited quantities.
- Availability
- Available
- Price
- $30.00
- Notes
- Discounts/Promos do NOT apply to this item
- Size
- Not Specified
- Tagged
- maps books, black hills, maps, books, book, map
Mineralogy of the Black Hills
by Willard L. Roberts & George Rapp, Jr.
Paperback. Condition - New. 1965. Out-of-Print.
Written by Willard Roberts, at the time a research associate at the South Dakota School of Mines and Technology and later curator of mineralogy and then director of the Museum of Geology at the school, and George Rapp, Jr., curator of mineralogy at the Museum of Geology and an associate professor of mineralogy at the time the book was published, Mineralogy of the Black Hills sought to update and refine the previous two works that attempted to detail the extensive mineral population of the Black Hills of South Dakota. Mineralogy of the Black Hills accounts for more than 280 minerals found in the Black Hills and includes a brief listing of these minerals by Dana type and an in depth alphabetical listing that details the crystallography, habit, and appearance of these minerals as well as the locations in which these minerals can be found in the Black Hills.
Mineralogy of the Black Hills is available in limited quantities.
- Availability
- Available
- Price
- $75.00
- Locality
- Pereta mine, Grosseto, Tuscany, Italy
- Formula
- KAl2(PO4)2F·4H2O
- Size
- 4.5 x 3 x 2.5 cm - Miniature
- Tagged
- phosphate
Spheroidal light green Minyulite composed of radiating acicular crystals with other, much smaller scattered groups around it. Rare at this locality.
- Availability
- Available
- Price
- $35.00
- Locality
- Mohawk mine, Keweenaw Co., Michigan, United States
- Formula
- arsenides
- Size
- 3.5 x 1.8 x 0.8 cm - Miniature
Mohawkite is not an IMA approved mineral, but rather a mixture of the arsenides: Algodonite, Copper, Domeykite, Paxite. It is heavy, metallic and bronzy in color.
- Availability
- Sold
- Featured
- Featured in Special Editions
- Locality
- American Molybdenite Mine (White Elephant Mine), Ontario, Canada
- Formula
- MoS2
- Size
- 9 x 7 x 7.5 cm - Sm Cabinet
A large 4.5cm crystal composed of thin foliated sheets of soft blueish-silver Molybdenite partially exposed in white very course crystalline Albite-Anorthite matrix with large green Diopside crystals. According to info on Mindat.org's page for the American Moly. Mine the mineralization occurs in a Pyroxenite at the contact of a Granite and a Limestone, or more commonly referred to as a skarn.
